Sistema de reutilització d'aigua d'Uzbekistan Filtre de carboni de sorra poc profunda de 180m3 / descalcificador de 50 m3 i equip d'osmosi inversa de 10 m3

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Guangdong Stark Referències a l'aigua

Uzbekistan water reuse system 180m3 shallow sand carbon filter&50m3 water softener&10m3 reverse osmosis equipment

Filtració per injecció d'aigua de pou d'oli, filtració d'aigua circulant per procés

Aplicació del filtre petroquímic

Aplicació de filtres petroquímics

The process of water reuse system in printing and dyeing plants usually includes the following steps:

Sistema de reutilització d'aigua

1. Wastewater Collection: The wastewater generated by the printing and dyeing factory is first collected. This wastewater may contain various dyes, chemicals and other pollutants.
2. Preliminary treatment: The collected wastewater undergoes preliminary treatment, which may include steps such as filtration, sedimentation or pH adjustment to remove some solid particles and most suspended solids.

3. Biological treatment: The wastewater then enters a biochemical treatment unit, such as activated sludge method, biological filter or constructed wetland. These treatment methods purify water quality by degrading organic matter by microorganisms.

4. Advanced treatment: Biochemically treated water may need to undergo further advanced treatment to remove more organic matter, heavy metals or other harmful substances, which may include adsorption, ion exchange, advanced oxidation and other technologies.

5. Purification treatment: The water quality after deep treatment is closer to clean water, but it may still contain trace amounts of pollutants. In the purification treatment stage, technologies such as filtration, reverse osmosis, and ultrafiltration are often used to further purify water quality.

6. Disinfection: In order to ensure that the recycled water is safe and harmless, it is often necessary to disinfect the purified water to kill bacteria and other microorganisms. Commonly used disinfection methods include chlorination, ultraviolet radiation, ozone treatment, etc.

7. Water Quality Monitoring: During the entire treatment process, water quality needs to be monitored regularly to ensure that the treatment effect complies with relevant discharge standards and reuse requirements.

8. Storage and Distribution: The treated water can be stored for subsequent production use. When needed, water can be distributed to the required production links through pipelines or pumping stations.

9. Recycling: The treated water can be used in the production process of the printing and dyeing factory, such as washing, rinsing, diluting dyes, etc., thereby realizing the recycling of water resources.

Through these steps, printing and dyeing factories can achieve effective use of water resources, reduce environmental pollution, and reduce production costs.

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