ZLD Solution for Effluents and Industrial Water Waste
Our ZLD System is a unique Heat Pump based solution which achieves this objective of recovering reusable water from high TDS water in a highly energy efficient manner without need for any fossil fuel based thermal energy for evaporation. Our product is intellectual property for which we have already got the Patent in India and US Patent.
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Industries, depending upon the characteristics of their effluent quality and quantity, have Effluent Treatment Plants to get rid of contaminants to attain specified standards for the treated effluentâs disposal.
One of the most expensive and energy intensive treatment step involves need for thermal energy to evaporate water out of high TDS effluent to recover pure water and recover solids for suitable disposal or as by product sale.
Our ZLD system is a unique HEAT PUMP based solution which achieves this objective of recovering reusable water from high TDS water in a highly energy efficient manner without need for any fossil fuel based thermal energy for evaporation.
Our system can, also, be designed to handle industrial effluents, generated mainly in engineering and automobile industry, with emulsified oil in water. It is very difficult to remove emulsified oil by physical separation processes and it needs thermal energy for water separation before it can be recycled.
Our system can offer a highly energy efficient, hence economic, solution for treating such water and recovering pure water out of it for recycle. The system can also treat contaminated oil (with emulsified water) to recover pure oil for recycle and reuse.
Parameters of Our ZLD Heat Pump System
Capacity
(KLD of Effluent)
Recovery
Product Recovery
TDS
Less than <150
TDS of Water
Energy
Power Consumption
Advantages of our ZLD System
GHG Emission reduction of 50-100% compared to conventional solutions
Containerised plug and play system with very low foot print. Easy to install and quick commissioning which makes it easy to move from one location to another.
Our system has low maintenance cost and high efficiency for operations.
There will be no trouble in maintenance related to exchanger tube choking found in conventional solutions.
