PP air flotation machine quotation

PP air flotation machine quotationThe structure mainly consists of air inlet, diffuser, mixing device, water inlet pipe, drainage outlet, dissolved air nozzle, cyclone controller, bottom exhaust hole and other parts. These components work together to promote effective fusion of gas and water. Some gas tanks are installed horizontally and divided into inlet section, packing section, and outlet section along the length direction; The spray type packing tank utilizes stepped ring packing to enhance air dissolution efficiency.

PP air flotation machine quotationworking principle

Process Overview: Compressed air and pressurized water are dissolved in a gas tank through diffusion, dissolution, mass transfer, and other steps, allowing a large amount of air to dissolve into the water. This process is crucial for improving the effectiveness of wastewater treatment.

Key factors: The selection and arrangement of nozzles and aerators directly affect the dissolved air effect and the final air flotation effect.

performance metrics

Specification parameters: The height to diameter ratio of the gas tank is generally 2-4, and specific dimensions and technical details can be customized according to actual needs. Many design research institutions and manufacturers provide relevant technical support and services.

Product function

Solid liquid separation: By the adhesion between small bubbles and suspended particles, a "gas-solid composite" with a density lower than water is floated to the water surface, forming a scum layer to achieve solid-liquid separation.

Water purification: Reduce the concentration of pollutants such as turbidity, chromaticity, COD, BOD, etc. in sewage, and improve the effluent quality.

Resource recycling: In the treatment of papermaking wastewater, pulp recycling and reuse can be achieved; In the treatment of oily wastewater, oil pollution can be separated for resource utilization.

Preprocessing function: As a preprocessing unit for biochemical processing, it reduces the subsequent processing load and improves overall processing efficiency.