Figure 1. Integrated pathway for processing heterogeneous industrial plastic waste. Controlled thermal conditioning and mechanical loading produce a consolidated, macroscopically heterogeneous block for direct cutting and machining, while released gases and condensate are directed through pre-combustion CSET conditioning, the internal-combustion engine/generator and post-combustion CSET treatment. Sampling boundaries support separate accounting of solid, liquid and gaseous phases. PFAS mineralisation remains a testable hypothesis requiring matched pre- and post-treatment sampling, transformation-product analysis and fluorine mass balance.

Green Frog Revolution
Proprietary Industrial Waste-Processing Technology
Green Frog Revolution (GFR) is developing an Australian engineering platform for processing mixed and difficult-to-recycle industrial waste plastics.
Our controlled thermal consolidation process applies heat and mechanical compression to form consolidated solid material, with reduced preprocessing as a central development objective. Full-scale reactor trials are informing process improvements and the evaluation of recovered materials for products such as solid plastic bollards.
Technology supporting long-term industrial services
GFR’s proposed commercial model centres on long-term waste-processing service agreements. It combines proprietary processing systems with equipment deployment, maintenance and ongoing technical support.
Our objective is to reduce customers’ total waste-management costs while recovering useful materials and retaining control of the technology supporting the service.
Engineering backed by evidence
Development is supported by physical reactor trials, recorded energy consumption, temperature monitoring and material inspection. Independent testing will establish environmental performance, product suitability and operating capabilities for commercial deployment.
Explore Our Technology | Evidence & Testing | Discuss an Industrial Partnership.
 
    • GFR combines material recovery, process-gas utilisation and contaminant treatment. Hydrocarbons within the extracted process-gas stream provide supplemental fuel to the host combustion source.
    • The CSET ( Combustion Support & Exhaust Treatment) system prepares and circulates the PFAS-containing gaseous-vapour mixture through the combustion environment to support PFAS mineralisation, while consolidated plastic is retained for manufacture into useful products. PFAS mineralisation performance remains subject to further controlled testing and independent validation.

    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.

    Contact GFR

    Our headquarters

    Caboolture, Queensland Australia 

    info@greenfrogrevolution.com.au

    For industrial waste-processing, technology and service partnership enquiries, contact GFR.