ZERO-X-CHILL
Waste Is Cool
Transform your waste into cold. The X-150 CHILL configuration integrates an adsorption chiller to convert thermal energy from gasification into cooling — eliminating waste disposal costs and cooling energy bills simultaneously.
A breakthrough for tropical climates, data centers, hospitals, and any facility where cooling is a major operational expense. The X-150 CHILL is the world's first turnkey waste-to-cooling containerized solution, designed and certified in Germany.
The Adsorption Chiller Advantage
Unlike conventional chillers that consume electricity, the adsorption chiller is driven entirely by waste heat. This means the X-150 CHILL converts waste into cooling without any additional energy input — a thermodynamic breakthrough.
The sorption chiller uses silica gel or zeolite as an adsorbent material that absorbs and releases refrigerant vapor in cycles, producing cold water at 6–18°C from heat sources at 60–95°C. No compressors. No electricity for cooling. Just physics.
Energy Flow Diagram
From Waste to Cold
Pre-Processing
Waste is dried, shredded, and pelletized for consistent gasifier feed.
Gasification
Pellets are converted to syngas in the single-stage downdraft gasifier.
Heat Generation
Syngas combustion in the boiler produces 350 kW of thermal energy.
Cooling
The adsorption chiller converts heat to cooling — no electricity required.
What You Get
Cooling Energy
Continuous cooling output for air conditioning, cold storage, process cooling, or data center cooling applications.
Biochar
Premium biochar for soil amendment and carbon sequestration. Generates carbon credits as an additional revenue stream.
Carbon Credits
Earn carbon credits from waste diversion and biochar carbon sequestration on top of your cooling energy savings.
Who Benefits from CHILL?
Hospitals
Medical facilities in tropical climates require constant cooling for patient comfort, operating rooms, and pharmaceutical storage. CHILL eliminates both waste disposal and cooling costs.
Municipalities
Cities can cool public buildings, community centers, and district cooling networks using local waste as fuel — a circular economy solution.
Manufacturing Industries
Industrial facilities requiring process cooling (food processing, pharmaceuticals, chemicals) can achieve cooling independence while eliminating waste disposal costs.
Data Centers
Data centers are massive heat generators and cooling consumers. CHILL converts facility waste into the cooling needed to maintain optimal server temperatures.
Agricultural Producers
Cold storage for produce, dairy, and meat products is critical. Agricultural waste can fuel the cooling needed to preserve the same products that generated the waste.
Anyone in Hot Climates
Any organization in tropical or hot climates that generates waste and needs cooling is a perfect candidate. The CHILL configuration is especially impactful in regions where cooling costs dominate energy bills.
Engineered for Cold
Funding Available
Pilot projects may qualify for funding support through our network of funding partners.
🎯 Funding available for pilot projects.
Contact us to discuss eligibility and available support.
Research & Funding Partners