We support decarbonization efforts across specialty and commodity chemicals, with particular strength in electrochemical systems. From ethylene and propylene oxidation to glycerol valorization and catalytic pathways, we model systems for feasibility, scale-up, and emissions reduction.

Plastic production and recycling systems are complex, global, and data-challenged. Decarbin delivers transparent, high-resolution modeling for mechanical and chemical recycling pathways, circular economy flows, and lifecycle impact.

We support the low-carbon fuels transition with detailed technoeconomic models and policy-aligned pathways. From glycerol valorization to biofuel blending policies, we evaluate both experimental and commercial systems for impact and scale.

Hydrogen is central to many decarbonization strategies. We work across technical and policy domains to evaluate electrolysis systems, hydrogen hubs, and sectoral integration of H₂ as a feedstock and energy carrier.

We provide detailed modeling of primary and secondary steel pathways—including hydrogen-based DRI, scrap-EAF, and policy-driven decarbonization scenarios. Our work supports clients evaluating technology transitions, procurement strategies, and emissions benchmarks.

We support decarbonization across cement and concrete supply chains with lifecycle and technoeconomic modeling. From clinker substitution to CCUS and public procurement policy, we help clients assess pathways for deep emissions reductions in one of the world’s hardest-to-abate sectors.