Zero Liquid Discharge Technologies Help Plants Meet Discharge And Water Reuse Requirements, Enabling Your Business To:
- Meet stringent cooling tower blow down and flue gas desulfurization (FGD) discharge regulations
- Treat and recover valuable products from waste streams
- Better manage produced water
The ZLD technology of ZLD Plant in Mumbai converts a high volume of liquid waste to distilled water for reuse, and solid salts that can be land filled or used as raw material for the chemical industry. ZLD Plant Manufacturer in pune | Mumbai is applicable for industrial plant effluent treatment, wastewater reclamation and industrial recycling applications.
ZLD technology of ZLD Plant in Mumbai includes pre-treatment and evaporation of the industrial effluent until the dissolved solids precipitate as crystals. These crystals are removed and dewatered. The water vapor from evaporation is condensed and returned to the process.
A ZLD Plant utilizes advanced technological water treatment processes to limit liquid waste at the end of your industrial process to, as the name suggests, zero.
Depending on the needs of your ZLD Plant and process, these standard components are usually adequate, however, if your ZLD Plant in Pune requires a system that provides a bit more customization, there might be some features or technologies you will need to add on. Because of the broad range of industries that use ZLD Plant Manufacturer in pune | Mumbai and the various waste streams produced, Zero Liquid Discharge Plant in Pune uses a highly custom process and this add-on will depend on your facility’s individual needs.
Recycled water distribution/solid waste treatment.
If the treated water is being reused in an industrial process, it’s typically pumped into a holding tank where it can be used based on the demands of the facility. The Zero Liquid Discharge Plant in Pune should have purified the water enough to be reused safely in your process.
Zero Liquid Discharge Plant in Pune use wastewater treatment technologies that render all of the effluent suitable for reuse, whether it’s for landscape irrigation or for replacing conventional water supplies in an industrial process. Reusing wastewater reduces demand for fresh water.