question
stringlengths 23
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| sql_query
stringlengths 96
1.11k
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stringclasses 1
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|---|---|---|
Which wells are lagging in gas production? | SELECT DISTINCT Well FROM dbo.v_ptdash_welldata WHERE (date > DATEADD(day, -1, GETDATE()) AND ACT_GAS < EST_GAS); |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells are lagging in water production? | SELECT DISTINCT Well FROM dbo.v_ptdash_welldata WHERE (date > DATEADD(day, -1, GETDATE()) AND ACT_WAT < EST_WAT); |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells are showing decreased oil production? | SELECT DISTINCT Well FROM dbo.v_ptdash_welldata WHERE (date > DATEADD(day, -1, GETDATE()) AND ACT_OIL < EST_OIL); |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells are showing decreased gas production? | SELECT DISTINCT Well FROM dbo.v_ptdash_welldata WHERE (date > DATEADD(day, -1, GETDATE()) AND ACT_GAS < EST_GAS); |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells are showing decreased water production? | SELECT DISTINCT Well FROM dbo.v_ptdash_welldata WHERE (date > DATEADD(day, -1, GETDATE()) AND ACT_WAT < EST_WAT); |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells are experiencing a significant rise in water cut ratio? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) > 1.3 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown an abnormal increase in water cut in the past 3 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -3, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) > 1.2 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells are seeing a spike in water cut in the last week? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -7, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) > 1.5 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells are showing a dramatic increase in water cut in the past 2 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -2, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) > 1.25 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have an increased water cut ratio over the last 5 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -5, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) > 1.2 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -3, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a significant water cut increase compared to the last 4 months? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) > 1.3 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -4, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have reported an increase in water cut above the normal trend over the past week? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -7, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) > 1.4 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells show an unusual rise in water cut in the last 24 hours? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) > 1.2 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -3, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a recent increase in the water cut ratio by more than 30%? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -3, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) > 1.3 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -4, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have demonstrated a higher than expected increase in water cut over the past 10 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -10, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) > 1.5 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells are showing a marked increase in water cut ratio recently, over the last 2 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -2, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) > 1.25 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -5, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have water cuts significantly above the average of the last 3 months? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) > 1.2 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -3, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have reported a water cut ratio increase in the last 2 days compared to the last 4 months? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -2, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) > 1.25 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -4, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a substantial decrease in water cut in the last 24 hours? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.8 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have experienced a drop in water cut ratio over the last 3 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -3, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.7 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a significant decrease in water cut over the past week? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -7, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.6 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have seen a decrease in water cut ratio in the past 2 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -2, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.75 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -5, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells are showing a reduced water cut compared to the last 6 months? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.85 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have reported a drop in water cut in the last 5 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -5, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.8 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -4, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have experienced a decrease in water cut ratio over the past 7 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -7, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.9 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -3, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a significant decrease in water cut ratio in the past 24 hours? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.85 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -5, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a reduction in water cut ratio over the last 3 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -3, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.75 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -4, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have seen a decrease in water cut in the past 2 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -2, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.7 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -3, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have experienced a significant reduction in water cut over the past week? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -7, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.6 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have reported a significant decrease in water cut ratio in the last 2 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -2, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.8 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -5, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a marked decrease in water cut over the last 24 hours? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.75 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have experienced a significant drop in water cut in the last 2 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -2, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.85 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -4, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells are showing a decrease in water cut compared to the average of the last 4 months? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.8 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -4, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have reported a significant decrease in water cut ratio in the last week? