With the assistance of our professionals, we have been able to manufacture and supply a wide range of Semi Automatic Cow Dung Dewatering Machine Manufacturers in Bargur, Tamil Nadu, South India. These Machines are tested by a qualified specialist to make certain its performance. Other Shredder Machines: We can shred E Waste, Plastic Scrap, Waste Plastic, Hard Plastic, Metal, Organic Waste, Municipality Waste, Car Battery Plates, Waste Paper, Areca Leaf Plate Waste, Turmeric, Coconut Husk Chips, Raffia Bag, Metal Scrap, Fish Net, Polythene Bag, Coir Mat Waste, Aluminium Foil, Biomass, Sugarcane Bagasse, Coconut Husk, Pet Bottle, Chicken Waste, Beef Waste, Fish Waste by this shredders. Other Searches: Small Semi Automatic Cow Dung Dewatering Machine Manufacturers in Bargur Tamil Nadu. Semi Automatic Cow Dung Dewatering Machine Manufacturers in Bargur Tamil Nadu Price. Dual Shaft Semi Automatic Cow Dung Dewatering Machine in Bargur Tamil Nadu. Automatic Semi Automatic Cow Dung Dewatering Machine Manufacturers in Bargur Tamil Nadu. Best Semi Automatic Cow Dung Dewatering Machine Manufacturers in Bargur Tamil Nadu. Single Shaft Semi Automatic Cow Dung Dewatering Machine Manufacturers in Bargur Tamil Nadu Address. What is Semi Automatic Cow Dung Dewatering Machine? A Cow Dung Dewatering Machine (also known as a manure dewatering machine or slurry separator) is a mechanical device used to separate the solid and liquid components of cow dung (or other livestock manure). This process is part of modern livestock waste management and bio gas plant operations. A Cow Dung Dewatering Machine is typically a screw press or sieve-type system designed to: Reduce the moisture content in raw cow dung or slurry. Produce solid manure that can be easily handled, stored, or transported. Extract liquid effluent that can be reused (e.g., as bio gas slurry or liquid fertilizer). How It Works Input: Fresh cow dung or slurry (from cow sheds or bio gas digested) is pumped into the machine. Separation: The slurry passes through a screw press or mesh screen. The screw mechanism pushes solids forward while squeezing out liquid. Output: Solid Output: Semi-dry manure (moisture ~30–40%), ideal for composting or fertilizer making. Liquid Output: Nutrient-rich liquid that can be used for irrigation or bio gas feed. Uses and Benefits: Use/Benefit Details 1. Organic Fertiliser Production The solid output can be composted and used as organic manure. 2. Bio gas Plant Efficiency Pre- dewatering improves bio gas production and prevents digested overload. 3. Waste Management Helps in maintaining hygiene and reduces odour and fly problems in farms. 4. Liquid Fertiliser The liquid fraction can be used for fertilisation (drip irrigation). 5. Ease of Transport Dry solids are easier and cheaper to transport or store. Production and Manufacturing Manufacturers: These machines are commonly produced by agricultural equipment and renewable energy companies in countries like India, China, Germany, and the Netherlands. Production Process: Design: Based on desired capacity (e.g., 2–20 cubic meters/hour). Fabrication: Components such as screw conveyor, motor, gearbox, and stainless-steel filter are assembled. Testing: Machine is tested for throughput, moisture reduction, and motor efficiency. Distribution: Supplied to dairy farms, bio gas plants, and organic fertilizer producers. Materials Used: Stainless steel (for corrosion resistance). Mild steel frame. High-torque motor and gearbox.