The Cleaned & Green Process

The Process

The Cleaned & Green process uses only chicken litter, sulfuric acid and ammonia, resulting with the processed chicken litter losing all undesirable properties such as: smell, ova, lava, and unhealthy bacteria.

Our processing plants are modular and can be located in close proximity to existing poultry operations and only require electricity, 2-3 acres water and produce no byproduct, just fertilizer and water. The plants can operate all year long, allowing poultry growers a consistent partner to sell and responsibly dispose of their litter.
The Cleaned Green Process

Versus Anaerobic Digestion

Cleaned And Green Advantages

  • No Emission of Greenhouse Gases
  • Dry Product without Using Fossil Fuels
  • Destroys Residues in Starting Litter
  • Low Capital Costs
  • Low Operational Costs
  • Simple Process
  • Small Plant Footprint
  • Process Can be Implemented Worldwide
  • Fertilizer Enhancement is Produced from Raw Materials
  • Process Takes Minutes to Produce Product
  • Does Not Depend on Health of Bacterial Population

Anaerobic Digestion Disadvantages

  • Burning Methane to Generate Energy Produces CO2
  • Fertilizer Product Contains High Levels of Phosphorus
  • Fertilizer Product Contains Low Levels of Nitrogen
  • High Capital Costs
  • Large Plant Footprint
  • Process Takes Days to Produce Product
  • Process Can Experience Biological Crashes
  • Complicated Process
  • Residues May Remain from Starting Litter
  • High Water Content of Process and Digestate Product

Versus Heat Treating Processes

Cleaned And Green Advantages

  • No Emission of Greenhouse Gases
  • Product is Dry without using Fossil Fuels
  • No Waste Streams from the Process
  • Low Operational Costs
  • Destroys Residues in Starting Litter
  • Process Can be Implemented Worldwide
  • No Loss of Plant Nutrients in the Process
  • Phosphorus Concentration is Lowered to Protect Waterways
  • Nutrient Content is Enhanced Cost-Effectively
  • Nutrient Levels Easily Adjustable

Heat Treating Granulation

  • High Energy Input
  • Uses Fossil Fuels for Drying
  • Emits Greenhouse Gases
  • Loss of Nutrients in the Process to Nitrogen Volatilization
  • Does not Destroy Drug Residues
  • Additional nutrients not in water soluble form
  • Product Has Low Nitrogen to Phosphorus ratio
  • Not Flexible in Product Nutrient Levels without Adding Other Products