Description :
Industrial Emission Control Systems are devices that monitor and diminish the release of harmful products produced during combustion and other emission processes , which leads to environmental pollution . Industrial segments such as power generation , cement , mining & metals , chemical industries , and others utilize these systems to convert hazardous air contaminants , such as unburned hydrocarbons , carbon monoxide , nitrogen oxides , and sulfur oxides , into water vapor and carbon dioxide , which can be safely released into the atmosphere . Regulatory agencies globally have placed stringent limitations on acceptable emission levels , which need to be complied by industries or face the prospects of substantial fines , which may lead to shutdown of their operations . Companies globally are using these advanced emission control technologies to remain compliant and competitive in the market .
Browse the full report @ http :// www . orbisresearch . com / reports / index / industrial-emissioncontrol-systems-market-by-equipment-type-electrostatic-precipitators-cyclones-fabric-filtersemission-source-power-generation-cement-chemical-manufacturing-global-opportunity-analysisand-industry-forecast-2014-2022 .
The global market for industrial emission control systems is driven by the stringent emission regulations , growth in the cement and coal power industries and increase in industrialization in developing countries . The growth in coal power sector in developing countries , such as India and China , also drives the market as the industry growth accounts for increased demand for emission control systems .
Factors that restrict the market growth are rise in use of alternate sources for power generation and reduction in investments in coal power from developed countries such as U . S ., Germany , and other European countries . Countries in these regions are investing in alternate power sources such as wind , solar , and hydroelectric projects that generate minimal emissions , which further minimizes the use of these systems .
The global market is segmented based on equipment type , emission source , and geography .
Check Discount For This Report http :// www . orbisresearch . com / contacts / discount / 224138 .
Based on equipment type , it is categorized into electrostatic precipitators , fabric filters , catalytic reactors , scrubbers , thermal oxidizers , cyclones , and others ( biofilters , carbon adsorbers ). Electrostatic precipitators occupied the highest share in the market . They are applicable in power plants , paper mills , smelters , cement plants , and petroleum refineries . High adoption of these equipment is due to their capability to operate at over 99 % efficiency , low operating costs , and ability to handle large gas flow rates .
Based on emission source , the market is segmented into power generation , chemical , cement , mining & metals , pulp & paper , manufacturing , and others . Power generation was the most dominant end-user segment for emission control systems in 2015 and is expected to maintain its dominance over the forecast period . The mining & metal processing segment is expected to be the fastest growing segment among different emission sources . The
2