Horizontal Organic Fertilizer Fermentation Tank: Suitable for uniformly blending powdered and liquid ingredients, featuring wide applicability, excellent mixing uniformity, minimal material residue, and convenient maintenance, making it an ideal equipment for the mixing and processing of powdered materials.

Organic Fertilizer Horizontal Fermentation Vessel Production Principle: The required fermentation material is concentrated and transported to the fermentation vessel using a sealed conveyor belt, based on the carbon-nitrogen, carbon-phosphorus, carbon-potassium ratios, pH value, moisture content, and strain. The material is then rapidly heated and stirred to kill pathogenic bacteria and weed seeds within the organic matter. Once the temperature reaches a certain level, the main unit operates normally, initiating regular fermentation. Under the action of high-temperature beneficial microorganisms, the organic matter undergoes rapid decomposition, corrosion, and synthesis within 8-10 hours to produce qualified organic raw materials for crops. The fermentation process includes automatic control of aeration, temperature control, stirring, and odor removal. Discharging is done quickly using an air-driven discharge device, or the material is packaged as powdered organic fertilizer or granulated organic fertilizer. The entire fermentation process is automatically controlled with one-button operation, achieving a seamless process.

Application Range of Organic Fertilizer Fermentation Tank: Chicken manure, pig manure, cow manure, sheep manure, human waste, edible mushroom residue, urban sludge, humic acid, straw powder, sugar mill filter mud, and organic matter from domestic waste, etc.

Organic Fertilizer Fermentation Equipment Features: Vertical design, minimal land footprint, high yield, capable of producing 1-5,000 cubic meters in various sizes; customizable configurations based on raw materials and site conditions; equipped with mixing and crushing units inside the tank, the finished product is ready-to-use organic fertilizer, eliminating the need for further crushing.

Discharge Method: Powder materials use an aero-pneumatic large door structure, featuring quick unloading and no residue. High fineness materials or semi-liquid materials are handled with manual or pneumatic butterfly valves. Heating or cooling jackets can be configured. Heating methods include electric heating and thermal oil heating.