With rapid economic growth, industrialization and urbanization, we are getting to a situation of acute water shortage and higher energy consumption for Industries, Commercial Buildings, like Malls, Data Centers, Hotels, Medical and Educational Institutions and several other sectors. This situation is set to get more critical and weakens the economy, due to extreme climate related events like the unrelenting heatwaves and global warming.
So, the need of the hour is to maintain the growth in business and economy by adopting sustainable technology to save on our already scarce water and energy resources. Hence, we see a global thrust and focus on improving reusable water infrastructure and renewable energy generation for diversified industrial and commercial green building applications.
EWT based in Gujarat (India) is one of the leading providers of advanced, sustainable, eco-friendly turnkey solutions from concept to commissioning in raw water, process water and resource recovery systems. EWT offers a complete solution package for water treatment, and savings, both in water and energy, for HVAC systems in different sectors.
EWT systems for HVAC, Industrial Cooling Towers, Chiller plants, harness the combined principles of Electronic Impulse technology and Water Electrolysis. This enhances the ordinary water properties at the molecular levels and elevates it to a sustainable and reusable resource across wide applications and usage in the Industry and Commercial buildings ensuring optimal performance of the existing HVAC systems.
EWT offers the below devices as a complete solution for your existing HVAC setup -
1) Kashyap anti-scale systems- 100% Electronic Impulse based technology to avoid and reduce hard water scale deposition on your pipelines and equipment. Works as a lifetime protection equipment for your pipelines for utilities and cooling systems.
2) Kashyap Auto-BFSR (Biofouling & Scale removal system) - Fully automated IoT based system for Cooling towers working on Electrolysis technology, to remove scales and avoid any deposition inside your cooling equipment. A chemical free technology which naturally prevents Biofouling in the circulation water. Improves the CoC’s, avoids frequent blowdown thus effectively saving up to 85% of your water consumption. This eco-friendly technology helps in the optimal performance of your cooling systems and benefits directly to reuse any blowdown water for gardening.
The combination of both the above technologies is a part of our company’s initiative in advancing sustainability and elevating the standard of green commercial space across the country.
A detailed technical brochure about the systems along with some images of our actual on-site installation are being attached herewith for your immediate reference and understanding. We are also attaching a customer data sheet for initial site evaluation and enquiry.
A detailed video presentation link about the product and the technology is as given below for your immediate reference and understanding.
Excellent water Technology
210- 211 Circle P Buildings, Nr. Prahladnagar Cross Road.
S. G. Highway, Ahmedabad. , India
Products
Quick view
Kashyap Auto-BFSR system
0
Kashyap Auto-BFSR system
Kashyap Auto-BFSR (Biofouling & Scale removal system) - Fully automated IoT based system for Cooling towers working on Electrolysis technology, to remove scales and avoid any deposition inside your cooling equipment. A chemical free technology which naturally prevents Biofouling in the circulation water. Improves the CoC’s, avoids frequent blowdown thus effectively saving up to 85% of your water consumption. This eco-friendly technology helps in the optimal performance of your cooling systems and benefits directly to reuse any blowdown water for gardening.
Quick view
Kashyap anti scale system
0
Kashyap anti scale system
Kashyap anti-scale systems- 100% Electronic Impulse based technology to avoid and reduce hard water scale deposition on your pipelines and equipment. Works as a lifetime protection equipment for your pipelines for utilities and cooling systems.