The X-150 produces thermal energy that drives an absorption chiller, converting heat into cooling capacity through a thermally-driven refrigeration cycle.
X-150 gasification produces thermal energy (hot water 70-95°C or steam) from waste feedstock with 75-85% efficiency.
Thermal energy drives an absorption chiller using lithium bromide/water or ammonia/water working pairs to produce chilled water.
Chilled water (5-12°C) is distributed to HVAC systems, process cooling, or cold storage facilities via insulated piping.
CHILL configuration solves critical cooling challenges in hot climates and industrial applications
Hotels, hospitals, office buildings, and shopping centers in tropical climates use waste-derived cooling to eliminate expensive electric air conditioning costs.
Problem Solved: High electricity costs for AC (40-60% of total)
Benefit: 70-80% reduction in cooling costs, grid independence
Food processing, pharmaceutical manufacturing, and data centers require constant cooling. Waste-derived chilling provides reliable, low-cost refrigeration.
Problem Solved: Energy-intensive electric chillers, peak demand charges
Benefit: Waste valorization + process cooling in one system
Urban developments and industrial parks deploy centralized waste-to-cooling systems, distributing chilled water to multiple buildings via underground pipes.
Problem Solved: Grid overload from AC demand, urban heat islands
Benefit: Scalable cooling infrastructure, waste management solution
Levelized Cost of Cooling (LCOC) per kWh
Annual cooling savings (vs. €0.05/kWh electric)
CO₂ avoided annually vs. electric chillers
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