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SOLIDS CONTROL SYSTEMS

ACARA

09 – 11 Maret 2020 | Rp 7.950.000/ peserta di Bandung
22 – 24 April 2020 | Rp 7.950.000/ peserta di Bandung
18 – 20 Mei 2020 | Rp 7.950.000/ peserta di Bandung

Jadwal Training 2020 Selanjutnya …

 

 

SOLIDS CONTROL SYSTEMS TRAINING DESCRIPTION

Drilling performance is significantly affected by excessive drilled solids in the drilling fluid and might be considered an NPT. The list of problems created by drilled solids include stuck pipe, lost circulation, excessive wear on expendables, drill string vibration, poor cement jobs, low drilling rates, poor cuttings transport in the annulus, poor log interpretation, formation damage, creating a formation fluid influx by swabbing (even when running casing), and excessive expenditures for waste disposal. Each of these problems will be addressed during the course. Drilled solids are easier to remove when they are large. This means that solids control starts at the drill bit. Cuttings should be removed from beneath the bit as soon as they are generated. Failure to remove the cuttings results in regrinding by the next row of bit teeth and decreases drilling rate. Cuttings removal from beneath the drill bit is improved by using drilling fluid containing few drilled solids. These cuttings must be brought to the surface without tumbling in the annulus. Cuttings transport will be discussed because it is essential for good solids control. Removal of drilled solids require an understanding of the performance of shale shakers, hydrocyclones, mud cleaners, and centrifuges. An improperly plumbed drilling fluid surface system can prevent this equipment from performing their proper functions. Analysis procedures applicable for all drilling rigs, large and small, as well as any drilling fluid, will be discussed. The tank arrangements do not have to be changed for different types of fluid if they are properly planned initially. Since hydrocyclones, and other components around a drilling rig, use centrifugal pumps, a discussion of impeller selection will ensure proper performance. The cost of dilution increases if the drilled solids removal efficiency is too low. Excessive dilution results in extra expenditures for the clean drilling fluid and also increases disposal costs. Procedures will be presented to allow calculations of removal efficiency. The economic impact of poor solids equipment efficiency can be very large. Excessive quantities of clean drilling fluid may be required because the proper equipment is not plumbed correctly. Procedures will be presented to determine the optimum drilled solids removal efficiency for each target drilled solids concentration.

 

DESIGNED FOR

Only people interested in eliminating non-productive time while drilling; such as: drilling engineers, drilling rig supervisors, tool pushers, drilling managers, operating company personnel and reservoir engineers.

 

YOU WILL LEARN

Participants will learn how to:

  1. Evaluate the effect of drilled solids on the total cost of a well
  2. Remove drilled solids expeditiously from beneath the drill bit, [solids control starts at the bit]
  3. Transport drilled solids to the surface
  4. Arrange each component of a drilling fluid processing plant for proper performance
  5. Evaluate each component of a drilling fluid processing plant [called mud tanks]
  6. Determine the Equipment Solids Removal Efficiency of the system
  7. Understand the new API RP 13C (Solids Control)
  8. Evaluate the effect of drilled solids on drilling fluid properties
  9. Minimize drilling fluid discarded – Waste Management

 

SOLIDS CONTROL SYSTEMS TRAINING  TRAINING MATERIAL OUTLINE

  1. Analysis of different aspects of drilling which are affected by drilled solids
  2. Solids transport capabilities of a drilling fluid
  3. How shale shakers separate drilled solids
  4. The new API shaker screen designation and how it works
  5. Types of motion of shale shakers
  6. How hydrocyclones and centrifuges separate drilled solids
  7. How equipment should be arranged on a drilling fluid processing plant
  8. Selecting the proper centrifugal pump impeller
  9. Mud tank agitation
  10. Mud gun placement
  11. Degasser operation and objective
  12. Guidelines for effective drilled solids removal
  13. Trip tank operation
  14. Calculating Solids Removal Efficiency
  15. Evaluating mud cake compressibility

Developing a thin, slick compressible filter cake in a well bore, drilling a well bore which allows casing to be moved while cementing, maintaining a homogeneous fluid to fill drill pipe (important for well control)

 

INSTRUCTOR :  Dr.-Ing. Bonar Tua Halomoan Marbun  and Team

 

VENUE :  Bandung (Golden Flower, Banana Inn, Serela, Gino Feruci), Amaroossa Hotel, Noor Hotel, Grand Setiabudi Hotel, dll

 

SOLIDS CONTROL SYSTEMS TRAINING  TRAINING DURATION :  3 days

 

JADWAL TRAINING 2020

  1. 09 Mar 2020-11 Mar 2020
  2. 22 Apr 2020-24 Apr 2020
  3. 18 Mei 2020-20 Mei 2020
  4. 24 Jun 2020-26 Jun 2020
  5. 22 Jul 2020-24 Jul 2020
  6. 26 Agust 2020-28 Agust 2020
  7. 23 Sep 2020-25 Sep 2020
  8. 28 Okt 2020-30 Okt 2020
  9. 25 Nop 2020-27 Nop 2020
  10. 22 Des 2020-24 Des 2020

 

INVESTMENT PRICE/PERSON :

  1. Rp. 7.950.000/person (full fare) or
  2. Rp. 7.750.000/person (early bird, payment 1 week before training) or
  3. Rp. 7.500.000/person (if there are 3 persons or more from the same company)

 

FACILITIES FOR PARTICIPANTS:

  1. Training Module
  2. Flash Disk contains training material
  3. Certificate
  4. Stationeries: NoteBook and Ballpoint
  5. T-Shirt
  6. Backpack
  7. Training Photo
  8. Training room with Full AC facilities and multimedia
  9. Lunch and twice coffeebreak every day of training
  10. Qualified Instructor
  11. Transportation for participants from hotel of participants to/from hotel of training – VV (if minimal participants is 4 persons from the same company)

 

SOLIDS CONTROL SYSTEMS

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