Kashyap Auto-BFSR System Extremely effective Chemical free water Treatment Technology for cooling Tower Systems. Prevents Bio-Fouling and Removes Scale, thus reducing blow down water consumption and also reduces costs. BENEFITS Chemicals free, Resulting in 100% saving on chemical cost. Reduction in Blow down and Make up water upto 80% Inhibits corrosions in cooling tower piping system. Improves the overall efficiency of the cooling tower system. Results in energy and water savings. Blow down water can be reused for gardening. Produces oxidants in the water and prevents Biofouling in water. FEATURES Kashyap Auto-BFSR is a fully Auotmated loT based system working on electrolysis Technology. Scale is removed from cooling tower water cycles which is deposited in the electro chemical chamber Automatically. The Electrolytic chamber is equipped to do Auto cleaning and draining. Hydro Cyclon filter with auto-back wash. User friendly display panel including conductivity or TDS. Easy installation with no plant shut down required. Easy monitoring and negligible maintenance cost. Eco Friendly Technology Causes & Effects Of Fouling In Cooling Water Systems : Water Consumption Water reduction, reuse and recycling investments often have quick paybacks, especially when one considers the multiple businesses benefits water efficiency can provide – lower operation costs, comply with ecological concern, reduce carbon footprint, and improve its environmental performance. Energy Consumption Water–based cooling systems suffer from fouling and scaling. This fouling reduces the heat transfer in condenser tubes leading to increased energy consumption and reduced chiller system efficiency. Maintenance Cooling system water quality directly affects the reliability, efficiency and operating cost of the industrial or institutional cooling system. Factors such as Corrosion, Scale, Bio–fouling and Algae in cooling water results in reduced cooling efficiency, high electricity and water consumption, unnecessary increased downtime and reduced equipment life expectancy.