![]() The growing population, combined with rising per capita energy consumption, has fueled the expansion of power facilities, where electrostatic precipitators are frequently utilised to reduce particulate matter from furnace and boiler exhaust gases. The growing demand for paper-based products for packaging, printing, advertising, and other applications has prompted the paper industry's major players to expand their production capacities in areas where plate-wire type electrostatic precipitators are used to remove harmful soot and ash from the exhaust gas.īased on end-users, the global electrostatic precipitator market can be segmented into manufacturing, chemicals, metals, power generation, cement, and others.Power generation has the largest market share in 2020. The wet segment, on the other hand, is expected to grow at the quickest rate. At Lafarge Egypt's cement facility, Redecam successfully started project one line two in 2020, with the aim of converting the electrostatic precipitator in the main kiln to a bag filter, including a partial ESP refit, improving the cooling system for the clinker cooler, and rebuilding the bypass for the gas conditioning tower and dust transport system.īy type, the global electrostatic precipitator market is segmented into wet, two-stage, plate wire, and flat plate. The plate wire segment accounts for a larger market share in 2020. In August 2021, the Italian company Ecospray will introduce the Wet Electrostatic Precipitator (WESP), a novel technology for removing particulate matter and black smoke created by passenger ships and other boats. During the forecast period, these issues are anticipated to limit the electrostatic precipitator market's growth. Furthermore, due to the instability of crude oil prices, geopolitical difficulties, and significant investment risks, many power plants are turning toward using renewable energy sources for energy production. Renewable energy sources such as wind, solar, geothermal, and hydropower generate electricity without emitting any pollutants. Increased awareness of the need for air quality control and the negative consequences of hazardous emissions has resulted in a rapid transition away from non-renewable energy sources and toward renewable energy sources for energy generation. All of these factors combine to boost demand for electrostatic precipitators, boosting the global market’s growth. Sectors including public transit, autos, and energy (power plants) all contribute significantly to the economy's growth. In addition, countries like the United States, China, and India are seeing tremendous industrialization. Electrostatic precipitators, which remove soot and ash from exhaust fumes, are an excellent solution for a variety of end-use sectors looking to reduce particulate matter in the exhaust air and thus stay within environmental limitations. Unfortunately, most conventional filter media can quickly turn unsuitable for food processing applications due to tar and grease sticking to their surfaces in a short period of time, preventing exhaust air from passing through.One of the key reasons driving the global electrostatic precipitator market during the forecast period is the rising awareness of air quality control and growing industrialization in both developing and developed nations. Because of toxic pollutants emitted by automobiles, industrial manufacturing, power plants, and other industries, air quality is degrading regularly. Filtering equipment therefore must be able to extract both particulate matter (grease, tar) as well as odours from the exhaust air and clean these flue gases. They consist of smoke or aerosols consisting of odour, tar, oil or grease. Typical smoke and odour emissions of food processing plants derive from the treating of organic substances. ![]() Pollution control problems in the food processing industry: ![]() ![]() Investing in environmental protection can represent a heavy burden for medium to smaller food processing companies. Smoke and odour can therefore cause problems for the neighbourhood. ![]() In comparison to non-food productions, the food processing industry is often faced with particular problems that arise from either the type of emission/emissions or are due to the manufacturer’s location.įood processing factories are often located in residential or central city areas. The exhaust of strong odour and fumes from food production lines requires the cleaning of waste air emissions. ![]()
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