Membrane Microfiltration Market Size, Share, Development, Growth and Demand Forecast to 2020

The global membrane microfiltration market is growing at a significant rate, due to increase in stringent water quality legislation. As the awareness about safety and health is growing among the consumers, certain standards of quality, considering safety and hygiene are being demanded by the consumers. The increasing technological innovation in the field of membrane microfiltration is expected to support the growth of the global membrane microfiltration market in the coming years. With the technological advancements, the membrane microfiltration products are becoming more effective in offering better solutions for suspended particle separation, which is again fuelling the growth of the global membrane microfiltration market.

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The major trends observed in the global membrane microfiltration market are product development and cost-effective solutions. One of the major factors restraining the growth of the global membrane microfiltration market is high initial investment, which poses as significant barrier for the new entrants, who want to expand their product lines.

Microfiltration is used to apply dead-end filtration upon aseptic pharmaceuticals, sterile fruit juices and wine, and water. Microfiltration functions as a post-treatment for granular media filtration, and pre-treatment for other separation processes, such as ultrafiltration. The particle size in microfiltration ranges from 0.1 to 10 micrometer. Particles such as protozoa, algae, sediment and large bacteria can be prevented with the use of specially designed filters, by passing the fluid through the filters. However monovalent species, such as chloride or sodium ions; ionic or atomic materials such as water, small colloids and viruses; and natural or dissolved organic matter are able to pass through the filter.

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In the process of membrane microfiltration, fluid is passed through membranes with very small pores for separating bacteria, micro-organisms, and suspended particles among others. The membranes are used in the pre-treatment for desalination technologies, such as nano-filtration and reverse osmosis. The membranes are also used to eliminate turbidity from fluid. Some of the materials used in the membrane microfiltration are fluorinated polymers, stainless steel, polyamides, polypropylene, cellulosics, ceramics and polysulfones. Membrane microfiltration can be manufactured by various methods, such as stretching, phase separation, sintering, and track etching. Some of the factors considered while choosing the membrane for a particular process are operating temperature, disposal of process residuals, membrane flux, quality of fluid to be treated, monitoring and maintenance of the system, fluid characteristics, and cost of material procurement and manufacturing.

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