We are a leading manufacturer and exporter of Vegetable Oil Processing Plants, Cement and Waste Water Treatment Plants. We also provide consultation and undertake turnkey projects right from conceptualization, commissioning, erection, service & support related to the above mentioned fields. Our specialization includes solvent extraction, chemical and physical refining, dry fractionation of palm oil, de-waxing, etc. It is our vast knowledge and experience in these areas, which enables us to offer innovative and integrated solutions, which is further supported with our latest process technology upgradation. As wet bleaching implies, the oil in contact with the bleaching agent contains some water during the reaction time. The amount is maxium 0.5%, but even this amount of water would create filteration problem if it is left in the mixture. For this reason a wet bleaching plant has an extra drying vessel between the bleaching reactor operates at a medium vaccum level. To maintain the correct water content, the bleaching reactor operates at a vaccum level. So why we use wet bleaching ? The simple answer is economics. If wet bleaching utilises the earth more sfficiently, then you use less earth, and consequently will have lower earth costs, and lower losses of oil retained in the spent earth. One way of obtaining the right amount of water in the oil is to by-pass the drying stage in euther a neutralising, or demugging plant, and feed directly to the bleaching reactor. Another technique is to intensively mix a small amount of a dilute acid solution into the feed to bleaching. This not only sets the water content, but it also removes soaps which can lead to a further reduction in the amount of bleaching agent needed. The filters are arranged so that the oil can be recycled. Either through the reactor, or a via a pre-coat tank, or fed to the other filter when cleaning is required. Oil in the filter cake is reduced by steam blowing. The oil in the steam is separated in a cyclone and returned to a slop oil tank. For more details please contact us.

SSP offer a comprehensive range of industrial dryers that include Spray Dryer, Flash Dryer, Fluid Bed, Dryer, Rotary Dryer, Tumbler Dryer, Spin Flash Dryer, Steam Tube Dryer. Spray Dryer SSP Spray Dryers are relatively simple in operation which accept feed in fluid state and convert it into a dried particulate Spray Dryerform by spraying the fluid into a hot drying medium. Feed Atomisation is done using high pressure Nozzle, High pressure Nozzle, High Pressure Air, or two fluid Nozzles. The heating method of drying air can be of either steam coils or thermic fluid or Air Heater according to the service conditions available. The hot air is distributed into the chamber from top by an Air Disperser. The fines produced are taken out from the top/ centre along with air to a cyclone separator & separated, and the final powder gets collected at the bottom. Additional systems like fines recycling into the chamber for agglomeration, powder cooling, conveying, storage & bagging are optionals. SSP'S UNIQUE SPRAY DRYER DESIGN ENSURES Less wear and tear of atomising system due to absence of any moving parts. Flexibility in controlling powder quality and production of instant powders. Less down time for maintenance purposes. Possibility of expanding capacity upto 100% Flexibility of Drying different products in one Dryer. Winch Driven special cleaning lift. For more details feel free to contact us.