Daily Field Report Data

• Rig Name/DFR/Field Tech Name/Date

• Conducted on

  Date

• District

  Select Leduc Grande Prairie Appalachian North Dakota Rockies Midland Rio Vista

  • Leduc
  • Grande Prairie
  • Appalachian
  • North Dakota
  • Rockies
  • Midland
  • Rio Vista

• Customer

• Well Name

• Location
  Address

• Day or Night Tower?

  Day Tower

  Night Tower

DFR Information

• Rig Activity

  Select Cementing Circulating Drilling intermediate Drilling curve Drilling lateral Last day on well Nipple up POOH Rig up Rig down Running casing Skidding rig Test bop TIH Waiting on rig Well control operations Other

  • Cementing
  • Circulating
  • Drilling intermediate
  • Drilling curve
  • Drilling lateral
  • Last day on well
  • Nipple up
  • POOH
  • Rig up
  • Rig down
  • Running casing
  • Skidding rig
  • Test bop
  • TIH
  • Waiting on rig
  • Well control operations
  • Other

• Depth

• Bit Size

• Rig Screen

• Are you using drying shakers?

  Yes

  No

  N/A

• Drying screen size

• Drying screens used this shift

• Number of Cuttings Loads

• Avg. Cuttings Load Volume in yards

• Vac Trucks

• Volume recovered in bbls:

• Drilling fluid type

  OBM

  WBM

  Air

  Synthetic

  Brine Water

• Drilling fluid weight:

• Drilling fluid LGS:

• Daily job notes :

• Were centrifuges ran this shift

  Yes

  No

  N/A

• Asset number

• Process

  Barite recovery

  Cuttings drying

  Dewatering

  Floc water drilling

  Solids control/ polishing

• Hours ran

• Pump Type

  Centrifugal (3 inch)

  Centrifugal (4 inch)

  PD (NEMO)

  PD (PSI)

• Time of Day

  Date

• Mud Weight in

• Mud Weight out

• Solids Discharge Weight

• Main drive RPM

• Back drive RPM

• Pump drive RPM

• Main drive AMPS

• Back drive AMPS

• Pump drive AMPS

• Differential Setting

• Time of Day

  Date

• Mud Weight in

• Mud Weight out

• Solids Discharge Weight

• Main drive RPM

• Back drive RPM

• Pump drive RPM

• Main drive AMPS

• Back drive AMPS

• Pump drive AMPS

• Differential Setting

• Was there another centrifuge ran

  Yes

  No

  N/A

• Asset number

• Process

  Barite recovery

  Cuttings drying

  Dewatering

  Floc water drilling

  Solids control/ polishing

• Hours Ran

• Pump Type

  Centrifugal (3 inch)

  Centrifugal (4 inch)

  PD (NEMO)

  PD (PSI)

• Time of Day

  Date

• Mud Weight In

• Mud Weight Out

• Main Drive RPM

• Back Drive RPM

• Pump Drive RPM

• Main Drive Amps

• Back Drive Amps

• Pump drive amps

• Differential Setting

• Time of Day

  Date

• Mud Weight In

• Mud Weight Out

• Main Drive RPM

• Back Drive RPM

• Pump Drive RPM

• Main Drive Amps

• Back Drive Amps

• Pump drive amps

• Differential Setting

• Was there another centrifuge ran

  Yes

  No

  N/A

• Asset number

• Process

  Barite recovery

  Cuttings drying

  Dewatering

  Floc water drilling

  Solids control/ polishing

• Hours Ran

• Pump Type

  Centrifugal (3 inch)

  Centrifugal (4 inch)

  PD (NEMO)

  PD (PSI)

• Time of Day

  Date

• Mud Weight In

• Mud Weight Out

• Main Drive RPM

• Back Drive RPM

• Pump Drive RPM

• Main Drive Amps

• Back Drive Amps

• Pump drive amps

• Differential Setting

• Time of Day

  Date

• Mud Weight In

• Mud Weight Out

• Main Drive RPM

• Back Drive RPM

• Pump Drive RPM

• Main Drive Amps

• Back Drive Amps

• Pump drive amps

• Differential Setting

• ** New** Were liquid retorts burnt on this tower?

