Fluids – TE

Drilling Fluids Simulation Software

User 4 — Tue, 24 Jan 2023 08:32:28 +0000

We offer a wide range of drilling fluids engineering solutions to cover our client’s engineering and operational requirements in their drilling activities. Our expert engineers can add value for your projects by providing the following services.

Drilling Fluids Engineering

Program Completion and workover

Fluids Design Hydraulic and Hole Cleaning Design

Wellbore Stability Study

Drilling Problem Investigation

Final Well Report and Recap

Advance Technologies and Applications

Total Fluids Management Project Operational Management Project

Benchmarking and Performance Evaluation

Completion and Workover Fluids Services

User 4 — Tue, 24 Jan 2023 08:32:15 +0000

Completion and Workover fluids design has direct influence on well integrity and well life. The result of a good fluid will minimize workover operations, reduce corrosion rates and prevent downhole tools damage. In addition, we evaluate the compatibility of completion and Workover fluids with the formation water properties to minimize damage invasion into the formation.

Water Base Drilling Fluids

User 4 — Tue, 24 Jan 2023 08:32:03 +0000

Water-based drilling fluids are formulated using water as the continuous phase. These fluids are environmentally friendly, cost-effective, and versatile, suitable for a wide range of drilling applications. They provide good hole stability, excellent fluid loss control, and can be easily adjusted for specific drilling conditions.

Inhibited HPWBM for Moderate – Active Shales/Clay

Trade Name	Fluid type	Systems description	Application
CLAY-BOND	HPWBM	HPWBM containing high molecular weight polymers to prevent clay dispersion in the mud and changing rheological properties	To drill high reactive shale/clay/reduce bit balling To provide good hole cleaning and cutting integrity Increase wellbore stability Improve ROP with stable hole condition in high reactive clays
GLYCO-DRILL	HPWBM	HPWBM to overcome shale problems by using different types of glycols and inhibitor salts compatible with low to high formation temperatures	Reduced dilution rate Minimizing bit balling Increasing ROP Reducing torque and drag
SHALE-DRILL	HPWBM	HPWBM formulated by using asphalt additives to improve shale stability, inhibit dispersion of drilled solids, and help to control high temperature water loss in reactive shales	Wellbore stability/help to reduce HPHT fluid loss Reduced dilution rate Increasing ROP Reducing torque and drag

Heavy Weight HPWBM for High Pressure Zones

Trade Name	Fluid type	Systems description	Application
HEAVY-DRILL	HPWBM	Salt saturated water based mud to drill high pressure zones up to 2.4 S.G by using BARA-WATE and HEMA WATE as weighting agents, appropriate viscosifers, fluid loss control agents and temperature stabilizers	To drill deep high pressure salt water zone up to 2.4 High resistance to calcium and magnesium Good rheological properties and stable gel strength in high temperature
ULTRA-WEIGHT	HPWBM	Salt saturated water based mud to drill high pressure zones up to 2.65 S.G by using BARA-WATE and HEMA-WATE as weighting agents, special rheology control agents to keep the rheological properties and fluid loss constant during drilling high pressure zones	To drill deep abnormal high pressure salt water zone up to 2.65 S.G High resistance to calcium and magnesium Good rheological properties and stable gel strength in high temperature

High ROP HPWBM for Deviated, Horizontal & Extended Reach Wells

Trade Name	Fluid type	Systems description	Application
LUB-DRILL	HPWBM	HPWBM formulated for drilling high deviated and horizontal section by using special high performance lubricants to reduce torque and drag and improving ROP during sliding	To drill horizontal and high deviated wells. Reduce torque and drag/friction coefficient factor. Improving ROP Reducing differential sticking

Nonaqueous Drilling Fluids (OBM)

User 4 — Tue, 24 Jan 2023 08:31:51 +0000

Upon customer request for the highest degree of inhibition, lubrication, thermal stability, and chemical stability, we suggest a range of Nonaqueous Drilling Fluid systems designed for demanding applications. Our portfolio includes oil-based, diesel-based, and SOBM drilling fluids engineered specifically for technically challenging applications, including onshore and offshore shelf operations.