Advanced air pollution control engineered for maximum sub-micron particulate removal.
Setting new benchmarks in clean gas discharge and sustainable emissions management.
Mazda’s Condensing WESP delivers superior collection efficiency for fine mists, aerosols, and sub-micron particulates.
Designed for low pressure drop and high reliability across a wide range of industrial gas streams.
Product Overview
The Mazda Condensing Wet Electrostatic Precipitator (WESP) is a high-efficiency air pollution control device tailored for industries dealing with wet or saturated gas streams. Using a high-voltage electrical field, it charges and captures fine particles, mist, and condensed aerosols with up to 99.9% efficiency. The system integrates pre-scrubbing, indirect gas cooling, and intermittent washing for continuous, low-maintenance performance. Mazda’s proprietary design ensures effective sub-micron particle removal while operating at minimal pressure drop, making it ideal for applications requiring stringent emission standards and long-term reliability.
Gas enters the WESP after being pre-scrubbed and cooled. Within the collector, high-voltage electrodes generate a corona discharge, ionizing the gas stream. Sub-micron particles and mists become electrically charged and are then attracted to grounded collection electrodes. These surfaces are periodically washed down with water to remove accumulated material. Mazda’s proprietary design ensures smooth gas distribution, efficient particle capture, and reliable operation across varying load conditions.
In multi-effect evaporators, capturing and reusing waste steam after the final effect
Steam recovery in drying and processing stages
Energy recycling in evaporation and concentration processes
In multi-effect evaporators, capturing and reusing waste steam after the final effect
Steam recovery in drying and processing stages
Energy recycling in evaporation and concentration processes
In multi-effect evaporators, capturing and reusing waste steam after the final effect
Mazda Limited is a WET ESP manufacturer offering advanced Wet Electrostatic Precipitator (WESP) solutions for industrial air pollution control. Mazda’s Condensing Wet ESP is engineered to remove fine mists, aerosols, condensed droplets and sub-micron particulates from wet and saturated industrial gas streams. Designed for high collection efficiency, low pressure drop and reliable operation, the system supports industries that require effective particulate removal and improved gas cleaning performance.
A Wet Electrostatic Precipitator is an industrial air pollution control device that uses a high-voltage electrical field to capture fine particles and liquid contaminants from exhaust gas streams. Unlike conventional dry electrostatic precipitators, a Wet ESP uses water to wash collected contaminants from the collection surfaces. This makes it particularly suitable for applications involving moisture-laden gases, fine aerosols, acid mists and sub-micron particles.
Mazda’s Condensing Wet Electrostatic Precipitator combines pre-scrubbing, indirect gas cooling, electrostatic collection and intermittent washing in an integrated system. The process helps condition the incoming gas before it enters the collection section, where electrically charged contaminants are attracted to grounded collection electrodes. The collected material is subsequently removed through water washing, supporting consistent collection performance.
As an experienced industrial equipment manufacturer, Mazda Limited designs WET ESP systems to address challenging gas-cleaning requirements across different industrial processes. The Condensing WESP is developed for applications where conventional particulate collection methods may not adequately capture fine mists, aerosols and sub-micron contaminants.
The system offers collection efficiency of up to 99.9%, as specified for the product, while maintaining a very low pressure drop. Its integrated gas cooling and scrubbing arrangement, corrosion-resistant construction and modular configuration support dependable operation in demanding industrial environments.
Wet Electrostatic Precipitator systems are used in industrial processes where fine particulate matter and liquid contaminants need to be separated from exhaust gases. Typical applications include:
Mazda Limited’s Wet Electrostatic Precipitator provides an integrated approach to industrial gas cleaning, helping industries address fine particulate and mist removal requirements through an engineered air pollution control solution.
A Wet Electrostatic Precipitator (WET ESP) is an air pollution control system designed to remove fine particles, mists, aerosols, and other sub-micron contaminants from wet or saturated gas streams. It uses a high-voltage electrical field to charge and collect fine contaminants from the gas stream.
Gas enters the Wet Electrostatic Precipitator after pre-scrubbing and cooling. High-voltage electrodes create a corona discharge that charges particles and mists in the gas stream. The charged contaminants are attracted to grounded collection electrodes, where they accumulate and are periodically washed away with water.
A WET ESP is designed for the collection of sub-micron particles, fine mists, aerosols, acid mists, heavy metals, and fine liquid droplets. The technology is particularly useful where very fine contaminants need to be removed from industrial gas streams.
Yes. WET ESP technology is particularly suited to high-efficiency collection of sub-micron particles. Mazda's Condensing WESP is designed to provide high collection efficiency for fine particles, mists, and condensed aerosols.
Yes. Mazda's WET ESP is specifically designed for wet or saturated gas streams. The system incorporates pre-scrubbing and indirect gas cooling before the gas enters the electrostatic collection section.
A WET ESP can act as a final polishing stage after wet scrubbing. While the scrubber handles appropriate bulk contaminants, the WET ESP can capture remaining fine particles, mists, aerosols, and sub-micron contaminants to improve the quality of the treated gas.
WET ESP systems operate with very low-pressure drop, which can help reduce the energy required to move the gas through the pollution-control system. This is one of the advantages of using electrostatic collection for fine particulate and mist removal.
The collection electrodes are periodically washed with water to remove accumulated particles and contaminants. This wet washing arrangement supports continuous operation and helps minimize manual cleaning requirements.
Key advantages of Wet Electrostatic Precipitator include high collection efficiency for sub-micron particles, fine mist and aerosol removal, very low-pressure drop, integrated gas cooling and scrubbing, corrosion-resistant construction, modular design, and reliable continuous operation.
Mazda Limited manufactures Condensing WET ESP systems designed for industrial gas streams requiring high-efficiency removal of fine particles, mists, aerosols, and sub-micron contaminants. Mazda's system integrates pre-scrubbing, gas cooling, electrostatic collection, and intermittent washing into an engineered pollution-control solution.
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