Flocculation and sedimentation ceramic fine filtration equipment

NegotiableUpdate on 02/11

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The main processing flow of the flocculation sedimentation ceramic fine filtration equipment is as follows: the raw water is collected in the regulating tank and lifted by the inlet pump to the ceramic filtration device - BiS dead end or cross flow filtration; The water tank for producing aquatic products has the wrong water flowing back to the regulating tank. The bottom sludge of the ceramic fine filtration device is discharged into the sludge tank by gravity flow. The device has aeration, air backwashing, water backwashing, and chemical cleaning measures to ensure stable operation.

Product Details

Flocculation and sedimentation ceramic fine filtration equipmentMain processing flow:

The raw water is collected into the regulating tank and lifted by the inlet pump to the ceramic filtration device - BiS dead end or cross flow filtration; The water tank for producing aquatic products has the wrong water flowing back to the regulating tank. The bottom sludge of the ceramic fine filtration device is discharged into the sludge tank by gravity flow.

The device has measures for aeration, air backwashing, water backwashing, and chemical cleaning to ensure stable operation.

Flocculation and sedimentation ceramic fine filtration equipmentPerformance characteristics:

1. High intensity

The new membrane material is formed by stretching ceramic particles and PTFE particles under high temperature conditions. While maintaining good flexibility, it has high strength and toughness. Under certain pressure, the membrane fibers can remain in their original state without deformation or breakage, and can be air backwashed.

2. Stability

The material of the new membrane filament is mainly carbon and fluorine, which are stable materials on Earth and will not react with any substances on Earth at room temperature. Therefore, during use, the membrane surface will not scale, solving the problem of specialized membrane scaling.

3. High throughput

PTFE membrane has an opening rate of 80-85%, which can effectively reduce resistance and improve water permeability during filtration. And it can effectively exert excellent anti pollution properties. Dry wet sea PTFE membrane undergoes hydrophilic treatment fixed with hydrophilic polymers, and can be stored both dry and wet for more than ten years without deterioration. It can be used directly without any treatment when reused.

4. Durability

PTFE membrane has good drug resistance, acid resistance at pH 0, alkali resistance at pH 14, high temperature resistance up to 220 ° C, and resistance to organic solvents.

New craftsmanship vs. traditional craftsmanship

project content	Ceramic precision filtration (new process)	traditional craftsmanship
workmanship	Short process route and few equipment	Long process route and multiple equipment
cover an area of	Small footprint and low civil engineering investment	Large land area and high investment in civil engineering
medicine	Almost no medication is added, only the acidity and alkalinity of the membrane are cleaned, Clean once every 1-3 months, with low operating costs	High dosage of medication and high operating costs
The impact on subsequent deep processing techniques	Almost no medication is added, and the deep treatment film has no effect.	Poor control of drug addition affects membrane operation, and drugs can easily cause fouling and blockage of the membrane. Increasing the frequency of membrane cleaning can affect the service life of the membrane.
water production	The effluent is not affected by the quality of the raw water, and the water production effect is stable	Unstable water production and significant fluctuations in water quality
Operation Run	Almost no medication added, automated operation, intelligent platform management	Medication requires manual dosing, which is labor-intensive and has a low degree of automation.
Maintenance and repair	Small and simple maintenance and repair surface	Large and frequent maintenance coverage
energy consumption	Once it's up, low energy consumption	Two or more upgrades, high energy consumption