ZERO LIQUID DISCHARGE - ZLD
By SARTIME HOROLOGICAL (P) LTD
Price: On Request
95+ % RO Recovery, 24x7 Availability
All grades of water including MB < 2ppm
Reduction in water consumption 50% by audit
15 years of uninterrupted service
9+ Inventions in water Recycling
All our customers are repeat customers
Zero Liquid discharge (ZLD) is the buzzy word in the plating industry. ZLD is normally associated with high cost of operation, High Capital cost. Invariably difficult to maintain.
We would like to share our experience after having running 4 plants & having installed 20 units with the below performance. 95+% recovery of water, 24x7 availability of required water quality. Because of high recovery, the evaporation cost has become very low. Evaporator is 2to3 days a week is operated.
We also would like to discuss process intensification in layout (foot print reduction), in operation of Cr6+ with SMBS reduction of 50%.
The OBR for DM+MB is 2000m3 or once 20 days. These processes are SCADA operated.
Technology of ZLD
1. The ZLD process creates solid waste out of wastewater by using two devices – evaporators and crystallisers. Evaporators can concentrate brines up to 2,50,000 ppm. TDS.
2. When the brine concentration exceeds 2,50,000 ppm TDS,
3. The brine is subsequently released in to a vessel where the pressure falls. As a result, the- remaining water boils and the salt crystallise, The cake of salt thus formed is then disposed of in landfill.
All grades of water including MB < 2ppm
Reduction in water consumption 50% by audit
15 years of uninterrupted service
9+ Inventions in water Recycling
All our customers are repeat customers
Zero Liquid discharge (ZLD) is the buzzy word in the plating industry. ZLD is normally associated with high cost of operation, High Capital cost. Invariably difficult to maintain.
We would like to share our experience after having running 4 plants & having installed 20 units with the below performance. 95+% recovery of water, 24x7 availability of required water quality. Because of high recovery, the evaporation cost has become very low. Evaporator is 2to3 days a week is operated.
We also would like to discuss process intensification in layout (foot print reduction), in operation of Cr6+ with SMBS reduction of 50%.
The OBR for DM+MB is 2000m3 or once 20 days. These processes are SCADA operated.
Technology of ZLD
1. The ZLD process creates solid waste out of wastewater by using two devices – evaporators and crystallisers. Evaporators can concentrate brines up to 2,50,000 ppm. TDS.
2. When the brine concentration exceeds 2,50,000 ppm TDS,
3. The brine is subsequently released in to a vessel where the pressure falls. As a result, the- remaining water boils and the salt crystallise, The cake of salt thus formed is then disposed of in landfill.
Product Description
95+ % RO Recovery, 24x7 Availability
All grades of water including MB < 2ppm
Reduction in water consumption 50% by audit
15 years of uninterrupted service
9+ Inventions in water Recycling
All our customers are repeat customers
Zero Liquid discharge (ZLD) is the buzzy word in the plating industry. ZLD is normally associated with high cost of operation, High Capital cost. Invariably difficult to maintain.
We would like to share our experience after having running 4 plants & having installed 20 units with the below performance. 95+% recovery of water, 24x7 availability of required water quality. Because of high recovery, the evaporation cost has become very low. Evaporator is 2to3 days a week is operated.
We also would like to discuss process intensification in layout (foot print reduction), in operation of Cr6+ with SMBS reduction of 50%.
The OBR for DM+MB is 2000m3 or once 20 days. These processes are SCADA operated.
Technology of ZLD
1. The ZLD process creates solid waste out of wastewater by using two devices – evaporators and crystallisers. Evaporators can concentrate brines up to 2,50,000 ppm. TDS.
2. When the brine concentration exceeds 2,50,000 ppm TDS,
3. The brine is subsequently released in to a vessel where the pressure falls. As a result, the- remaining water boils and the salt crystallise, The cake of salt thus formed is then disposed of in landfill.
