The exhaust scrubber is used in a wide variety of laboratory environments such as research laboratories, medical laboratories, chemical laboratories and more. Whether you are a large research organisation or a small laboratory, the exhaust scrubber is the ideal choice to ensure the safe disposal of laboratory exhaust gases.
By choosing our scrubber exhaust system scrubber for laboratories, you are providing your laboratory with a healthier and safer working environment for smoother and more successful research.
Exhaust System Scrubber Specifications:
| Model | ESS-402 |
|---|
| Max. Flow Rate | 2.4m3/H |
| Max. Negative Pressure | 0.04MPa |
| Neutralization Methods | Water, Alkali and Carbon |
| Size(W×D×H)(mm) | 390x340x550 |
| Shipping Size(W×D×H)(mm) | 670x540x760 |
| N.W./G.W. (kg) | 25/43 |
Exhaust System Scrubber Feature:
Designed for laboratory use, the exhaust scrubber efficiently treats hazardous laboratory gases such as organic solvent vapors, acidic gases, and other exhausts from experimental processes, ensuring that the air quality in the laboratory meets safety standards.
The scrubber exhaust system utilizes multi-layer filtration technology and a chemical reaction process to ensure the complete removal of a wide range of hazardous components from exhaust gases. This includes particulate matter, volatile organic compounds (VOCs), acidic and alkaline gases, etc., thus reducing potential hazards to laboratory personnel and equipment.
Exhaust scrubber is equipped with an intelligent monitoring system, it monitors the composition of laboratory exhaust gases in real-time. It automatically adjusts the treatment parameters according to the monitoring data to ensure the system maintains the best treatment effect.
The exhaust system scrubber helps safeguard the laboratory's air quality, improving the safety and comfort of the working environment. This is essential for the accuracy and reproducibility of laboratory research.
How does the scrubber exhaust system work
A scrubber exhaust system works by using a liquid (typically water or a chemical solution) to remove harmful gases, vapors, or particles from industrial exhaust air. The process involves:
Gas Absorption: Contaminated air is passed through the scrubber, where it comes into contact with the liquid. Harmful substances in the gas phase are absorbed or reacted with the liquid.
Filtration: The gas may pass through a series of filters or scrubbing media, further removing particulates and ensuring cleaner exhaust.
Clean Air Release: The purified air, now free from contaminants, is then released safely into the atmosphere or sent through a vent system.
The scrubber’s effectiveness depends on the type of liquid used, airflow rates, and the design of the scrubber system. It helps reduce air pollution and protect both workers and the environment from hazardous fumes.
What industries typically use scrubber exhaust systems?
Scrubber exhaust systems are commonly used in industries where air emissions contain harmful gases, chemicals, or particulates. Some of the key industries that use scrubber systems include:
Chemical Manufacturing – To remove hazardous fumes from chemical reactions and processes.
Pharmaceuticals – For controlling emissions from the production of drugs and active pharmaceutical ingredients (APIs).
Oil & Gas – To treat exhaust gases and vapors from refineries, petrochemical plants, and drilling operations.
Metal Processing – In smelting, welding, and other metalworking processes to remove fumes and particulate matter.
Food & Beverage – To control odors and vapors released during food processing and packaging.
Waste Treatment – For treating exhaust gases from incinerators and waste-to-energy plants.
Power Generation – To remove sulfur dioxide, nitrogen oxides, and other pollutants from exhaust gases in power plants.
Pulp and Paper – To remove odors and contaminants from air during wood processing and papermaking.
Textiles – To remove chemicals and particulates released during fabric dyeing or finishing.
Automotive Manufacturing – For controlling emissions from paint booths, welding, and other production processes.
These industries rely on scrubber exhaust systems to meet environmental regulations and ensure workplace safety by minimizing harmful emissions.
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