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -7, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.7 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -5, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a significant drop in water cut over the past 3 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -3, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.75 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have experienced a reduction in water cut ratio in the last 24 hours? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.85 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -5, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a decrease in water cut over the past 7 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -7, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.8 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have reported a drop in water cut ratio in the last 24 hours? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.85 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -5, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a significant reduction in water cut in the last 5 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -5, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.75 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have experienced a significant drop in water cut ratio over the past 2 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -2, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.8 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -4, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have reported a decrease in water cut ratio over the last week? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -7, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.7 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a substantial decrease in water cut ratio in the past 3 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -3, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.75 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -5, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have experienced a significant reduction in water cut in the last 3 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -3, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.85 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -4, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have reported a significant drop in water cut over the last 5 days? | SELECT Well FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -5, GETDATE()) AND ACT_WAT != 0 AND ACT_OIL != 0 AND (ACT_WAT / ACT_OIL) < 0.8 * (SELECT AVG(CASE WHEN ACT_OIL != 0 THEN ACT_WAT / ACT_OIL ELSE NULL END) FROM dbo.v_ptdash_welldata WHERE Well = dbo.v_ptdash_welldata.Well AND date >= DATEADD(month, -6, GETDATE())) GROUP BY Well; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have experienced a significant drop in oil to water ratio? | WITH MonthlyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(month, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 0.75 * ma.Avg_Oil_Water_Ratio AS Monthly_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN MonthlyAvg ma ON ld.Well = ma.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) < 0.75 * ma.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, ma.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Are there any wells showing an increase in oil to water ratio over the past week? | WITH WeeklyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(week, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -2, GETDATE()) AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 1.2 * wa.Avg_Oil_Water_Ratio AS Weekly_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN WeeklyAvg wa ON ld.Well = wa.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) > 1.2 * wa.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, wa.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have a current oil to water ratio significantly above the last month's average? | WITH MonthlyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(month, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -3, GETDATE()) AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 1.3 * ma.Avg_Oil_Water_Ratio AS Monthly_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN MonthlyAvg ma ON ld.Well = ma.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) > 1.3 * ma.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, ma.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells are showing a decrease in oil to water ratio compared to the last 15 days? | WITH BiweeklyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(day, -15, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 0.85 * ba.Avg_Oil_Water_Ratio AS Biweekly_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN BiweeklyAvg ba ON ld.Well = ba.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) < 0.85 * ba.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, ba.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Are there any wells with a significant increase in oil to water ratio compared to the past 2 weeks? | WITH BiweeklyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(day, -14, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -2, GETDATE()) AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 1.25 * ba.Avg_Oil_Water_Ratio AS Biweekly_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN BiweeklyAvg ba ON ld.Well = ba.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) > 1.25 * ba.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, ba.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a sharp decline in oil to water ratio in the past 2 days? | WITH DailyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date = DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date = GETDATE() AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 0.85 * da.Avg_Oil_Water_Ratio AS Daily_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN DailyAvg da ON ld.Well = da.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) < 0.85 * da.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, da.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have a current oil to water ratio higher than the daily average? | WITH DailyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date = DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date = GETDATE() AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 1.1 * da.Avg_Oil_Water_Ratio AS Daily_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN DailyAvg da ON ld.Well = da.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) > 1.1 * da.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, da.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Are there any wells with a recent drop in oil to water ratio below the weekly average? | WITH WeeklyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(week, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date = GETDATE() AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 0.75 * wa.Avg_Oil_Water_Ratio AS Weekly_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN WeeklyAvg wa ON ld.Well = wa.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) < 0.75 * wa.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, wa.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown an increase in oil to water ratio compared to the last month? | WITH MonthlyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(month, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -3, GETDATE()) AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 1.2 * ma.Avg_Oil_Water_Ratio AS Monthly_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN MonthlyAvg ma ON ld.Well = ma.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) > 1.2 * ma.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, ma.