This blog category covers the technical and commercial methodologies involved in conducting feasibility studies for chemical processing projects. Content should focus on EnerTherm Engineering’s structured approach to mitigating risks during the transition from laboratory or pilot-scale operations to full commercial production. Articles should explore the core evaluation areas of process scale-up (mass/heat transfer, reaction kinetics, equipment sizing), safety compliance (ATEX, COMAH, HAZOP), feedstock analysis (supply chain security, volatility), and environmental regulatory adherence. Authors should detail the 6-step methodology, including the use of Industrial Process Modelling, Pinch Analysis, CAE simulation, and CFD studies. Technical content must reference the development of Class 4 CAPEX/OPEX estimates (+/- 30% accuracy) and the creation of implementation roadmaps. The category serves the fine chemicals, specialty chemicals, pharmaceuticals, and petrochemical sectors, emphasizing how early-stage technical risk identification prevents capital loss. Content should also highlight the firm’s ability to provide evidence-based recommendations for stakeholder buy-in and the transition to Front-End Engineering Design (FEED). Articles should maintain a focus on achieving project viability, improving CAPEX accuracy, and navigating the complexities of both batch and continuous process engineering.