top of page

Aerobic Digester

Process

Minimize food waste and reduce associated costs with a simple, easy process.

process_edited.png
Screenshot 2024-09-09 at 5.48.24 PM.png

Step 1: Add Microbes

When you initially activate the Aerobic Digester after installation, add the BioStar Accelerator and liquid enzyme to the machine.

 

This procedure is required only when the Aerobic Digester signals a need for a refill, typically every 4-6 months.

Step 2: Input Food Waste

After adding the BioStar Accelerator and Enzyme 159, you can continuously input food waste into the Aerobic Digester, as the machine operates on a continuous feed system.

Screenshot 2024-09-09 at 5.57.51 PM.png

Staple Food: 

Fish: 

Meat: 

Green Vegetables:

Root Vegetables

Fruit: 

Shellfish: 

3-5 Hours

3-5 Hours

4-7 Hours

8-24 Hours

8-24 Hours

8-16 Hours

12-24 Hours

Step 3: Decomposition

Allow the Aerobic Digester the approximate time ranges to effectively decompose the food waste.

Step 4: Discharge Grey Water

The resulting gray water is gravity-fed from the Aerobic Digester's drain pipe into the wastewater system.

Screenshot 2024-09-09 at 6.17.07 PM.png

Food Decomposition Summary

Step 1: Disperse Fat and Grease First, fats and grease are distributed throughout the solution to increase their exposure and facilitate further breakdown.

Step 2: Molecular Division Each dispersed fat and grease molecule undergoes a division process, breaking down into smaller components such as fatty acids and triglycerides. This step is crucial for preparing the molecules for deeper transformation.

Step 3: Further Disintegration The separated fatty acids and triglycerides continue to undergo further disintegration, making them more amenable to chemical reactions and subsequent processing.

Step 4: Cleavage of Molecular Bonds In this stage, the bonds between hydrogen and carbon atoms within the fatty acids and triglycerides are severed. This reaction is essential for transforming the fatty acids and triglycerides into simpler molecules.

Step 5: Conversion to Carbon Dioxide and Water Finally, through a process known as TCA (tricarboxylic acid) metabolism, the now simpler molecules are transformed into carbon dioxide and water. This metabolic process completes the breakdown, ensuring that the fat and grease are fully decomposed and can be safely eliminated.

principles of food composition.png
  • What is an Aerobic Digester?
    An Aerobic Digester is a waste management system that uses microorganisms to break down organic materials, such as food waste, in the presence of oxygen. This process converts waste into gray water, which can be safely discharged into local water systems.
  • How do Aerobic Digesters work?
    Aerobic Digesters facilitate the aerobic digestion process by maintaining an oxygen-rich environment. Organic waste is fed into the system, where it is decomposed by bacteria. The result is the production of gray water and a reduction in the overall waste volume.
  • What are the benefits of using an Aerobic Digester?
    Cost savings: Businesses can significantly lower waste disposal costs over time. Positive cash flow: Many users experience a return on investment within a few years. Environmental impact: They help reduce greenhouse gas emissions and promote sustainable waste management practices.
  • What types of food waste can be processed by Aerobic Digesters?
    Aerobic Digesters can process a variety of food wastes, including Staple Food, Fish, Meat, Green Vegetables, Root Vegetables, Fruit, Shellfish.
  • How do I choose the right Aerobic Digester for my business?
    When selecting an aerobic digester, consider factors such as: The volume of food waste generated. Available space for installation. Specific waste management needs. Budget constraints.
  • How long does the Aerobic Digestion process take?
    Aerobic Digesters can convert food waste into gray water within 24 hours, making them a rapid and efficient solution for waste management.
  • Are Aerobic Digesters environmentally friendly?
    Yes, Aerobic Digesters are environmentally friendly. They reduce methane emissions by diverting organic waste from landfills, help preserve landfill space, and promote soil health through the production of nutrient-rich gray water.
  • What maintenance is required for Aerobic Digesters?
    Aerobic Digesters require minimal maintenance due to their automated nature. Regular monitoring and occasional cleaning are necessary to ensure optimal performance and efficiency.
  • Can Aerobic Digesters handle large volumes of food waste?
    Absolutely! Aerobic Digesters are available in various sizes to accommodate different waste capacities, ranging from small to large operations (66-48,400 lbs/day).
  • Where can I purchase an Aerobic Digester?
    You can purchase aerobic digesters from Clean Planet Solutions right now! We offer tailored solutions to meet the needs of various industries.
bottom of page