Abstract
Chemical process modeling and simulation are essential tools in chemical engineering for designing, optimizing, and controlling industrial processes. Advancements in computational methods, software development, and process integration have significantly enhanced the capabilities of modeling and simulation in chemical engineering. This article reviews the latest advances in chemical process modeling and simulation, focusing on the development of new modeling techniques, the integration of simulation with real-time data, and the application of these technologies in process optimization and control. The paper also discusses the challenges in applying these tools at industrial scales and highlights the future potential of modeling and simulation in driving innovation and sustainability in chemical processes
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Copyright (c) 2020 Dr. Lucas Gonzalez (Author)