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a sudden increase in oil to water ratio over the past day? | WITH DailyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date = DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date = GETDATE() AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 1.15 * da.Avg_Oil_Water_Ratio AS Daily_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN DailyAvg da ON ld.Well = da.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) > 1.15 * da.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, da.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a drop in oil to water ratio compared to the daily average? | WITH DailyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date = DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date = GETDATE() AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 0.8 * da.Avg_Oil_Water_Ratio AS Daily_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN DailyAvg da ON ld.Well = da.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) < 0.8 * da.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, da.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Are there any wells with a recent increase in oil to water ratio above the weekly average? | WITH WeeklyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(week, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date = GETDATE() AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 1.2 * wa.Avg_Oil_Water_Ratio AS Weekly_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN WeeklyAvg wa ON ld.Well = wa.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) > 1.2 * wa.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, wa.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a decrease in oil to water ratio compared to the last week? | WITH WeeklyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(week, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -2, GETDATE()) AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 0.9 * wa.Avg_Oil_Water_Ratio AS Weekly_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN WeeklyAvg wa ON ld.Well = wa.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) < 0.9 * wa.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, wa.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Are there any wells showing a sharp increase in oil to water ratio over the past 3 days? | WITH ThreeDayAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(day, -3, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date = GETDATE() AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 1.25 * ta.Avg_Oil_Water_Ratio AS ThreeDay_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN ThreeDayAvg ta ON ld.Well = ta.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) > 1.25 * ta.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, ta.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a decrease in oil to water ratio over the last 2 weeks? | WITH BiweeklyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(day, -14, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -2, GETDATE()) AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 0.85 * ba.Avg_Oil_Water_Ratio AS Biweekly_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN BiweeklyAvg ba ON ld.Well = ba.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) < 0.85 * ba.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, ba.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Are there any wells with a recent increase in oil to water ratio over the past month? | WITH MonthlyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(month, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -2, GETDATE()) AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 1.3 * ma.Avg_Oil_Water_Ratio AS Monthly_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN MonthlyAvg ma ON ld.Well = ma.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) > 1.3 * ma.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, ma.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a drop in oil to water ratio compared to the last 2 weeks? | WITH BiweeklyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(day, -14, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 0.75 * ba.Avg_Oil_Water_Ratio AS Biweekly_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN BiweeklyAvg ba ON ld.Well = ba.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) < 0.75 * ba.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, ba.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a significant increase in oil to water ratio compared to the last day? | WITH DailyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date = DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date = GETDATE() AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 1.2 * da.Avg_Oil_Water_Ratio AS Daily_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN DailyAvg da ON ld.Well = da.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) > 1.2 * da.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, da.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Are there any wells with a recent decrease in oil to water ratio compared to the weekly average? | WITH WeeklyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(week, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date > DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 0.85 * wa.Avg_Oil_Water_Ratio AS Weekly_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN WeeklyAvg wa ON ld.Well = wa.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) < 0.85 * wa.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, wa.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a sudden drop in oil to water ratio over the past week? | WITH WeeklyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(week, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date = GETDATE() AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 0.75 * wa.Avg_Oil_Water_Ratio AS Weekly_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN WeeklyAvg wa ON ld.Well = wa.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) < 0.75 * wa.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, wa.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a rise in oil to water ratio compared to the last 3 days? | WITH ThreeDayAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(day, -3, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date = GETDATE() AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 1.2 * ta.Avg_Oil_Water_Ratio AS ThreeDay_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN ThreeDayAvg ta ON ld.Well = ta.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) > 1.2 * ta.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, ta.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Are there any wells with a recent drop in oil to water ratio compared to the last day? | WITH DailyAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date = DATEADD(day, -1, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date = GETDATE() AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 0.8 * da.Avg_Oil_Water_Ratio AS Daily_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN DailyAvg da ON ld.Well = da.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) < 0.8 * da.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, da.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a drop in oil to water ratio over the past 5 days? | WITH FiveDayAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(day, -5, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date = GETDATE() AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 0.85 * fa.Avg_Oil_Water_Ratio AS FiveDay_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN FiveDayAvg fa ON ld.Well = fa.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) < 0.85 * fa.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, fa.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Which wells have shown a significant increase in oil to water ratio compared to the last 5 days? | WITH FiveDayAvg AS (SELECT Well, AVG(CAST(ACT_OIL AS FLOAT) / NULLIF(ACT_WAT, 0)) AS Avg_Oil_Water_Ratio FROM dbo.v_ptdash_welldata WHERE date >= DATEADD(day, -5, GETDATE()) AND ACT_WAT != 0 GROUP BY Well), LatestData AS (SELECT Well, ACT_OIL, ACT_WAT FROM dbo.v_ptdash_welldata WHERE date = GETDATE() AND ACT_WAT != 0) SELECT ld.Well, ld.ACT_OIL, ld.ACT_WAT, 1.3 * fa.Avg_Oil_Water_Ratio AS FiveDay_Avg_Oil_Water_Ratio, (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) AS Current_Oil_Water_Ratio FROM LatestData ld JOIN FiveDayAvg fa ON ld.Well = fa.Well WHERE (ld.ACT_OIL / NULLIF(ld.ACT_WAT, 0)) > 1.3 * fa.Avg_Oil_Water_Ratio GROUP BY ld.Well, ld.ACT_OIL, ld.ACT_WAT, fa.Avg_Oil_Water_Ratio; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
