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Full Description
In recent years, the world's atmospheric C02 concentration has averaged 420 ppm, exceeding the critical level of sustainable and safe operating space for humanity. Although there are various technologies and tools to mitigate these effects brought on by climate change, there is a need to systematize these technologies with the aid of decision tools to gain insights on how efficiently decarbonize the industrial sector in a large scale.
Process Systems Engineering Tools for Industrial Decarbonization provides the current state-of-the-art mathematical tools for large-scale deployment of technologies underpinning low-carbon industrial processes and systems. This book will analyze various systematic approaches for planning, decision-making, and designing of systems for industrial decarbonization. It will provide both experts and readers with recent developments on methods that enable different technologies, such as CCUS, NETs, and other decarbonization techniques to be deployed in large-scale once the technology matures. These planning tools contributes to enable them to perform their expected contribution to sustainable and low-carbon future.
Contents
1: A state-of-the-art review of mathematical tools for industrial decarbonization
2 to 3: Optimization of Energy Systems with Negative Emissions Technologies (NETs) using Mathematical Programming Approaches
5: Carbon-constrained Energy Planning with CCUS using Mathematical Programming Approaches
6 to 7: P-graph Approaches for Industrial Decarbonization with CCUS Technology
8 to 9: P-graph Approaches for Biomass and Bioenergy for Industrial Decarbonization
10 to 11: Pinch Analysis and Targeting Techniques for Industrial Decarbonization
