Wellhead Pressure Test Skid
With its modular design, high-pressure capability, advanced pressure control, and real-time data acquisition, the skid is suitable for a wide range of applications, from well completion and workover operations to well intervention and remediation. By providing a safe and controlled environment for testing wellheads, the Wellhead Pressure Test Skid can help operators improve safety, increase efficiency, and reduce costs.
Description
Overview
Compressed air supplied by diesel/hydraulic/motor compressor drives pressure booster for making high pressure testing medium. The completed equipment consists of power unit pry and pressure testing unit.
Standard
SY/T5053.1～2000 • API Spec 6A /ISO 10423
API Spec 16A/ISO 13533 • API Spec 16C
SY/T5127 ～ 2002
Characteristic
Switching between automatic and manual operation.
Large output flow rate and high pressure test efficiency.
Remote control system which can ensure safe operation at the site.
Multiple options of power sources: diesel engine, compressed air, and electric motor.
All high pressure valves, tubing, and pumps are made in Germany with 316SS to guarantee test precision and stability.
Equipped with an automatic control system and video monitoring system to meet the needs of operational pressure test requirements.
Use gas-driven booster pump to finish pressure boosting, and prevent from overcharging phenomenon incur in the other ways of boosting.
Specification
Pressure control precision: +/-1% FS
Pressure test medium: clean water, oil and mixed liquor
Control panel applies modular area design for simple and clear operation.
Use human-computer operation interface and long distance remote control.
Configuration software shall record real-time boosting curves and print the results.
Compact structure and easy operation. Put water tank, high-pressure pipeline, and boost equipment onto an integrated skid.
The maximum flow rate shall be 48L/min(12.66Gallon/min) while using a low-pressure large flow rate pump for quick charging.
Selective boosting pressure ranges are achieved quickly by various high-pressure small flow rates, 0 to 25Mpa, 0 to 55Mpa, 0 to 105Mpa, 0 to 160Mpa, 0 to 200Mpa (29000psi).
