One Platform,Unlimited Possibilities

Configure the X-150 platform for your specific energy needs. From electricity to hydrogen, cooling to sustainable fuels - we have a solution for every application.

VOLT: Electricity Generation

150 kW On-Site Power

Generate reliable, baseload electricity from your waste streams. The VOLT configuration converts syngas to electricity through internal combustion engines, gas turbines, or solid oxide fuel cells (SOFC).

Key Features

150 kW electrical output
Multiple conversion options (ICE, turbine, SOFC)
24/7 baseload power generation
Grid export or islanded operation
25% electrical efficiency (ICE/turbine)
Up to 60% electrical efficiency (SOFC with SyngaPure™)

Ideal Applications

• Industrial facilities seeking energy independence
• Remote operations requiring reliable power
• Grid-connected facilities for demand charge reduction
• Microgrids and community energy systems

ECONOMICS

Typical payback: 3-5 years depending on electricity rates and waste tipping fees avoided

HEAT: Thermal Energy

150 kW Thermal Output

Capture waste heat for process heating, space heating, or district energy systems. The HEAT configuration maximizes thermal energy recovery for applications requiring hot water or steam.

Key Features

150 kW thermal output
Temperature range: 80-250°C
60% thermal efficiency
Hot water or steam generation
CHP mode: 25% electrical + 60% thermal = 85% total
Modular heat exchanger integration

Ideal Applications

• Industrial process heating
• Food processing and drying operations
• District heating systems
• Greenhouse heating
• Hotels and hospitality facilities

ECONOMICS

Ideal for facilities with year-round thermal demand. Payback: 2-4 years with combined heat and power.

CHILL: Cooling

150 kW Cooling Capacity

Convert waste heat to cooling through absorption chiller technology. The CHILL configuration provides refrigeration and air conditioning without additional electricity consumption.

Key Features

150 kW cooling capacity
Absorption chiller technology
No additional electrical load
Continuous cooling from waste
COP: 0.7-0.8 (thermal to cooling)
Refrigeration or HVAC applications

Ideal Applications

• Food processing and cold storage
• Data center cooling
• Hotels and commercial buildings
• Industrial refrigeration
• Tropical and hot climate facilities

ECONOMICS

Eliminates cooling electricity costs. Particularly attractive in hot climates with high cooling loads.

H₂: Hydrogen Production

15-25 kg/day Clean Hydrogen

Produce fuel-cell grade hydrogen from waste through syngas purification and upgrading. With SyngaPure™ catalyst, achieve 99.95%+ purity hydrogen suitable for the most demanding applications.

Key Features

15-25 kg/day hydrogen production
99.95%+ purity (fuel cell grade)
Carbon-negative hydrogen
Pressure swing adsorption (PSA) upgrading
Integrated storage and compression
Meets ISO 14687 fuel cell standards

Ideal Applications

• Hydrogen fuel cell vehicles
• Industrial hydrogen users
• Hydrogen refueling stations
• Chemical and refining processes
• Green hydrogen for ammonia/methanol synthesis

ECONOMICS

Production cost: $3-5/kg depending on feedstock. Carbon-negative hydrogen commands premium pricing.

SAF: Sustainable Aviation Fuel

Carbon-Negative Jet Fuel

Convert waste to ASTM D7566-certified sustainable aviation fuel through Fischer-Tropsch or alcohol-to-jet pathways. Active client project demonstrating commercial viability.

Key Features

ASTM D7566 certified SAF
Fischer-Tropsch or AtJ pathways
Carbon-negative lifecycle emissions
Drop-in replacement for Jet-A
Eligible for LCFS and RFS credits
Scalable to commercial volumes

Ideal Applications

• Airlines seeking SAF supply
• Airports with waste streams
• Municipal solid waste facilities
• Agricultural waste processors
• Landfill operators

ECONOMICS

SAF commands 2-3x premium over conventional jet fuel. Strong policy support and mandates driving demand.

RNG: Renewable Natural Gas

Pipeline-Quality Methane

Upgrade syngas to pipeline-quality renewable natural gas (RNG) for injection into natural gas grids or use as vehicle fuel. Active client projects in brewery and agricultural sectors.

Key Features

Pipeline-quality RNG (>95% CH₄)
Meets pipeline specifications
Vehicle fuel (CNG/LNG) grade
RFS D3/D5 RIN generation
LCFS credit eligible
Biogas upgrading integration

Ideal Applications

• Natural gas pipeline injection
• CNG/LNG vehicle fuel
• Industrial natural gas users
• Brewery waste (BSG) conversion
• Agricultural waste (bush feed, crop residues)

ECONOMICS

RNG sells at premium to natural gas. RINs and LCFS credits provide additional revenue streams.

Solution Comparison

Compare key specifications across all X-150 configurations

Configuration	Primary Output	Efficiency	Best For
VOLT	150 kW electricity	25-60%	Energy independence, demand reduction
HEAT	150 kW thermal	60% (85% CHP)	Process heating, district energy
CHILL	150 kW cooling	COP 0.7-0.8	Refrigeration, tropical climates
H₂	15-25 kg/day H₂	40-50%	Fuel cells, green hydrogen
SAF	Jet fuel	35-45%	Aviation, carbon credits
RNG	Pipeline CH₄	50-60%	Pipeline injection, vehicle fuel

Not Sure Which Solution Is Right for You?

Our technical team can help you evaluate your waste streams, energy needs, and economic goals to recommend the optimal configuration.

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