  Yes

  No

  N/A

• 1. Sample Source: Active Mud, Barite Recovery Effluent, Centrifuge Feed, Cuttings Drying Effluent, Polishing Effluent, Reserve Tank, Shaker Tank

  Select Active Mud Barite Recovery Effluent Centrifuge Feed Cuttings Drying Effluent Polishing Effluent Reserve Tank Shaker Tank

  • Active Mud
  • Barite Recovery Effluent
  • Centrifuge Feed
  • Cuttings Drying Effluent
  • Polishing Effluent
  • Reserve Tank
  • Shaker Tank

• 2. Mud Chlorides

• 3. SpGr base oil:

• 4. SpGr of barite:

• 5. Sample Mud Weight:

• 6. Retorn H2O Volume in mL:

• 7. Retort Air Gap Volume in mL:

• ** New** Were liquid retorts burnt on this tower?

  Yes

  No

  N/A

• 1. Sample Source: Active Mud, Barite Recovery Effluent, Centrifuge Feed, Cuttings Drying Effluent, Polishing Effluent, Reserve Tank, Shaker Tank

  Select Active Mud Barite Recovery Effluent Centrifuge Feed Cuttings Drying Effluent Polishing Effluent Reserve Tank Shaker Tank

  • Active Mud
  • Barite Recovery Effluent
  • Centrifuge Feed
  • Cuttings Drying Effluent
  • Polishing Effluent
  • Reserve Tank
  • Shaker Tank

• 2. Mud Chlorides

• 3. SpGr base oil:

• 4. SpGr of barite:

• 5. Sample Mud Weight:

• 6. Retorn H2O Volume in mL:

• 7. Retort Air Gap Volume in mL:

• ** New** Were liquid retorts burnt on this tower?

  Yes

  No

  N/A

• 1. Sample Source: Active Mud, Barite Recovery Effluent, Centrifuge Feed, Cuttings Drying Effluent, Polishing Effluent, Reserve Tank, Shaker Tank

  Select Active Mud Barite Recovery Effluent Centrifuge Feed Cuttings Drying Effluent Polishing Effluent Reserve Tank Shaker Tank

  • Active Mud
  • Barite Recovery Effluent
  • Centrifuge Feed
  • Cuttings Drying Effluent
  • Polishing Effluent
  • Reserve Tank
  • Shaker Tank

• 2. Mud Chlorides

• 3. SpGr base oil:

• 4. SpGr of barite:

• 5. Sample Mud Weight:

• 6. Retorn H2O Volume in mL:

• 7. Retort Air Gap Volume in mL:

• Were Solids retort burnt on this tower?

  Yes

  No

  N/A

• 1. Sample Source: Rig Shaker, Drying Shaker, BOS 40 Solids, or BOS 20 Solids

• 2. Cell Volume

• 3. Mass Empty:

• 4. Mass wet:

• 5. Mass dry:

• 6. Mass grad empty:

• 7. Mass grad Full:

• 8. H2O Volume:

• 9. SpGr base oil:

• 10. SpGr cuttings:

• 11. Total volume of fluid ML:

• Was another Solids retort burnt on your shift?

  Yes

  No

  N/A

• 1. Sample Source: Rig Shaker, Drying Shaker, BOS 40 Solids, or BOS 20 Solids

• 2. Cell Volume

• 3. Mass Empty:

• 4. Mass wet:

• 5. Mass dry:

• 6. Mass grad empty:

• 7. Mass grad Full:

• 8. H2O Volume:

• 9. SpGr base oil:

• 10. SpGr cuttings:

• 11. Total volume of Fluid ML:

• Was another Solids retort burnt on your shift?

  Yes

  No

  N/A

• 1. Sample Source: Rig Shaker, Drying Shaker, BOS 40 Solids, or BOS 20 Solids

• 2. Cell Volume

• 3. Mass Empty:

• 4. Mass wet:

• 5. Mass dry:

• 6. Mass grad empty:

• 7. Mass grad Full:

• 8. H2O Volume:

• 9. SpGr base oil:

• 10. SpGr cuttings:

• 11. Total volume of Fluid ML:

Consumables

• Consumables used on this job

  Yes

  No

  N/A

• Number of Screens:

• Bags of Coagulant

• Bags/sacks/totes of Defoamer

• Bags/Sacks of Solidification Material

• Bags/Sacks of Polymer

• pH Control

• Once DFR is complete, export and email to supervisor.