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Electrostatic Precipitator Manufacturers and Suppliers

IQS Directory provides a detailed list of electrostatic precipitators manufacturers and suppliers. Find electrostatic precipitators companies that can design,engineer, and manufacture electrostatic precipitators to your specifications. Peruse our website to review and discover top electrostatic precipitators manufacturers with roll over ads and complete product descriptions. Connect with the electrostatic precipitators companies through our hassle-free and efficient request for quote form. You are provided company profiles, website links, locations, phone numbers, product videos, and product information. Read reviews and stay informed with product new articles. Whether you are looking for manufacturers of electrostatic precipitator, and precipitators of every type, IQS is the premier source for you.

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With years of experience collected into a team of designers, fabricators, and service workers we built a reputation involving excellence in product quality and service. With products like electrostatic precipitators and VOC RETOX RTOs, Our Company is fully prepared to meet the needs of every customer that comes through our doors. Give us a call today!
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Anguil designs, manufactures, services and installs multiple abatement devices for the destruction of industrial emissions like particulate, Volatile Organic Compounds, Hazardous Air Pollutants and odorous emissions. Since 1978, our systems have been successfully applied on almost every emission control application throughout the world. We provide energy-efficient, air pollution control solutions today that help our customers remain profitable tomorrow.
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If you are looking for an electrostatic precipitator or related air pollution products, look no further than Air-Clear LLC, where we work diligently to find the perfect solution for every customer who finds us. Building and selling cost effective systems that are made from high quality materials and constructed well, you can be sure that our products will serve you well.
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Since 1977, we have been an innovator of cost effective and environmentally sound solutions. Our sophisticated Electrostatic Precipitators are low maintenance and go through extensive testing. For quality you can trust, call Epcon® today!
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We develop and engineer Air Pollution Abatement Systems including electrostatic precipitators to reduce emissions created by manufacturing processes. Our systems meet the strictest air pollution abatement regulations. Finding the best solution is a priority for our resourceful staff. S&SE has 100% compliance record and is able to reduce capital cost by identifying the best energy efficient technology and products.
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The B&W MEGTEC Wet Electrostatic Precipitator (WESP) system provides high efficiency control of submicron particulate, heavy metals, acid mists and fumes. The WESP offers process gas cleaning solutions at low capital and operating costs. In addition, ask about our Dry Electrostatic Precipitators products. Call B&W MEGTEC today for more information for your gas cleaning application.
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CTP was founded over 30 years ago, and ever since then, we have made it our goal to be on the cutting edge of air pollution control technology, and work closely with our customers to come up with cost-effective, energy-efficient solutions. Our team of experienced staff members are on hand to address any inquiries. To learn more, call or visit our website.
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Industry Information

Electrostatic Precipitators

Air pollution control equipment comes in a variety of problematic forms, a wide variety of which are called either hazardous air pollutants (HAPs) or volatile organic compounds (VOCs). Such pollutants, which include atmospheric vapors, sulphuric fumes, odors and gases, hydrocarbons and other byproducts, can cause or aggravate serious health and environmental issues. They may cause mild respiratory irritations, asthma symptoms or even severe allergic reactions, and they may create smog, acid rain, climate change carbon emissions and the like. These risks are why organizations like the EPA encourage or require the use of pollution control equipment, also called emission control systems, in industrial and commercial settings. Popular pollution control equipment include wet scrubbers, air scrubbers and electrostatic precipitators. Electrostatic precipitators, or ESPs for short, remove particulates from an air/gas stream via an electrostatic charge. Particulates include pollutants both visible and invisible to the naked eye, such as debris, smoke, dust, powder and ash. ESPs can remove up to 99.9% of contaminants from the air without majorly disrupting regular airflow and they widely display high performance; for these reasons, they are popular with the commercial and industrial emissions control systems of many different industries. Specifically, ESPs are used heavily in industries like petroleum processing, chemical processing, materials handling, textile, machining, electronics and general manufacturing.

So, how does an electrostatic precipitator work, exactly? It centers around ionization, the process by which an atom or molecule gains or loses electrons while acquiring a positive or negative charge, in order to form ions. Ionization within an ESP requires that the particles in its air supply be charged inductively with an electric field as the ESP's metal tubes or plates, called collection tubes or plates, respectively, are charged with a negative voltage. The opposing charges will attract, causing the particulates to stick to the collection tubes or plates. Once the particulates have adhered to them, they may be transferred into a bin for disposal or recycling. ESP systems are divided into two main categories, based on the method by which the built-up particulates, or cake, are removed. These categories are wet and dry. Simply put, dry machines remove particulates by shaking, tapping or rapping the collector, while wet systems remove particulates by conditioning and rinsing them away with water or washing solutions. Whether one uses a dry ESP system or a wet ESP system depends mainly on resources at hand, the operating space and the type of pollutants within the targeted air stream.

Electrostatic precipitators offer a great many benefits to users. For one, they allow for the easy and hassle-free collection of trapped dust and particles, some of which may be reused, leading to significant material savings and a nod to the environment. In addition, since their very high cleaning success rate (99.9%) does not impede airflow, they offer incredibly efficiency. ESPs are also fantastically versatile; they work at high performance levels for applications across the board. Potential users will select the best precipitator for their application by considering the size of the system to be controlled, the type and electrical properties of the particles to be collected, the volume and velocity of the process gas and the available power supply. These factors inform what precipitator will offer optimal efficiency and operational abilities. In addition, given the numerous options before them, potential users should make sure to consult air pollution control equipment professionals prior to making their final decision.

To make sure an electrostatic precipitator works as well as it can with the highest level of efficiency that it can, an operator must make sure that it is assembled and installed properly and that it is sees routine maintenance. For example, when installing, one must make sure that the ESP's potential maintenance areas, like motors, dampers, discharge devices, fans, insulators, hoppers, T-R sets and rappers, are readily accessible. Test and inspection areas, such as stack testing ports and continuous emission monitors, should be likewise accessible. Also, operators need to keep in mind any natural elements the ESP may encounter; if it will be exposed to snow or rain, for example, closer monitoring will likely be required. The regular performance of and diligent recording of monitoring procedures lay the groundwork for successful, long-lasting pollution control. System elements to monitor include: voltage/current, gas temperature, gas moisture and composition, gas distribution and flow rate, opacity and how your ESP functions on a daily basis. Such procedures help operators identify and remedy performance issues or systemic flaws by creating a reference point and exposing patterns.

Wet Electrostatic Precipitator System
Wet Electrostatic Precipitator Collection Tubes
Wet Electrostatic Precipitator System - B&W MEGTEC Systems, Inc.
Wet Electrostatic Precipitator Collection Tubes - B&W MEGTEC Systems, Inc.
Dry Electrostatic Precipitator System
Wet Electrostatic Precipitator System
Dry Electrostatic Precipitator System - B&W MEGTEC Systems, Inc.
Wet Electrostatic Precipitator System - B&W MEGTEC Systems, Inc.






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