Recycle, Reuse, Reduce...
Wastewater Heat Recovery
Heat up Your Water at Least by 20 °C
The average temperature of discharge water is 55 - 60 °C. Waste Water Heat Recovery Plants are designed to recover the heat energy of the discharged water. The heat on the wastewater is transferred to the clean process water, via specially designed heat exchangers.
Technical Details
Due to high fluff content of the wastewater, tubular heat exchanger is preferred.
Thus, blockage of the heat exchangers is minimised. Maintenance of the tubular exchangers are much easier and cheaper than the plated heat exchangers. Exchangers are made of stainless steeel.
Tubular design for textile industry
Heat Exchanger Group
Wastewater Filtering
Disk Filter
Dyehouse wastewater has too much fluff coming from the fabrics. The wastewater is fltered since the effciency of the heat recovery is directly related with the contamination level.
Filtration process is done before the balancing tank entrance so that blockage of the tanks and heat exchangers are prevented. Disk type self-cleaning rotary flter is used. Filter is made of stainless steel.
Advanced Automation
In automation system, PLC and touch panels are used. The working diagram and the real time temperatures and recovered energy values can be monitored on the control panel. The desired temperature of the clean process water can be set through this control panel window. Recovered energy values are recorded daily and monthly basis.
Water Flow Diagram for Heat Recovery for 1.000 m³
