Zero Liquid Discharge Water Treatment Plant

A Zero Liquid Discharge (ZLD) Water Treatment Plant is a type of industrial water treatment system that ensures no liquid waste leaves the facility. It is designed to recover and reuse almost all wastewater from industrial processes, reducing environmental impact and meeting stringent discharge regulations. ZLD is a treatment process in which all wastewater is treated, and no effluent is discharged into the environment. Instead, the system recovers water and produces solid waste (usually as salt or sludge), which can be properly disposed of or reused.

Zero Liquid Discharge Manufacturers in India

Zero Liquid Discharge (ZLD) plants are now necessary in the modern world.The ZLD Plant is a cutting-edge technology that reduces liquid waste from industrial operations and transforms it into solids that can be securely disposed of without harming the environment and clean water for reuse. By-products created during the process can potentially be recovered and sold to generate additional revenue.

Methods or processes that aid in Water Recycling and Waste Reduction are currently essential across all industrial fields. The Zero Liquid Discharge Systems made by Pinakin Technology Solutions come into play in this situation. We created highly effective, efficient, and environmentally friendly Zero Liquid Discharge Systems as a result of our passion for excellence, methodical approach, and understanding of the expanding environmental issues. We are dedicated to provide our clients with the best zero liquid discharge plant based on their needs and applications.

Zero Liquid Discharge Suppliers in India

A Wastewater Treatment Procedure known as Zero Liquid Discharge (ZLD) Water Treatment Plant makes sure that no industrial wastewater will be released into the environment along with any liquid waste. The environment is not negatively impacted by ZLD Plant final treatment option at all. Through recycling, recovery, and reuse in the industrial sector, this plant controls and treats wastewater. The ZLD Process has a closed-curve cycle as a consequence, with no discharge loss. Reverse osmosis, ultrafiltration, vanishing/vaporization, and fractional Continuous Deionization are all components of the improved wastewater treatment method known as Zero Liquid Discharge Plant (ZLD Plant). Recycling is used in this plant to control the wastewater,then restoration and reuse for commercial purposes.

Zero Liquid Discharge Plant - Water Treatment Plant

ZLD is required when there is a lack of water or when the local water bodies are governed by laws prohibiting the discharge of brine owing to the environmental effects.Numerous industrial facilities and brine effluent producers,who up until now either discharged brine to nearby surface water or the sea or to wastewater treatment facilities,are searching for creative solutions to this issue.So,to meet all of your demands, Pinakin Technologyprovides comprehensive thermal and non-thermalZero Liquid Discharge Water Treatment and manages difficult-to-treat wastewater from manufacture to installation.Our ZLD Water Treatment Plant is simple to use and was created using cutting-edge equipment and technology to produce zero liquid waste.

Zero Liquid Discharge Exporters in India

Our Zero Liquid Discharge Plant have the capacity to transform industrial effluent into potable water.The reuse of the treated wastewater in various industrial settings decreases waste generation and benefits the environment.

In addition to helping industry recycle waste water, this technology also treats and recovers valuable products from waste streams,including gypsum, sodium sulphate, potassium sulphate, and caustic soda.By recovering valuable products from its effluent, such as nickel chromium, etc., Zero Liquid Discharge Technology also plays a significant role in lowering production costs for the automotive sectors.

Working of Zero Liquid Discharge Plant

• Step 01 : First, COD, TSS, oil and grease, and CO2 are removed from effluent in the ZLD Plant.
• Step 02 : To raise the effluent concentration, the treated effluent is subsequently supplied to an evaporation facility. For usage in other industrial applications, fresh water that was collected from the evaporator can be employed.
• Step 03 : The concentrated effluent is supplied to a spray dryer, an agitated thin film drier, a centrifuge, or a crystallizer at the end of the process to transform the slurry effluent into powder or solid form for disposal.