North American project developer and operator
Developing North America's next generation of waste-to-renewable-energy facilities utilizing proven fourth-generation advanced pyrolysis technology.
Positioning
GGEG develops, owns, and operates projects. GGII supplies and licenses the technology platform.
About GGEG
GGEG is built to make complex waste-to-renewable-energy projects understandable to municipalities, investors, lenders, and local partners.
GGEG
GGEG is positioned as the project company that develops, owns, operates, and delivers waste-to-renewable-energy facilities across North America.
GGII
GGII is the technology company, supplying intellectual property, equipment, and the proven global advanced pyrolysis platform.
Mission and Vision
Convert problematic waste streams into renewable energy, valuable recovered products, and durable local economic benefit.
Build a North American network of modular facilities that help municipalities and industrial partners move waste out of landfills and into the circular economy.
Corporate Values
Platform
Global technology relationship established around fourth-generation advanced pyrolysis systems.
Pipeline
North American development pipeline organized around waste tires, MSW, plastics, biomass, RDF, sludge, and other carbon based waste streams.
Execution
Initial facilities structured for Louisiana, West Virginia, Alberta, and additional development opportunities.
Management Team
Executive and management biographies are available through GGEG's due diligence package for qualified investors, strategic partners, and project stakeholders.
Our Technology
GGEG packages proven fourth-generation thermal conversion technology into modular facilities designed for local waste streams, reliable operations, and bankable output markets.
01
Waste streams are received, sorted, sized, and prepared for predictable processing.
02
Prepared material is thermally converted in a controlled, oxygen-limited environment.
03
Process gases are captured in a closed-loop system to support energy self sufficiency.
04
Recovered streams are refined into renewable fuels, oil, power, carbon black, steel, hydrogen options, and carbon-credit pathways.
Technology Advantages
Commercially proven
Modular design
40 TPD processing modules
Twin chamber process
Energy self sufficiency
Negative pressure operation
Closed loop gas recovery
Low emissions
Tier 1 technology partners
Scalable deployment
Rapid project phasing
Local feedstock flexibility
Solutions
Each facility can be structured around local feedstock supply, municipal priorities, permitting requirements, and offtake demand.
Waste Tires
Site-specific intake, preparation, conversion, and output strategy for scalable deployment.
Municipal Solid Waste
Site-specific intake, preparation, conversion, and output strategy for scalable deployment.
Plastics
Site-specific intake, preparation, conversion, and output strategy for scalable deployment.
Biomass
Site-specific intake, preparation, conversion, and output strategy for scalable deployment.
RDF
Site-specific intake, preparation, conversion, and output strategy for scalable deployment.
Sewage Sludge
Site-specific intake, preparation, conversion, and output strategy for scalable deployment.
Products
Final output mix depends on feedstock, project configuration, offtake partners, and local market requirements.
Current Projects
The site separates each development by scale, partners, economic benefits, schedule, outputs, map content, and gallery materials.
200 TPD Facility
Project timeline and execution milestones
Partner and municipal coordination
Economic benefits and job creation
Output profile for fuels, power, carbon black, and steel
Map, site photography, and gallery package
120 TPD Facility
Investment package and project finance pathway
Output schedule and commercial assumptions
Development schedule
Regional feedstock and offtake strategy
Community and economic impact narrative
Municipal Waste Project
Municipal solid waste diversion
Hydrogen production option
Landfill reduction and methane avoidance
Long-term public-private business model
Scalable modules for future phases
Future Developments
Investors
The investor section is structured around investment highlights, pipeline review, financial model access, IRR materials, NDA requests, and controlled data-room entry.
North American project developer with defined role clarity
Waste diversion plus renewable fuel production
Modular 40 TPD systems that can be phased by site
Multiple revenue streams from fuel, power, materials, and credits
Project pipeline designed for municipal and industrial partnerships
Diligence package, financial model, and project profiles available under NDA
Municipalities
GGEG projects are positioned for communities seeking landfill diversion, reduced tire stockpiles, economic development, and long-term operating partnerships.
Landfill diversion
Economic development
Local jobs
Reduced methane exposure
Reduced tire stockpiles
Long-term partnership structure
ESG
Facilities are positioned to reduce landfilled waste, methane exposure, and fossil-derived output demand.
Waste streams are converted into renewable fuels, recoverable materials, and future carbon-credit opportunities.
Project delivery emphasizes low emissions, closed-loop recovery, negative pressure operation, and documented compliance.
GGEG projects can support municipal, industrial, and investor net-zero objectives through measurable diversion and energy outputs.
UN SDGs
The ESG narrative can be mapped to relevant UN Sustainable Development Goals through clean energy, responsible consumption, sustainable cities, climate action, and industry innovation.