Baker Hughes Matrix Acidizing Pump Unit PT 2

General Description: This mobile matrix acidizing pump unit is a robust and reliable system designed for the efficient and controlled injection of acid solutions into oil and gas wells for stimulation treatments. Built by Baker Hughes, a leading provider of oilfield services and equipment, this unit features a high-performance triplex pump driven by a powerful engine, all mounted on a dependable Kenworth truck chassis for enhanced mobility and operational flexibility.

Key Components and Specifications:

• Pump:

  • Manufacturer: Baker Hughes

  • Type: Triplex Plunger Pump

  • Model: Pacemaker (or equivalent Baker Hughes model       designation)

  • Power Rating: 600 Horsepower       (HP)

  • Design: Heavy-duty       construction for handling corrosive acid solutions and high pressures       encountered in matrix acidizing operations.

  • Performance Capabilities: Capable of       delivering a range of flow rates and pressures suitable for various       matrix acidizing treatment designs. Specific performance curves (flow       rate vs. pressure) will be available upon request and dependent on the       specific pump configuration.

  • Fluid End Materials: Constructed with       materials compatible with common acidizing fluids, including but not       limited to, various grades of steel alloys and elastomers designed for       chemical resistance. Specific material specifications will be available       upon request.

  • Safety Features: Equipped with       pressure relief valves and other safety mechanisms to prevent       over-pressurization and ensure safe operation.

• Prime Mover:

  • Type: Diesel Engine

  • Power Rating: Sufficient to       drive the 600 HP pump under demanding operating conditions. Specific       engine make and model will be available upon request.

  • Cooling System: Robust cooling       system designed for continuous operation in varying environmental       conditions.

  • Exhaust System: Equipped with       appropriate mufflers and emission control features.

• Transmission:

  • Type: Heavy-duty transmission designed to efficiently       transfer power from the engine to the pump. Specific transmission details       will be available upon request.

• Mounting Frame:

  • Manufacturer: Kenworth

  • Description: A durable and       reliable over-the-road truck chassis providing excellent mobility and       stability for transporting the pump unit to and from well sites.

  • Axle Configuration: Standard       configuration suitable for the intended load and terrain. Specific axle       configuration will be available upon request.

  • Cab: Equipped with a standard Kenworth T600 cab for       operator comfort and control.

• Fluid Handling System (Typical):

  • Suction Manifold: Designed to draw       acid solutions from storage tanks.

  • Discharge Manifold: Equipped with       connections for discharge hoses leading to the wellhead.

  • Pressure Gauges: High-accuracy       pressure gauges to monitor pump discharge pressure.

  • Flow Meter (Optional): May include a       flow meter to measure the rate of fluid injection.

  • Hose Connections: Standard oilfield       connections for compatibility with other treatment equipment.

• Control System:

  • Type: Manual and/or electronic control system for       regulating pump speed and discharge pressure. Specific control system       features will be available upon request.

  • Instrumentation: Includes       necessary gauges and indicators for monitoring pump and engine       performance.

  • Safety Shutdowns: Incorporated       safety shutdowns for critical parameters such as over-pressure and engine       malfunction.

• Additional Features :

  • Integrated data       acquisition system for recording treatment parameters.

  • Lighting for nighttime       operations.

  • Toolbox and storage       compartments for accessories and maintenance equipment.

Intended Use: This Baker Hughes matrix acidizing pump unit is specifically designed for injecting acid solutions into oil and gas well formations to dissolve formation damage, enhance permeability, and improve hydrocarbon production. It is suitable for a wide range of matrix acidizing treatments in various well conditions.