Membrane separation system is the energy-saving separation and refining technology of the most interest in recent years. Kanadevia Corporation provide membrane separation system installed own original zeolite membrane element. It is possible to be separated target component from various mixed gas and contributed for energy-saving in refinery process.

Solvent recovery adapts mainly 1.Pervaporation (PV) or 2.Vapor Permeation(VP). Kanadevia Corporation propose the best system according to Physical properties of FEED..

Kanadevia Corporation has developed zeolite membrane elements constitued by all Inorganic material (all-ceramics constitutes), as a result of pursuing high durability and reliability. Due to disuse organic materials, it is possible to use in severe environment such as high temperature and high pressure.

Zeolite membrane elements in HDS have the highest processing amount in the world.
The membrane size is the largest in the world and therefore one membrane have sufficient processing area. The permeation resistance of membrane element is reduced to the minimum by the zeolite layer thinner to the limit.
Through the number of filling membrane elements and their support jig is low, easy to handling and maintenance can make dramatic cost savings.

[Standard Specification]
Outer diameter: 16mm Φ
Length: 1,130 mm

The product lineup boasts the widest variety in the industry. New materials have endless possibilities to create new process. Kanadevia Corporation continue to turn the client’s requests into commercial reality.

	Hydrophilicity and Hydrophobicity	Main Application
HZM-1		Remove of H2O  (Alcohol and Ketone etc)
HZM-2		Remove of H2O, Purification of H2 and Refining of Hydrocarbon
HZM-3		Remove of H2O (Alcohol and Carboxylic acid)
HZM-4		Remove of H2O, CO2 recovery and Purification of Methane
HZM-6		Refining of Hydrocarbon

Kanadevia Corporation has adopted own membrane module vessel that makes best use of zeolite membranes elements' function. It is as result on pursuing how much increase processing amount in the same space and how much increase processing amount compared with the same numbers of membrane.

The one end of the membrane fixed structure can prevent some accidents such as cracking or leaking of the zeolite membrane element by difference in thermal stress between SUS and ceramics.
Applying the paired structure of a membrane and an outer tube (the double tube structure) improves Reynolds number and thus maximize the separation potential of the zeolite membrane.
Taking advantage of fluid analysis, design of inside the housing such as installing partition plates, arrangement of membrane and how to supply the fluid were optimized.

Zeolite Membrane System “HDS” is possible to provide the world-class production capacity. The system design continues to pay attention to details.
HDS unit is designed at the best way to make the entire system more compact and easier to operate, including the placement of instruments.

It is possible to propose the bestmembrane separation system for various mixed fluid, such as recover and recycle for organic solvent (solvent dehydration), purification methane from biogas(Remove of CO₂) and isomer separation of paraffinand xylene (refining of hydrocarbon).