All grades of water including MB < 2ppm
Reduction in water consumption 50% by audit
15 years of uninterrupted service
9+ Inventions in water Recycling
All our customers are repeat customers
Zero Liquid discharge (ZLD) is the buzzy word in the plating industry. ZLD is normally associated with high cost of operation, High Capital cost. Invariably difficult to maintain.
We would like to share our experience after having running 4 plants & having installed 20 units with the below performance. 95+% recovery of water, 24x7 availability of required water quality. Because of high recovery, the evaporation cost has become very low. Evaporator is 2to3 days a week is operated.
We also would like to discuss process intensification in layout (foot print reduction), in operation of Cr6+ with SMBS reduction of 50%.
The OBR for DM+MB is 2000m3 or once 20 days. These processes are SCADA operated.
Technology of ZLD
1. The ZLD process creates solid waste out of wastewater by using two devices – evaporators and crystallisers. Evaporators can concentrate brines up to 2,50,000 ppm. TDS.
2. When the brine concentration exceeds 2,50,000 ppm TDS,
3. The brine is subsequently released in to a vessel where the pressure falls. As a result, the- remaining water boils and the salt crystallise, The cake of salt thus formed is then disposed of in landfill.
About the Company
Established in 1990 in Chennai, Tamil Nadu, India, Sartime Horological Private Limited is one of the leading manufacturers and exporters of water purification plants and systems.
Our comprehensive product portfolio includes ZLD Effluent Treatment Plants (ETP), RO Plants, Evaporators, Ultra filtration systems, Sequential Batch Reactors (SBR), Advanced Membrane Separation Systems, Oil Separators/Skimmers & Phosphate Sludge Separators.
Backed by well-developed R&D capabilities, a structured process-driven methodology, and the expertise of experienced industry professionals, we maintain a well-defined approach in every project we undertake. Through detailed performance analysis of each equipment component, we implement process enhancements and innovative modifications that are not commonly adopted in the pollution control industry.
We specialize in providing customized plant technology solutions tailored to our customers’ specific operational and environmental requirements. Our expertise lies in comprehensive process evaluation and treatment scheme development, enabling us to identify opportunities to minimize waste at the source itself. By leveraging strong research capabilities and technical insight, we consistently deliver performance improvements beyond conventional approaches.
We adopt advanced technologies that reduce operational costs while effectively controlling pollution, enabling organizations to strengthen their competitive advantage. For clients facing complex effluent treatment or pollution challenges that remain unresolved through conventional equipment additions or strategies, we offer proven expertise in delivering practical and sustainable solutions.
Our comprehensive product portfolio includes ZLD Effluent Treatment Plants (ETP), RO Plants, Evaporators, Ultra filtration systems, Sequential Batch Reactors (SBR), Advanced Membrane Separation Systems, Oil Separators/Skimmers & Phosphate Sludge Separators.
Backed by well-developed R&D capabilities, a structured process-driven methodology, and the expertise of experienced industry professionals, we maintain a well-defined approach in every project we undertake. Through detailed performance analysis of each equipment component, we implement process enhancements and innovative modifications that are not commonly adopted in the pollution control industry.
We specialize in providing customized plant technology solutions tailored to our customers’ specific operational and environmental requirements. Our expertise lies in comprehensive process evaluation and treatment scheme development, enabling us to identify opportunities to minimize waste at the source itself. By leveraging strong research capabilities and technical insight, we consistently deliver performance improvements beyond conventional approaches.
We adopt advanced technologies that reduce operational costs while effectively controlling pollution, enabling organizations to strengthen their competitive advantage. For clients facing complex effluent treatment or pollution challenges that remain unresolved through conventional equipment additions or strategies, we offer proven expertise in delivering practical and sustainable solutions.
Royal Enfield (A Unit of Eicher Motors)
April 09 2014, Sartime Horological Pvt Ltd, installed an STP, Effluent treatment system, 4-stage RO & Evaporator at our Oragadam plant. The system has been running smoothly for a year, with 90–95% recovery from the RO and reused in the process. Remaining water is evaporated and salts recovered, achieving zero liquid discharge. Their operation and maintenance support has been satisfactory throughout.
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