PRODUCTS & APPLICATIONS

Waste in.
Valuable energy products out.

GenesisLoop™ powered by Revodox™ can be configured for syngas, hydrogen-rich gas, recoverable high-temperature heat, and a concentrated CO₂-rich stream. Each project is designed around the waste supply, site, and energy market it is built to serve.

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CORE OUTPUTS

Direct outputs built for energy markets.

Controlled oxygen delivery and separate reaction environments keep the primary gas streams distinct as they form. Cleanup, conditioning, compression, and downstream conversion establish the final product specification.

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Synthesis Gas (HyCO)

DIRECT SYSTEM OUTPUT

A mixture of hydrogen and carbon monoxide that can serve as a feedstock for chemical and fuel pathways. Final composition depends on the material, operating conditions, and gas conditioning.

APPLICATIONS

Chemical synthesis · Methanol production · Synthetic fuels

H₂

Hydrogen-Rich Gas

DIRECT SYSTEM OUTPUT

A hydrogen-rich gas stream produced when the platform includes a steam-reaction stage. Conditioning and purification are designed around the needs of a specific application.

POTENTIAL USES AFTER CONDITIONING

Industrial gas pathways · Chemical production · Energy applications

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Process Heat

DIRECT SYSTEM OUTPUT

High-temperature heat released when Revodox™ is regenerated with air. The circulating carrier returns energy to the core loop, while additional recovered heat can support steam, site utilities, or power.

APPLICATIONS

Steam generation · On-site power · Industrial heat

CO₂

CO₂-Rich Stream

DIRECT SYSTEM OUTPUT

A concentrated carbon-dioxide-rich stream can be produced on the conversion side without nitrogen dilution from direct air contact. Cleanup, drying, compression, and final use depend on the project.

POTENTIAL PATHWAYS

Carbon management · Industrial use · Storage

Methanol

POTENTIAL DOWNSTREAM PATHWAY

Properly conditioned syngas could supply downstream methanol production. The full pathway, specifications, and economics would be developed with the relevant technology and offtake partners.

APPLICATIONS

Fuel · Chemical feedstock · Marine fuel

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Synthetic Fuels

POTENTIAL DOWNSTREAM PATHWAY

Properly conditioned syngas could support Fischer-Tropsch or methanol-to-jet pathways for synthetic fuels. These downstream systems are separate from GenesisLoop and would require project-specific integration.

APPLICATIONS

SAF · Synthetic diesel · Naphtha

INDUSTRIES SERVED

One platform. Multiple product pathways.

GenesisLoop™ creates gas and energy streams for established industrial pathways. The project configuration, downstream equipment, and product specification determine the final application.

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Industrial Gas

Industrial Hydrogen and Syngas

Local production can connect waste supply with nearby demand for hydrogen-rich gas and syngas, reducing transport and building supply around a defined specification and offtake agreement.

HYDROGEN SUPPLY

SYNGAS PRODUCTION

GAS CONDITIONING

MODULAR DEPLOYMENT

DISTRIBUTED SUPPLY

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Chemical Production

Chemicals and Synthetic Fuels

Conditioned syngas can feed downstream pathways for methanol, synthetic fuels, and other chemicals when the conversion technology, product buyer, and project economics are in place.

METHANOL FEEDSTOCK

AMMONIA SYNTHESIS

SCOPE 1 REDUCTION

CIRCULAR FEEDSTOCK

PROCESS INTEGRATION

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Power & Heat

Industrial Heat and Power

Heat from Revodox™ regeneration can support the core process and, depending on the project, steam, site utilities, or power generation.

STEAM GENERATION

CHP INTEGRATION

PROCESS HEAT

WASTE HEAT RECOVERY

GRID-EDGE POWER

FEEDSTOCK TO OUTPUT

Start with the waste.
Build toward the market.

Plastic waste, used tires, organic materials, and other carbon-containing materials each bring different preparation and cleanup needs. EvoGenesis evaluates the waste supply and energy market together, then engineers GenesisLoop™ around both.

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