PRODUCTS
Products
In the petroleum industry, boiler installations are primarily used to generate high-temperature, high-pressure steam or hot water. Their function is to provide a reliable source of heat and power for production processes (such as thermal recovery of heavy oil and steam-assisted oil recovery), equipment cleaning, heat tracing and insulation, or driving steam turbines.
By burning natural gas or crude oil to generate heat, the thermal medium water in the furnace's water jacket is indirectly heated. This heated thermal medium then transfers its energy to the crude oil or processing medium circulating within the coil. The system's core function is to prevent highly viscous crude oil from solidifying and clogging pipelines and equipment, while ensuring the continued flow of the medium. Additionally, the atmospheric-pressure water jacket design eliminates the risk of direct heating, thereby maintaining the safety and efficiency of the oil and gas gathering and transportation process.
Equipped with a team of professional engineers and an original manufacturer parts inventory, we deliver end-to-end closed-loop management encompassing fault diagnosis, repair plan formulation, and on-site implementation.
The multi-stage coalescing filter employs hydrophilic/oleophobic fiber media to forcibly collide and coalesce micron-sized droplets, enhancing separation efficiency through gravitational settling. This achieves deep separation of oil and water, removing suspended water in oil or residual oil in water to ≤5 ppm levels.
The mud circulation system is designed to provide an adequate supply of treated drilling fluid for drilling operations. The drilling fluid circulation system must have sufficient space to handle the fluid both above the suction and balance lines, ensuring that the wellbore remains fully filled with liquid during trips out of the hole.
Equipment Advantages: Rapid effectiveness, streamlined process, short construction cycle, compact footprint, and strong shock resistance.
Torch and Water Seal Drum Skid
The flare water seal drum skid primarily consists of horizontal process piping, a skid base, an electrical control system, and a valve manifold. The flare water seal drum achieves unidirectional gas flow control through “water-seal liquid-column pressure,” thereby ensuring the safe venting and combustion of flammable gases while effectively preventing backflow of air and flame flashback—making it a critical safeguard for the safe operation of the flare system.







