Isomer was engaged to develop a Heat and Material Balance (HMB) to evaluate the feasibility of technology configurations for a potential biomass-to-power generation facility. The base case incorporated gasification systems as the primary heat source, wood chip belt dryers for biomass drying, thermal oil heat exchangers, an Organic Rankine Cycle (ORC) power generation system, and a CO₂ capture system. Biochar was generated as a by-product and evaluated as an additional offtake stream. The study focused on optimizing throughput and equipment sizing to maximize net power output relative to fuel consumption. Key technology vendors were engaged to inform realistic performance assumptions and sizing parameters. The final deliverable included an adjustable HMB model enabling the client to evaluate impacts of key operating inputs on power generation, biochar production, and captured CO₂ volumes.
