Products

Natural Gas Desander Skid

The natural gas desander skid is an integrated, high-efficiency sand-removal unit specifically engineered for the demanding operating conditions of high-pressure gas production and fracturing flowback in gas fields. Featuring a 35 MPa ultra-high-pressure design as its core, it combines cyclonic separation with filtration to thoroughly remove fine solid impurities—such as 0.1 mm–sized fracturing sand and formation sand—entrained in the natural gas. The skid also integrates complete process functions for flushing, venting, and blowdown, and is delivered as a fully skid-mounted unit. It provides a safe, efficient, and maintenance-free solution for deep purification of solid impurities in gas-field gathering and transmission systems, thereby ensuring stable operation throughout the entire gas-production process.


Acid Buffer Tank Skid

The acid‑fluid buffer skid is an integrated pressurized unit specifically designed for gas‑field operations such as gas production and produced‑water treatment, using field water as the working medium. It is tailored to meet the demanding conditions found in H₂S‑containing, high‑salinity gas fields, combining functions such as buffering, temporary storage, impact protection, vortex prevention, sand removal, and safe operation into a single compact unit. As the core buffering component of acid‑fluid and produced‑water treatment systems in gas fields, it ensures stable, safe, and corrosion‑resistant operation, thereby supporting the continuous and smooth performance of downstream processes.


Intelligent Foam Displacement Pump Skid

Equipment features: 3 tanks, 1 pump; Processing capacity: up to 30 L of chemical agent per hour; Design pressure: 35 MPa.


Oil-Gas Separation Buffer

Primarily used in crude oil gathering and transportation systems, it buffers pressure and flow fluctuations within the system. By storing and buffering crude oil, it balances supply and demand, thereby stabilizing the production process and ensuring smoother system operation.


Gas-liquid Separator

Gas-liquid separators are used to separate liquid droplets (such as water or condensate) or solid particles carried in natural gas from the gas phase. They achieve separation by altering the direction and velocity of the gas flow, utilizing gravitational settling, centrifugal force, or internal components (such as baffles or wire mesh).


Three-phase separator

The three-phase separator is a critical piece of equipment capable of simultaneously separating well-produced fluids into gas, oil, and water phases. By carefully controlling the fluid flow rate and residence time within the vessel, as well as leveraging gravity differences and coalescing materials, it enables the oil, gas, and water to naturally stratify—allowing each phase to be separately discharged from the top, middle, and bottom outlets. This device serves as the core component for achieving initial crude oil purification and accurate metering.


Vertical Separator

A vertical separator is a vertically installed gas-liquid separator, particularly suited for applications with high gas-to-liquid ratios or limited space. Fluid enters from the middle, with gas flowing upward and exiting through the top outlet, while liquid settles downward and is discharged from the bottom. Its design offers excellent liquid-handling capabilities and more stable liquid-level control, making it commonly used for initial separation after wellheads.


Filter Separator

The filter separator is a device used for separating and filtering impurities in liquid or gas media. It is widely applied in industries such as chemical engineering, petroleum, food processing, and pharmaceuticals, effectively removing solid particles, oil droplets, water droplets, and other contaminants to ensure media cleanliness.


Gas-to-Gas Heat Exchanger

The core function of gas-to-gas heat exchangers is to facilitate efficient heat transfer between two natural gas streams operating at different pressures and temperatures. They are typically employed to utilize high-temperature gas streams (such as flue gas from combustion furnaces) to preheat low-temperature feed gas.


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