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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.
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 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).
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.
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.
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.
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.
Spent Acid Salt-Soluble Heat Exchanger Tube Bundle
Utilizing heat conduction through metal tube walls, this design enables counter-current heat exchange between hot and cold media in the tube/shell side. Its function is to recover process waste heat (e.g., heating crude oil) or cool fluids (e.g., dewaxing), significantly reducing system energy consumption and operating costs.
It consists of a filter separator along with related natural gas inlet pipelines, sewage outlet pipelines, natural gas outlet pipelines, venting lines, instrument air lines, and the skid-mounted base, among other components. The working medium is natural gas. Inside the filter separator, there is a coalescing filter element and a vane-type separator assembly for separation purposes.
It consists of a filter separator along with related natural gas inlet pipelines, sewage outlet pipelines, natural gas outlet pipelines, natural gas metering pipelines, vent pipelines, instrument air pipelines, and skid-mounted base components. The working medium is natural gas.
The cyclone separator skid utilizes centrifugal force to separate solid particles (such as silt and sand) and liquid droplets (like water and condensate oil) from the gas phase, flinging them toward the vessel walls where they settle and are collected. Its core function is to protect downstream equipment—such as compressors and pipelines—from wear and blockage, while simultaneously enhancing the purity of natural gas or process gas. This ensures the safe and efficient operation of the production system, and the skid-mounted design makes it easy to transport and quickly install on-site.
Torch Liquid Separation Tank Skid
This device primarily consists of a horizontal flare knockout drum, process piping, skid-mounted base, electrical control system, and valve assemblies. It efficiently separates gas from liquid, effectively removing any entrained liquids from the flare gas. The separated gas is then routed to the flare module to ensure stable combustion in subsequent processes, while the recovered liquid is pumped under pressure for external transfer, preventing liquid accumulation that could disrupt system operations. Additionally, the system features an integrated skid-mounted design, seamlessly combining separation, pumping, and control components—streamlining installation and enhancing overall reliability.
A heating furnace skid is a heating device integrated into a skid-mounted module, designed to heat oil, natural gas, or their associated media (such as water or chemical agents). Its function is to raise the fluid temperature—whether by burning fuel or using electric heating—to the process-required level, thereby meeting operational needs like reducing crude oil viscosity, removing water and salt, or preventing natural gas from freezing. Additionally, its modular design makes it easy to transport and install on-site.
Integrated Natural Gas Metering and Separation Unit
This device primarily consists of a horizontal gravity separator, process piping, skid-mounted base, electrical control system, and valve assemblies. The entire skid integrates flow measurement with gas-liquid separation: first, the impurity-laden gas from the wellhead is directly measured, and then it passes through a built-in separation unit that removes liquid and solid impurities, enabling integrated measurement and separation in a single operation.
Raw gas inlet station separation and buffer skid
This skid-mounted equipment primarily consists of an inlet separator and a fuel gas buffer tank. The remaining auxiliary equipment includes an electric heater (15 kW) and two air-to-gas vaporizers (400 Nm³/h), collectively serving two main functions. The first function is to deliver raw gas from outside the boundary into the inlet separator via the raw gas inlet pipeline, where gas-liquid separation takes place. This process effectively removes solid particles, oil droplets, water droplets, and other impurities from the medium, ensuring its cleanliness.
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No. 11 Fenghe Road, Oilfield-Agricultural Integration Industrial Park, Niuzhuang Town, Dongying, Shandong, China