Energy Recovery Potential from Effluents in the Process Industry: System Dynamics Modeling and Techno-Economic Assessments

This study quantifies the effluents generated during processing in three industry types, estimates energy potential from quantified form of biogas generation, and determines economic viability recovered. Data were procured relevant scientific publications to quantify production processes types examined, using industrial process calculations. The effluent data are used 2-module recovery model estimate bioenergy within it. Economic financial analysis is based on a cash-flow comparison all costs benefits resulting its activities. an average daily 2559 Nm3/gVS, having combined heat power 0.52 GWh 0.11 GWh, respectively. life cycle cost-benefit show quantity emissions avoided when generate for processes, along with profitability approach. Conclusively, shows that use biomass Combined Heat Power (CHP) viable one, technologies reciprocating engine, gas turbine, microturbine, fuel cell. However, it recommended theoretical estimation be validated field-scale project.