What are the different types of washing machine design?

The

washing machine design is aimed at checking air pollution by removing harmful contaminants from the exhaust gas generated by energy production, production and other industrial applications. The types of washing machine design include wet washing machines using liquids or sludge, dry washing machines using powder chemicals and combustion equipment that burn toxic components. Units can be regenerative types that recycle accumulated contaminants or non -regenerative equipment that collect material for disposal. Removed pollutants can include particles, vapors, gases and vapors. Venturi washing machines are designed to accelerate the exhaust current with a tapered cone pipe, where the liquid is ruptured, often water, sprayed to maximize the contact with the gas stream. The particle residues hold the droplets of the liquid and the wet particles pass through the centrifugal separator to separate the exhaust current.

Spread Skrubbers like the type that is often used in power plants HoOil rushing, wet stream of gas with the curtain of liquid or mash inside the tower or chamber. Wrap materials are selected for their specific chemical reactions with the exhaust to obtain the maximum possible amount of pollutants. Factors such as density, viscosity and temperature affect the efficiency of these units.

The newer washing machine design is a condensing washing machine. The steam is injected into the saturated stream of gas and condensing shapes like droplets around fine particles. The droplets are separated by means of mechanisms such as the fog eliminator.

dry washing machines are often used to neutralize acid exhausts. Dry chemical powder is injected at high pressure into the gas stream to react with acid elements. To maximize the Reaction chemical, the exhaust temperature can be modified before treatment. Neutralized chemicals are captured by the filter system, leaving the cleaning strip toD exhaust gases.

The combustion units are another phase in the washing machine design. These units usually work in tandem with other types of washing machines. The gas stream is heated and oxidized to destroy insoluble toxic components. High temperature burning reduces pollutants in the exhaust stream to a level where wet or dry washing machines can be used to complete the cleaning process.

The regenerative design of the washing machine allows the re -use of chemicals collected in the washing machine for secondary use. In general, the costs of installing regenerative washing machines are higher, but further sale or reuse of recycled chemicals can help balance operating costs. Installation is most often less expensive to the washing machine, but the by -products of the scrubbing process can be removed when removing fees for disposal, so increase the operating costs.