Green Frog Revolution (GFR) is an Australian environmental technology company developing an integrated engineering platform for mixed, contaminated and difficult-to-recycle plastic waste.
GFR combines controlled thermal processing, solid engineered-product manufacture, energy and fuel recovery, gas management and proprietary CSET technology — transforming difficult waste into valuable resources while targeting improved environmental outcomes.
Our integrated approach to plastic waste
GFR has developed a integrated engineering platform designed to process mixed, contaminated and difficult-to-recycle plastic waste.
The system combines controlled thermal processing, solid-product manufacture, energy and fuel recovery, gas management and proprietary CSET technology.
GFR is modular by design. Processing capacity can be increased by adding additional reactor modules as waste volumes and production requirements grow.
This allows a GFR facility to start at the capacity required and expand progressively without replacing the core processing system.
Modular Thermal Processing
GFR uses individually operated reactor modules to thermally process compacted mixed-plastic feedstock under controlled conditions.
Rather than relying on one large processing vessel, the GFR system distributes production across multiple reactor modules.
This provides a practical pathway to increasing capacity: additional reactor modules can be added as required without redesigning the entire facility.
The modular configuration also allows individual reactors to operate at different stages of the processing cycle while other modules are being loaded, cooled or unloaded.
Solid Engineered Products
GFR consolidates mixed, contaminated and difficult-to-recycle plastic waste into dense, solid engineered material without requiring the plastic to be completely melted and remoulded.
The consolidated blocks can then be cut and manufactured into useful products such as solid roadside bollards — creating a practical new use for plastic waste that would otherwise be difficult to recycl
Energy, Fuel Recovery and Gas Management
PFAS Breakdown & Mineralisation Research
GFR is researching a controlled process designed to break down PFAS compounds and promote their mineralisation through the proprietary CSET system.
The research focuses on exposing PFAS-containing substances to controlled thermal and pressure conditions during the CSET process, with the objective of breaking persistent chemical bonds and converting fluorinated compounds toward simpler end products.
The process and resulting PFAS breakdown are subject to futher ongoing testing and independent validation.
GFR does more than consolidate plastic waste into solid products. During controlled thermal processing, gases and hydrocarbon compounds released from the feedstock can be recovered and managed as part of the integrated GFR system.
Rather than treating these recovered substances as conventional finished fuels, GFR is developing a controlled pathway for their use as an energy resource through the proprietary CSET system.
This integrated approach connects waste processing, energy recovery, gas management and environmental contaminant management within one modular platform.
Who we are
Green Frog Revolution (GFR) is an Australian environmental technology company based in Brisbane, developing practical engineering solutions for mixed, contaminated and difficult-to-recycle plastic waste.
GFR is developing an integrated and modular technology platform combining controlled thermal processing, solid engineered-product manufacture, energy and fuel recovery, gas management and proprietary CSET technology.
Our research also includes the investigation of PFAS breakdown and mineralisation, supported by laboratory testing and subject to further ongoing testing and independent validation.
GFR is committed to evidence-based innovation and the development of practical technologies that can transform difficult waste streams into useful products, energy resources and improved environmental outcomes.
We welcome collaboration with industry, research organisations, strategic partners and investors who share our objective of developing practical solutions to complex waste challenges.
Don’t believe the hype. Follow the evidence.
Innovation in action: Physical prototypes and testing
GFR has been developed through physical engineering, operational prototypes and progressive testing.
Our technology is not based solely on theoretical modelling. GFR has designed, constructed and operated physical reactor systems, CSET modules and solid-product prototypes to investigate how the integrated platform performs under real operating conditions.
Operational observations, laboratory analysis and engineering testing are used to guide each stage of development. Results are documented, reviewed and used to refine the technology before further testing and independent validation.
Our approach is simple: build it, operate it, measure it and follow the evidence.
Industry Collaboration & Development
GFR technology is being developed through practical engineering, industrial collaboration and progressive testing.
Our development program brings together waste-plastic feedstocks, operational prototype systems, laboratory analysis and real-world industrial applications.
GFR welcomes collaboration with industry, research organisations, testing laboratories and strategic partners interested in advancing practical solutions for difficult-to-recycle plastic waste.
Our focus remains simple: develop the technology, measure the results and follow the evidence.
Development
GFR has progressed from early technology development and demonstration to practical engineering, testing and industrial collaboration.
The letter above records Terry Young MP’s attendance at a working demonstration and his support for continued research and independent scientific testing.
Today, GFR continues that evidence-based development approach — build it, operate it, measure it and follow the evidence.
Discuss Investment & Partnerships
GFR is moving from engineering development toward independent validation, industrial demonstration and commercial deployment.
We are seeking investors, strategic partners and industry participants who recognise the opportunity in transforming difficult-to-recycle plastic waste into useful resources and manufactured products.
Investment will support the next stage of GFR development — independent testing, engineering refinement, production capability and commercial-scale demonstration.
Contact GFR
Our headquarters
Brisbane, Queensland Australia
info@greenfrogrevolution.com.au