Carbon Recycling Technologies maps carbon-bearing resources across terminal airflow, HVAC, central plants, organics, used cooking oil, grease, waste, packaging, liquids, solids, methane, wastewater, concessions, tenants, airlines, and regional infrastructure so each stream can be classified by ownership, Scope relevance, capture potential, utilization route, removal potential, MRV burden, and buyer value.
The assessment starts by distinguishing carbon form from carbon origin. A boiler exhaust stream, food waste stream, used cooking oil contract, mixed trash stream, landfill gas source, and regional wastewater asset may all contain carbon, but they do not create the same pathway or claim.
Terminal air, HVAC return air, outdoor air intakes, enclosed spaces, parking structures, baggage buildings, and high-traffic zones. Best suited for DAC/HVAC capture, e-fuel screening, and public education where economics and energy use are credible.
Boilers, CHP, central plants, backup generators, ground equipment, WtE plants, or nearby industrial systems. Best suited for point-source capture, utilization, storage, e-fuel analysis, and emissions-reduction claims.
Food waste, landscaping waste, biosolids, paper, cardboard, wood, used cooking oil, fats, oils, and greases. Best suited for HEFA feedstock, AD/RNG, compost, biochar, hydrochar, or diversion pathways.
Plastics, synthetic materials, conventional fuel residues, oils, lubricants, and certain packaging streams. Best suited for recycling, chemical recycling, pyrolysis, gasification, controlled disposal, or careful waste-to-fuels screening.
Airport trash, airline cabin waste, tenant waste, packaging, food residuals, plastics, fibers, and contaminated recyclables. Best suited for sorting, diversion, MSW-to-SAF screening, waste-to-energy linkage, or landfill-reduction strategies.
Landfill gas, anaerobic digestion gas, wastewater treatment gas, and organic-waste methane risk. Best suited for methane mitigation, RNG, power, CO₂ capture from biogas upgrading, or regional carbon-corridor planning.
Landfills, transfer stations, wastewater plants, WtE facilities, food distributors, hotels, universities, hospitals, logistics parks, and nearby industrial emitters. Best suited for regional SAF corridors, carbon hubs, offtake aggregation, and infrastructure capital planning.
Phase 0 converts disconnected sustainability data into a practical routing decision for each stream.
Gas, liquid, solid, sludge, methane-rich, dissolved, concentrated, dilute, clean, mixed, or contaminated.
Atmospheric, fossil, biogenic, waste-derived, recycled, regional, tenant-generated, or mixed.
Airport authority, city, airline, concessionaire, hauler, utility, fuel farm, tenant, wastewater operator, or third-party vendor.
SAF, e-fuel, HEFA feedstock, RNG, biochar, compost, recycling, mineralization, storage, utilization, or verified diversion.
Reduction, recycling, displacement, utilization, diversion, methane mitigation, storage, durable removal, or no public claim.
The Phase 0 assessment turns carbon streams into a ranked, rights-aware, claims-safe resource map.