Materials that are membrane are of several sorts. They are classified based on their nature. There are inorganic and organic membrane components which are used everywhere. The Synder Filtration provides a number of numerous polymer kinds that are used for ultrafiltration and microfiltration membranes that are natural. These contain polyacrylonitrile (PAN), polyethersulphone (PES) and polyvinylidenedefluoride (PVDF). Selecting the components depends on a number of factors such as the working parameters, a structure of the feed solution, the objectives of separation and the application-type that is used. Each components like organic and inorganic have their advantages and disadvantages. It’s very important to decide which type of membrane or polymer will be suitable for the process in hand. A majority of membranes employed in the sectors contains organic polymer or synthetics. The membrane which is made up of both synthetic and natural polymers is known as an organic membrane. Polymers are developed as an effect of the polymerization of a single monomer or the co-polymerization of two monomers. The polymer selection must be based on factors like the compatibility with the intended software use and also membrane fabrication technologies. Inorganic membranes which are a kind of membrane materials are from sintering metal powders, the polymeric membrane which are produced from. A few of these powders that are used are of tungsten metal or palladium. They can be then deposited on a substrate that was porous. These membranes are mainly used for hydrogen separation. The main metal employed here is palladium and its particular alloy being the major choice of any material. The main disadvantage of utilizing a metallic membrane is its surface poisoning result which is unavoidable. The other type-S of membranes will be the ceramic ones-which consist of nonmetal and metal compositions. They’re normally used for surroundings which are highly acidic in nature when comparing to the others.