Influent Separation & Environmental Solutions Co.,Ltd. products

A vane-type inlet device is a component used in gas and liquid handling systems to control the flow of fluids into a process or a machine. The device typically consists of a series of vanes or blades that are positioned at an angle to the direction of flow.

Vane or chevron-type mist eliminators are commonly used in gas-liquid separation processes, where it is important to remove liquid droplets from a gas stream. These mist eliminators are designed to provide a tortuous path for the gas flow, which causes the liquid droplets to collide with the surfaces of the vanes or chevrons, where they coalesce and drain down to a liquid collection section.

Demister Knitted Wire Mesh Mist Eliminator is a highly efficient and cost-effective solution for removing mist and droplets from gas streams. It is designed to capture and eliminate liquid droplets that are present in gas streams, such as in the chemical, petrochemical, and oil and gas industries. The knitted wire mesh structure provides a high surface area for efficient separation and allows for a low-pressure drop, making it an ideal choice for various gas-liquid separation applications.

Fiber bed demisters are commonly used gas-liquid separation devices in the production of acids and hydrogen chloride. These industries typically generate large amounts of acidic gases and vapors containing harmful liquid droplets and solid particles, which require effective separation and treatment to protect the environment and downstream equipment.

The Droplet Separator is a device used to remove droplets of liquid from a gas or vapor stream. The device is designed to work in various industrial applications where the separation of droplets from a gas or vapor stream is necessary. This instruction manual provides information on how to install and operate the droplet separator.

Calming baffles, also known as perforated plates, are commonly used in liquid-liquid separation processes to help separate immiscible liquids of different densities. The baffles are typically placed in a tank or vessel and help to reduce turbulence and promote laminar flow, which enhances the separation of the two liquids.

Plate pack separators are commonly used in liquid-liquid separation applications where two immiscible liquids need to be separated based on their density differences. Plate pack separators consist of a series of closely spaced plates or baffles, which create a tortuous path for the two liquids to flow through. The flow path and the spacing of the plates are designed to promote the coalescence of the dispersed phase into larger droplets, which eventually rise to the surface or settle to the bottom for collection.

Corrugated plate separator media is commonly used in oil-water separators due to its high efficiency in separating oil from water. In this application, the corrugated plates are typically made of materials that are resistant to corrosion and chemical attack, such as stainless steel or plastic.

Knitted wire mesh coalescer media is a type of filter media used for liquid-liquid separation processes. It consists of a knitted wire mesh structure that is designed to capture and coalesce small droplets of one liquid phase suspended in another liquid phase. The coalesced droplets then become larger and easier to separate from the main liquid phase.