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Electrostatic Precipitator, or Electronic Static Precipitator, is usually abbreviated as ESP. An ESP Precipitator is a device that removes particles (such as dust and smoke) from a gas stream by using electrostatic attraction. ESP device shapes air passages inside. Each air passage is passing through electrostatic charged poles or boards. Mixed air is to be ionized instantly, the dust and smoke carry negative charge and soon attract to the positive boards. Air, as a kind of molecules, with little weight, still get out, leave the solid particles (dust and smoke) stuck behind. So, the mixed air gets filtrated and purified.

Kleanland's VOC recovery system efficiently captures and recycles VOCs from industrial processes, reducing emissions, lowering production costs, and ensuring regulatory compliance. With over 90% market share in PVC glove factories, it offers rapid ROI and environmental benefits.

When it comes to textile production, stenter machines play a crucial role in processing fabrics. However, they also generate emissions and consume significant energy. This article explains why air filtration and heat recovery systems are essential for stenter machines, focusing on practical solutions to make textile production cleaner and more cost-efficient.

The origins of modern industrial electrostatic exhaust purification equipment and electrostatic precipitation technology can be traced back to traditional electrostatic precipitators, widely used for dust control in heavy industries like power plants, steel mills, and construction materials production. With technological advancements, electrostatic precipitators are evolving toward larger-scale designs and wider electrode spacing. Traditional designs typically have electrode gaps under 300 millimeters, whereas wide-spacing technology increases the gap to 400 millimeters or more.

When it comes to textile production, stenter machines play a crucial role in processing fabrics. However, they also generate emissions and consume significant energy. This article explains why air filtration and heat recovery systems are essential for stenter machines, focusing on practical solutions to make textile production cleaner and more cost-efficient.

The high-voltage power unit is considered the "heart" of electrostatic industrial electrostatic precipitation equipment, highlighting its critical importance. This unit transforms 0–380V AC power into high voltage ranging from thousands to tens of thousands of volts. After precise rectification by the high-voltage rectifier, it outputs stable negative DC high voltage. This current is regulated by damping resistors and safely delivered to the electrostatic field through a high-voltage isolation switch, providing a constant supply of high-voltage static electricity for the purification process.

A dust collector, or dust removal device, is equipment that separates dust particles from exhaust gases. A baghouse dust collector, also known as a fabric filter, is a type of dry, high-efficiency dust collector. It uses fabric bags as filter elements to capture solid particles from dust-laden air. The principle is that as dust particles pass through the fabric, they are intercepted by colliding with the fibers due to inertia.

The plasma air purifier operates by applying a high-voltage alternating current (AC) across two insulated blocking media, creating high-energy plasma between them. The active particles in the plasma, such as high-energy ions and free radicals, then collide with organic molecules or molecular clusters in the exhaust gas. This interaction causes the molecules to break down quickly, helping to degrade the pollutants. During the plasma chemical reaction, high-energy ions gain energy from the electric field and transfer it to the organic molecules or molecular clusters through excitation or ionization. This results in the molecules either decomposing or being excited into active groups. These active groups then collide with oxygen and other active groups, forming stable products and releasing heat, which helps purify the organic molecules or clusters.

In modern life, with the growth of industrialization and urbanization, odor problems have become increasingly prominent. These odors not only affect air quality but can also pose risks to people's health. To address this issue, various odor removal devices have emerged on the market, each using different technologies to eliminate or reduce odors. The following is a comparison of several common odor removal devices, including UV lamps, activated carbon filters, and low-temperature plasma devices. Each has unique principles and application scenarios, making them suitable for different environments and needs.

Volatile Organic Compounds (VOCs) are widely used in industrial production but pose environmental and health risks due to emissions. Effective recovery technologies, such as Kleanland’s VOC Capture Solution, use adsorption and desorption to recycle VOCs into reusable solvents, reducing pollution and improving economic efficiency. Unlike Regenerative Thermal Oxidizers (RTOs), which burn VOCs and waste valuable resources, carbon absorption enables solvent recovery, supporting sustainable industrial practices. Kleanland's proven technology ensures high efficiency, cost savings, and industry-leading reliability, making it a preferred choice for VOC management.