Research

GCCEI investigates environmental systems through six connected research areas. The fields are separated for clarity, but the work is intentionally interdisciplinary.

Pyrolysis & Thermochemical Conversion

Pyrolysis is examined as a system: feedstock, reactor, conditions, products, energy, emissions, controls, residues, operating reality and final use.

Carbon & Energy Recovery

Research follows carbon and energy through recovery, use, displacement and final fate, distinguishing recovered outputs from avoided environmental burdens.

Environmental Pathways

GCCEI examines how substances move from source through dispersion, transformation, deposition, exposure and potential consequence.

Waste & Resource Systems

Waste is treated as a system of materials rather than one material. Collection, segregation, recycling, recovery, treatment, residuals and disposal are examined together.

Comparative Thermal Treatment

Thermal systems are compared on common feedstock, system boundaries, operating conditions, controls, products, residues and realistic alternatives.

Materials & Feedstocks

Material comes before machinery. Research covers plastics, rubber and tyres, biomass, bio-organics, specialist medical waste, moisture, ash, chlorine, metals, contamination and variability.

The question comes first. Technology, data and conclusion follow.