SS ENERGY EFFICIENT Pen Condenser sugar plant, Material Stainless Steel, Shape Pipe, Primary Exchanger Material Steel

The multijet effect and the pans in the sugar factory operate under vacuum. The suitable equipment to produce this vacuum is therefore required. The condenser is device for the exchange of heat between vapour and cold water. The exchange will be more complete as contact between two fluids is more intimate. Thus the result will depend on surface offered via water and its contact time. Our condensers provide required 26 inches vacuum within half to tow minute. After keeping in view the basic principles efficient spray system specialists has designed ss energy efficient condensers with thermo plastic engineering plastic nozzles which are well resistant to acidic actions and high temperature. The condensers are manufactured out of corrosion, Resistant materials like ss 304 . The staggered arrangement of jet and spray nozzles facilitates water dispersion for condensation and ejection of noncondensable gases thorough well, Designed venturi. The suitable measurement well, Designed manhole for jet box and condenser shell, That may be easily operated manually is provided to facilitate easy & fast maintenance. Our condensers are crafted to satisfy the needs of required vapor load with sectional area, Optimum cross for vapor condensation and ejection of non condensable gases. Condenser jet & spray nozzles are designed for low head pumps created and assembled in thermo plastic engineering plastic and are provided with leak proof rubber joints to avoid pressure losses and increase efficiency. Separate special type v type strainer of adequate length is provided to the jet box for preventing chocking of nozzles. Cleaning mechanism valve is provided inside the shell of the condenser to facilate cleaning of strainer in few seconds without breaking the vacuum. Our condensers require less power in relation to traditional condensers. Condensers work at less inlet pressure of water to the assortment of about 1. 2 to 1. 3 kg /cm2.