Revolutionary PATENTED technology that harnesses unique
Acoustic energy to dry, deodorize, decontaminate, and pulverize biomass waste to a powder which can be used for fertilizer or bio-char, potentially capturing potential Carbon-Credits OR the formulation of new fertilizers to lower chemicals costs.
How It Works:
Zero Emissions Process
The technology uses no fossil fuels, no heat, and no chemicals. It runs on clean electrical power and dries any organic material at a cost per ton less than 15% of conventional thermal driers.
Applications span agricultural crops, food industry wastes, livestock and poultry wastes, seafood processing, and even pulverizing solid materials like coal or granite to extract gold.
Versatile Applications
Drying and processing crops for human and animal consumption
Vaporizing toxic landfill leachates and hazardous liquids
4.8kg weight, 12.5% MC, fine dry powder 60% Total Weight Reduction
From original 120kg to 48kg
81% Total Moisture Reduction
From 65% to 12.5% MC
5x Processing Speed
Accelerated due to reduced volume
Final Product Characteristics
Zero methane, ammonia, or noxious gases
Zero bacteria (salmonella, E. coli)
Completely odorless
Crumbled particles or dry powder
Residual NPK nutrients intact
Usable as organic fertilizer
Ready for BIO-CHAR pyrolytic
Can be formed into briquettes for fuel
Safe for handling and storage
Commercially valuable output.
Biochar Qualifying for Carbon Credit!
Comparative Study versus Heat fired machines:
The product of dried, pathogen free night soil derived fertilizers can be blended with conventional chemical fertilizer to dramatically lower costs of fertilizers.Creates a new product and cash-flow!!
ADT uses acoustic energy for drying with zero heat or fossil fuels. Competitors rely on mechanical heat extraction methods.
Superior Capacity
Processes 2 metric tons per hour (4,400 lbs), outperforming mobile competitors handling 1–3 tons per hour.
Extreme Moisture Range
Handles up to 92% water content. Competitors max out at 80% moisture input.
Versatile Applications
Processes any organic biomass AND pulverizes hard materials like rocks. Competitors only handle biomass.
Operating Cost Comparison
ADT technology uses approximately $8.00 per hour in energy costs based on European electricity rates. Operating costs are less than15% of conventional thermal driers, with zero fossil fuel consumption and minimal loss of essential oils in materials like hemp.
Mobile Processing Power
The unit can be mobile and installed in a standard 20-foot container, making it ideal for on-site processing at farms, and waste facilities.
Compact & Portable
The technology has successfully demonstrated the ability to:
Vaporize 23,000 gallons of cattle slurry (90% water) per day
Convert rumen on-site at abattoirs into salable fertilizer
Dispose of wastewater residual from animal blood
Process manure and clean municipal sewer systems
1
Trailer-mounted unit arrives
2
Standard electrical hookup
3
Automatic operation
4
Salable fertilizer output
Larger capacity units in 40-foot containers with dual drying chambers are currently in development for increased efficiency.
Business Models & Applications
Flexible Acquisition Options
Outright sales, financed sales, leasing, and revenue-sharing arrangements available. Investment costs range from $65,000 to over $2 million, scalable.
Environmental Services
Rental options for processing manure, cleaning municipal sewer systems, and addressing significant environmental issues with mobile units.
Air Purification
Eliminates airborne viruses and bacteria, suitable for large communal structures. Testing for 100% eradication of airborne pathogens pending government approval.
Crop Remediation
Kills pathogens on infected crops, salvaging otherwise worthless produce and protecting agricultural investments. The powder can be used in Bio-Char production, an established Carbon Credit
ADT's unique technology justifies a premium price due to its low operational costs, minimal ecological footprint, and operational flexibility.
The technology positions favorably against traditional drying systems, with high efficiency and the ability to handle a wide range of materials.