Fabric filter System market has grown markedly over several years and is anticipated to show vigorous growth in near future. The increasing usage of fabric filter system in numerous applications such as stoker fired boilers, municipal waste incinerators, coal fired steam generators is foreseen to drive the demand of fabric filter systems in global fabric system market. In addition the fabric filter system is now widely being used in the industrial processes of aluminum, cement, rock product and steel which in turn has led to the increase in demand of the fabric filter system.
Fabric Filter System Market Segmentation On the basis of Product type: Pulse Jet, Reverse Gas, Others; On the basis of end use industry: Pharmaceuticals, Chemical, Food and beverages, Steel mills, Power plants, Others
Depending on geographic regions, global fabric filter system market is segmented into seven key regions: North America, South America, Eastern Europe, Western Europe, Asia Pacific, Japan, and Middle East & Africa. As of 2014 Asia Pacific dominated the global fabric filter system market in terms of market revenue followed by North America. The growing power plants, chemical and food & beverages industries in countries like China and India are pulling the demand for fabric filter system market in North America.
Fabric filters are of great advantage when high efficiency of particle collection is required. Fabric filter system separates solid from gasses or liquids in which the liquid or gas passes through a porous fabric medium that retains the solids. Fabric filtration process works in a batch or with intervals with periodic removal of deposited solids. Fabric filters are consist of one or more compartments that contain rows of fabric bag. Particle laden liquid or gas passes through the surface of the bags for filtration and cleaned liquid or gas is released out in the atmosphere.
New applications are escalating the fabric filter system market, for instance the need to remove mercury is resulting into the innovation and advancement in fabric filter system. Furthermore, the use of fabric filter system depends on the several application factors such as particulate material being collected, fine particulate emission requirements, ash resistivity etc.
Increasing awareness of the impact of air pollution, growing industrialization, and increasing environmental concern due to global warming are anticipated to drive the global fabric system market during the forecast period. Moreover, inherent high collection efficiency of particulates and metals offered by the fabric filter is another major factor that is expected to drive the demand for fabric filter system. However, the growing production of substitutes such as particulate control devices such as electrostatic precipitators could hamper the growth of fabric filter system market.
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