Transistor eg. GaN->Amplifier (@2.45 GHz) ->Tuned power output (with digital granularity) for the optimised dielectric loss tangent interaction->Machine Learning (ML) of unique feedstocks eg. Different categories of granulated plastic, dewatered sewage, solar/process heat dried biomass 'waste' residue, granulated car tyres etc. + co-generation of pyrolysis heat for Stirling engine eg.free piston-> (bio)electricity to self-power the electronics with a biochar/Carbon based supercap to start the process, excess bioelectricity for Redox flow eg.Fe/Redox Flow Desalination (RFD) battery storage + byproducts eg. Plastic monomers for virgin plastic and bio-oil for 'Ultra Low Sulfur Diesel (ULSD), Microalgae biochar (electrodes/electrolyte Carbon feedstock for supercaps, like the one used in this system) and more + Carbon Dioxide Removal (CDR) credits bought on a Carbon Removal Marketplace (CRM) platform
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