GENESISLOOP™ · TECHNOLOGY
Advanced chemical looping for
waste-to-energy projects.
One modular platform. Multiple energy and chemical pathways.
GenesisLoop™ powered by Revodox™ uses controlled oxygen transfer, separate reaction environments, and integrated heat recovery to transform waste into hydrogen-rich gas, syngas, recoverable energy, and a concentrated CO₂-rich stream.
CORE ADVANTAGES
A different industrial pathway from waste to energy.
Precise Oxygen Delivery
Revodox™ carries oxygen in solid form. Operators can control how much oxygen enters the reaction without introducing air directly into the conversion reactor or diluting the product gas with nitrogen.
Controlled Molecular Conversion
Separate reaction environments let GenesisLoop™ control temperature, steam, feed rate, carrier circulation, and reaction time as carbon-containing material is converted into useful gases.
Heat Returned Through the Loop
Regenerating Revodox™ with air releases high-temperature heat. The circulating carrier returns that energy to the conversion reactor, reducing the external heat the core loop needs after startup.
THE SCIENCE
Built on decades of chemical-looping research.
GenesisLoop™ builds on more than 30 years of chemical-looping research led by Dr. Liang-Shih Fan at The Ohio State University. That foundation spans oxygen-carrier materials, reactor hydrodynamics, hydrogen production, carbon separation, modeling, laboratory research, and pilot-scale systems.
EvoGenesis combines that science with waste preparation, gas cleanup, controls, heat recovery, safety systems, and project engineering to create a complete commercial platform.
30+
YEARS
of chemical-looping research at Ohio State
RESEARCH
PUBLISHED WORK
peer-reviewed studies and technical programs
PILOT
RELATED SYSTEM WORK
from laboratory equipment to integrated pilot operation
SYSTEM
COMMERCIAL INTEGRATION
reactors, controls, cleanup, handling, and heat recovery
PROCESS CONTROL · GENESISLOOP LAB
MODULAR REACTOR CONFIGURATIONS
How GenesisLoop can be configured.
Selected material
│
Oxidized carrier
│
Reduced carrier
│
Steam (optional)
│
Carrier
│
Air
│
Selected material
↓
Oxidized carrier
↓
CONVERSION REACTOR
FUNCTION
Selected material reacts with oxygen carried by Revodox™
OUTPUTS
Syngas pathway
Reduced carrier exits the reactor
REDUCED CARRIER
Reduced carrier
↓
Steam (optional)
↓
STEAM REACTOR
OPTIONAL CONFIGURATION
Reduced carrier reacts with steam to produce a hydrogen-rich gas stream
OUTPUTS
H₂-rich gas
Partially restored carrier
PARTIALLY RESTORED CARRIER
Carrier
↓
Air
↓
CARRIER REGENERATOR
FUNCTION
Air restores the carrier and releases recoverable heat
OUTPUTS
Restored carrier
+ Recoverable heat
Restored Revodox™
returns to the conversion reactor
Restored Revodox™ returns to the conversion reactor
⚛
Revodox™ is the regenerable material that carries oxygen between the active reactors. Syngas configurations use conversion and regeneration. A hydrogen-rich-gas configuration adds the steam reactor shown here.
COMMERCIAL PLATFORM
More than a reactor. A complete commercial platform.
GenesisLoop™ integrates the waste interface, Revodox™ oxygen-carrier technology, configurable reactors, gas cleanup, controls, heat recovery, safety systems, and project engineering required to deliver a market-ready energy product.
The performance advantage is in the architecture: controlled oxygen transfer, integrated heat recovery, and reaction environments designed around useful outputs.
Research Foundation
Decades of chemical-looping work inform the oxygen-carrier chemistry, reactor design, and process configurations used by GenesisLoop™.
Revodox™
EvoGenesis’s proprietary regenerable oxygen-carrier technology transfers oxygen, withstands circulation, and returns high-temperature heat to the active loop.
Modular System Architecture
A common conversion-and-regeneration loop that can add a steam stage and project-specific cleanup equipment for hydrogen-rich gas, syngas, heat, and power pathways.
Process Controls & Integration
Controls coordinate carrier circulation, temperature, pressure, gas routing, cleanup, monitoring, and safe operation across the complete system.
Material Preparation Interface
Each candidate material is characterized so preparation, feeding, contaminant management, and gas cleanup can be designed around it.
PRECISION ENGINEERING
Every valve. Every fitting.
Every flow path.
GenesisLoop™ requires coordinated control of solids circulation, gas routing, temperature, pressure, cleanup, and monitoring across every stage of the process.
TECHNOLOGY COMPARISON
How GenesisLoop Differs
Recycling
Pyrolysis
Incineration
GenesisLoop™
Primary Role
Material recovery and reprocessing for reuse
Thermal decomposition without oxygen to produce bio-oil, char, or gas
High-temperature combustion with air to generate heat/power
Chemical-looping thermochemical conversion using solid oxygen carrier
Typical Material
Clean, sorted, dry, single-stream waste fractions
Dry organic waste, agricultural residue, plastic-rich feedstocks
Mixed municipal solid waste, high-volume mixed streams
Plastics, used tires, organic waste, and other qualified carbon-containing feedstocks evaluated for project fit
Oxygen Delivery
N/A — no combustion process involved
None (anoxic or low-oxygen environment)
Direct air injection into combustion chamber
Solid oxygen carrier — no direct air contact with fuel
Primary Products
Recovered material fractions (paper, plastic, metal, glass)
Bio-oil, syngas, biochar — variable quality
Heat, steam, electricity — with mixed flue gas and ash
Syngas, hydrogen-rich gas, recoverable energy, and a concentrated CO₂ process stream
Best Fit
High-quality, sorted, clean feedstocks with viable secondary markets
Dry biomass or plastics with defined downstream product targets
High-volume mixed waste disposal where energy recovery is secondary
Projects built around a defined waste supply, precise process control, integrated heat recovery, and a clear energy market
ENGINEERING TEAM
Want a closer look at the engineering?
Talk with our team about the material, Revodox™ cycle, reactor configuration, heat integration, gas cleanup, and site requirements behind a GenesisLoop™ project.
EvoGenesis transforms plastic waste, used tires, and biological waste into valuable energy resources through the GenesisLoop™, powered by Revodox™.
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