Fertilizer Drying Machine

Industrial paddle agitated rotary drum dryer designed for efficient organic waste processing. Features 25-30kg water/m²•h evaporation capacity, 50% higher output than conventional dryers, and 30% reduced fuel consumption. Handles materials with 50-85% moisture content including manure, sludge, and agricultural residues.

Industrial-grade compost rotary drum dryer for fertilizer processing with energy-efficient operation. Features uniform material distribution, parallel-flow hot air system, and robust construction. Available in multiple sizes with processing capacities from 1 to 15 tons per hour. Ideal for agricultural and composting facilities seeking reliable drying solutions.

High-efficiency rotary dryer designed for NPK compound fertilizer processing with temperature control from 150-350°C. Features international certification, flexible fuel options, and custom engineering solutions. Ideal for drying granules, powders, and corrosive materials in chemical and agricultural industries with proven reliability and global installation capability.

Professional industrial rotary drum dryer designed for organic fertilizer processing with 1000kg/h capacity. Features reliable operation, strong adaptability, and efficient drying of materials with 50-85% moisture content. Customizable for various biomass materials including manure, sludge, and agricultural residues with multiple model options available.

Industrial-grade rotary dryer for organic fertilizer production, featuring efficient chicken manure processing with 40-500 kg/h water drying capacity. Customizable for various biomass materials with 50-85% moisture content. Includes integrated dust removal and deodorization systems for environmental compliance. Multiple models available with power requirements from 7.5-18.5 kW.

Product Overview Mechanical Dust Collector Cyclone Scrubber System is a mechanical device that uses centrifugal force to separate solid particles from gas. It does not require filter material and separates dust from air through airflow rotation. In fertilizer production, it is specially used to handle high-humidity, easily adherent dust (such as phosphate, urea particles, etc.) generated in the process of raw material crushing, granulation, and drying. It is a key equipment

Industrial-grade rotary drum dryer with 1-2T/H capacity and 7.5kW power for efficient fertilizer drying. Features 50-150℃ temperature range, uniform material processing, and CE certification. Customizable stainless steel construction with comprehensive technical support and 1-year warranty for reliable performance.

Product Overview NPK Dust Control Water Film Dust Collector is a wet dust removal equipment that uses a water curtain (water curtain) or a spray system to capture, adsorb, and remove dust, smoke, and harmful gases in industrial waste gas. Its core principle is to capture pollutants by water droplets or water films through gas-liquid contact, thereby achieving the purpose of purifying waste gas. Features 1. Specialized in treating NPK compound fertilizer dust, organic

Product Overview Wet Dust Collector s a wet dust removal equipment that uses a water curtain (water curtain) or a spray system to capture, adsorb, and remove dust, smoke, and harmful gases in industrial waste gas. Its core principle is to capture pollutants by water droplets or water films through gas-liquid contact, thereby achieving the purpose of purifying waste gas. Features 1. Specialized in treating NPK compound fertilizer dust, organic fertilizer fermentation tail gas,

Product Overview Wet Scrubber is a wet dust removal equipment that uses a water curtain (water curtain) or a spray system to capture, adsorb, and remove dust, smoke, and harmful gases in industrial waste gas. Its core principle is to capture pollutants by water droplets or water films through gas-liquid contact, thereby achieving the purpose of purifying waste gas. Features 1. Specialized in treating NPK compound fertilizer dust, organic fertilizer fermentation tail gas,

Product Overview Wet Scrubber Tower is a wet dust removal equipment that uses a water curtain (water curtain) or a spray system to capture, adsorb, and remove dust, smoke, and harmful gases in industrial waste gas. Its core principle is to capture pollutants by water droplets or water films through gas-liquid contact, thereby achieving the purpose of purifying waste gas. Features 1. Specialized in treating NPK compound fertilizer dust, organic fertilizer fermentation tail gas

Product Overview Water Spray Dust Collector Tower is a wet dust removal equipment that uses a water curtain (water curtain) or a spray system to capture, adsorb, and remove dust, smoke, and harmful gases in industrial waste gas. Its core principle is to capture pollutants by water droplets or water films through gas-liquid contact, thereby achieving the purpose of purifying waste gas. Features 1. Specialized in treating NPK compound fertilizer dust, organic fertilizer

Product Overview Wet Scrubber Tower is a wet dust removal equipment that uses a water curtain (water curtain) or a spray system to capture, adsorb, and remove dust, smoke, and harmful gases in industrial waste gas. Its core principle is to capture pollutants by water droplets or water films through gas-liquid contact, thereby achieving the purpose of purifying waste gas. Features 1. Specialized in treating NPK compound fertilizer dust, organic fertilizer fermentation tail gas

Product Overview Water Curtain Dust Removal Tower is a wet dust removal equipment that uses a water curtain (water curtain) or a spray system to capture, adsorb, and remove dust, smoke, and harmful gases in industrial waste gas. Its core principle is to capture pollutants by water droplets or water films through gas-liquid contact, thereby achieving the purpose of purifying waste gas. Features 1. Specialized in treating NPK compound fertilizer dust, organic fertilizer

Product Overview The countercurrent cooler is an efficient cooling equipment, which is widely used in the cooling process of pellet materials such as feed, fertilizer, biomass, and wood. It uses the countercurrent cooling principle to make the cold air flow in the opposite direction to the high-temperature particles, achieving efficient heat exchange, which can effectively reduce the particle temperature, usually controlled between +3℃ and +5℃ of room temperature. This design

Product Overview The Counter Flow Cooling Box is an efficient cooling equipment, which is widely used in the cooling process of pellet materials such as feed, fertilizer, biomass, and wood. It uses the countercurrent cooling principle to make the cold air flow in the opposite direction to the high-temperature particles, achieving efficient heat exchange, which can effectively reduce the particle temperature, usually controlled between +3℃ and +5℃ of room temperature. This

Product Overview Countercurrent Pellet Cooling Equipment are often used in industrial particle processing, such as cooling of organic fertilizer particles, animal feed particles, biomass particles, wood particles and other materials. They are usually used with extruders, pellet machines, and granulators to improve particle quality and production efficiency. Main features Efficient cooling: The counterflow pellet cooling equipment achieves efficient heat exchange through the

Product Overview The Counter Flow Cooling Tower adopts the countercurrent cooling principle. By making the cold air flow in the opposite direction to the high-temperature particles, efficient heat exchange can be achieved, which can effectively reduce the particle temperature, usually controlled between +3℃ and +5℃ of room temperature. This design not only improves the cooling efficiency, but also prevents the surface cracking of the particles and reduces the powdering rate,

Product Overview The Biomass Pellet Cooler Wood Pellet Cooler adopts the countercurrent cooling principle. By making the cold air flow in the opposite direction to the high-temperature particles, efficient heat exchange can be achieved, which can effectively reduce the particle temperature, usually controlled between +3℃ and +5℃ of room temperature. This design not only improves the cooling efficiency, but also prevents the surface cracking of the particles and reduces the

Product Overview The Organic Fertilizer Counter Flow Pellet Cooler adopts the countercurrent cooling principle. By making the cold air flow in the opposite direction to the high-temperature particles, efficient heat exchange can be achieved, which can effectively reduce the particle temperature, usually controlled between +3℃ and +5℃ of room temperature. This design not only improves the cooling efficiency, but also prevents the surface cracking of the particles and reduces