The GMax LSALT Gasifier is an advanced, pressurized linear starved air low-temperature (LSALT) gasification system designed for efficient and scalable renewable energy production.
These two identical 250 TPD units from Gasifier Manufacturing, LLC have never been fired and remain in storage near U.S. East Coast ports, offering immediate export readiness.
Originally valued at USD 9 million, these high-capacity systems are now available for USD 1 million for the pair, representing a unique opportunity for industrial operators, EPCs, or waste-to-energy developers.
Backed by DOE and Boeing testing, the LSALT gasifiers are engineered for stable reaction control, high feedstock flexibility, and exceptional synthesis gas output.

Each system supports full automation through the proprietary GMax Glow State Reaction (GSR) PLC monitoring system — ensuring accurate air flow, temperature, and moisture control for optimal conversion efficiency.
Designed for MSW, biomass, and agricultural residues, the GMax LSALT units provide robust operation, minimal emissions, and scalable integration for power or fuel generation projects worldwide.

Specifications:

– Manufacturer: Gasifier Manufacturing, LLC
– Model: GMax LSALT Gasifier
– Technology Type: Pressurized Linear Starved Air Low Temperature (LSALT) Gasifier
– Throughput Capacity: 250 Tons per Day (TPD)
– Proven Performance: DOE & Boeing tested at 250–300 TPD
– Gasification Process: Four-stage (Drying, Pyrolysis, Combustion, Reduction)
– Reactor Type: Shallow Fluidized Bed
– Air System: Air blown, O₂-enriched capable
– Feedstock Compatibility: MSW, wood chips, bark, paper mill sludge, agri/forestry residues
– Moisture Handling: High-moisture feedstock capable
– Control System: GMax Glow State Reaction (GSR) PLC monitoring system
– Monitored Parameters: Air flow, temperature, moisture, gas reactions, auger speed
– Reaction Stability: Adiabatic temperature maintenance via GSR system
– Chamber Design: Elongated horizontal chamber with bi-directional auger
– Structural Design: Elliptical reaction chamber for optimized syngas formation
– Pilot Scale Testing: 175 TPD (Q1 2009)
– Commercial Scale: 250 TPD (90,000 PPH Steam)
– Scalable Models: 700 TPD and 1,000 TPD
– System Applications: Steam boiler/turbine, reciprocating generator, Fischer-Tropsch fuel production
– Proprietary Features: Autothermic design, split gas plenums, CO₂ bypass reflow
– Installed Reference: Dual GMax units operating with 150,000 lb/hr HRSG

Additional Information:

Condition: Never Fired / Unused

Quantity Available: 2 Units

Price: USD 1,000,000 (for both units)

Location: Near U.S. East Coast ports

Category: Gasification / Pyrolysis Units

Tags: Renewable Energy, Biomass, Waste-to-Energy, Pyrolysis, Power Generation