What is the trend in water cut percentages for well ERFAN-010 over the last 12 months? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'ERFAN-010' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How has the water cut percentage varied monthly for well FS-024 in the past year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'FS-024' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
What are the monthly water cut percentages for well SAMHA-002 over the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'SAMHA-002' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How has the water cut percentage for well SHB-014 changed over the last 12 months? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'SHB-014' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
What is the monthly trend of water cut percentages for well Anan-001 over the past 12 months? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'Anan-001' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How has the average monthly water cut percentage changed for well ERFAN-010 over the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'ERFAN-010' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
What has been the trend in water cut percentages for well FS-024 in the last 12 months? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'FS-024' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How have water cut percentages varied monthly for well SAMHA-002 in the past year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'SAMHA-002' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How has the water cut percentage changed month by month for well SHB-014 over the last 12 months? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'SHB-014' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
What is the water cut trend for well Anan-001 in the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'Anan-001' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How has the water cut percentage fluctuated for well ERFAN-010 over the past 12 months? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'ERFAN-010' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How have water cut percentages changed for well FS-024 month over month in the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'FS-024' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
What is the trend in monthly water cut percentages for well SAMHA-002 over the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'SAMHA-002' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How has the water cut percentage evolved for well SHB-014 in the past year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'SHB-014' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
What has been the monthly water cut percentage for well Anan-001 over the last 12 months? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'Anan-001' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How has the water cut percentage for well ERFAN-010 varied month to month over the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'ERFAN-010' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
What has been the trend in water cut percentages for well FS-024 over the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'FS-024' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How has the water cut percentage evolved for well SAMHA-002 month by month over the past year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'SAMHA-002' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
What has been the monthly water cut trend for well SHB-014 over the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'SHB-014' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How have the water cut percentages for well Anan-001 changed over the past 12 months? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'Anan-001' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How has the water cut percentage fluctuated for well ERFAN-010 month by month over the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'ERFAN-010' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
What has been the monthly trend in water cut percentages for well FS-024 over the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'FS-024' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How has the water cut percentage for well SAMHA-002 changed month to month over the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'SAMHA-002' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
What has been the water cut trend for well SHB-014 in the past year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'SHB-014' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How have the monthly water cut percentages for well Anan-001 evolved over the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'Anan-001' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How have the water cut percentages for well ERFAN-010 changed month over month in the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'ERFAN-010' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How has the monthly water cut percentage for well FS-024 varied over the last 12 months? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'FS-024' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
What has been the trend in water cut percentages for well SAMHA-002 over the last 12 months? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'SAMHA-002' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How has the water cut percentage for well SHB-014 changed over the past year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'SHB-014' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How have the water cut percentages for well Anan-001 evolved over the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'Anan-001' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
What has been the trend in monthly water cut percentages for well ERFAN-010 over the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'ERFAN-010' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
How has the monthly water cut percentage for well FS-024 changed over the last year? | WITH MonthlyWaterCut AS (SELECT DATEPART(year, date) AS Year, DATEPART(month, date) AS Month, AVG(CASE WHEN (ACT_WAT + ACT_OIL) != 0 THEN CAST(ACT_WAT AS FLOAT) / (ACT_WAT + ACT_OIL) * 100 ELSE 0 END) AS Avg_Water_Cut_Percentage FROM dbo.v_ptdash_welldata WHERE Well = 'FS-024' AND date >= DATEADD(year, -1, GETDATE()) GROUP BY DATEPART(year, date), DATEPART(month, date)) SELECT Year, Month, Avg_Water_Cut_Percentage FROM MonthlyWaterCut ORDER BY Year, Month; |
CREATE TABLE dbo.V_PTDASH_WELLDATA (
date DATE,
Well NVARCHAR(255),
Well Status NVARCHAR(50),
Well Type NVARCHAR(50),
Block NVARCHAR(50),
Fault_Block NVARCHAR(50),
FIELD NVARCHAR(50),
STATION NVARCHAR(50),
HoursOn_mar FLOAT,
HoursOn FLOAT,
PROD STATUS NVARCHAR(50),
Lift Type NVARCHAR(50),
EST_WAT FLOAT,
EST_OIL FLOAT,
EST_GAS FLOAT,
ACT_WAT FLOAT,
ACT_OIL FLOAT,
ACT_GAS FLOAT,
WT_WAT_RATE FLOAT,
WT_OIL_RATE FLOAT,
WT_GAS_RATE FLOAT,
Date_Lastest_well_test DATETIME,
Choke_WT_frac FLOAT,
Flowtime FLOAT,
Intake Pressure FLOAT,
DH Amps FLOAT,
Motor Temp FLOAT,
Discharge Press FLOAT,
PUMP_IN_TEMP FLOAT,
WH_PRESS FLOAT,
FLOW_PRESS FLOAT,
OW_DISPLAYNAME NVARCHAR(255),
OW_USERNAME NVARCHAR(255),
Affective_Date DATE,
End_Date DATE,
ip_ll FLOAT,
ip_hh FLOAT,
dp_ll FLOAT,
dp_hh FLOAT,
mt_ll FLOAT,
mt_l FLOAT,
mt_hh FLOAT,
it_ll FLOAT,
it_hh FLOAT,
dha_ll FLOAT,
dha_hh FLOAT,
whp_ll FLOAT,
whp_hh FLOAT,
flp_ll FLOAT,
flp_hh FLOAT
);
|
Subsets and Splits