Separated vessel

Separation vessels are devices used to efficiently separate different components (such as liquid-liquid, liquid-gas, and liquid-solid) in mixed materials. They are widely used in industries such as petrochemicals, pharmaceuticals, food processing, and environmental water treatment. Separation vessels are primarily used to balance liquid pressure and buffer media, as well as purify and separate gases. These vessels, such as separators, filters, copper scrubbers, drying towers, strippers, steam cylinders, and degassing units, are suitable for industries such as water treatment, food processing, and pipeline filtration. Jiangsu Haijian Co., Ltd. is a professional manufacturer and company of separation vessels. We provide specialized equipment for cement production, industrial solid waste incineration, and mining and metallurgical applications. Their main functions include:
Media separation: such as oil-water separation, gas-liquid separation, and solid-liquid sedimentation.
Purification: Removing impurities to improve product purity.
Process optimization: Ensuring the stability and efficiency of subsequent processes.

Working Principle:
Separation vessels separate substances based on their physical properties (such as density, particle size, and solubility). Common methods include:
Gravity sedimentation: Utilizes density differences to cause the heavy phase to sink and the light phase to float (e.g., oil-water separators).
Centrifugal separation: Utilizes centrifugal force generated by high-speed rotation to accelerate separation (e.g., centrifuges).
Filtration/adsorption: Filters, membranes, or adsorbent materials are used to trap solid particles or specific components (e.g., activated carbon filters).
Swirl separation: Tangential feed creates a swirling flow to separate components of different densities (e.g., cyclones).

Advantages and Features:
High-efficiency separation: Designed for diverse operating conditions, offering high separation accuracy and processing capacity.
Stable structure: Utilizes corrosion-resistant and high-pressure-resistant materials (e.g., stainless steel, carbon steel lined with plastic), adaptable to harsh environments.
Automated control: Liquid level sensors and pressure gauges can be integrated for intelligent monitoring and automatic discharge.
Energy saving and environmental protection: Reduces waste emissions, increases resource recovery, and meets environmental requirements.

Maintenance:
Regular Inspections: Clean internal deposits and inspect seals and linings for corrosion.
Instrument Calibration: Ensure the accuracy and reliability of monitoring devices such as pressure gauges and level gauges.
Preventative Measures: Add backwash or chemical cleaning functions for scaling media.
Safety Measures: Regularly inspect explosion-proof devices (such as separation vessels for flammable and explosive media).