Rebecca Frauzem

TL;DR: A systematic framework for novel and sustainable synthesis-design of processing routes is presented along with the associated computer-aided methods and tools and a software interface that guides users through the formulation and solution of synthesis problems is presented.

TL;DR: A brief review of the available energy sources, CO2-emissions and management, and sustainable chemical processing, where energy consumption, CO 2-emission, as well as economics and environmental impacts are considered is presented in this paper.

TL;DR: In this paper, the authors review issues and applications for sustainable carbon dioxide conversion processes, specifically through chemical conversion, and the integration of the conversion processes with other systems from a process systems engineering (PSE) viewpoint.

TL;DR: This work presents a systematic methodology that has been developed for the design of sustainable CO2 utilization processes that can mitigate CO2 and also guarantee profitability and demonstrated that integrating or replacing an existing conventional methanol plant by a combined reforming method represents a sustainable solution.

TL;DR: A generic computer-aided methodology for synthesis of different processing networks using superstructure optimization that integrates databases with a common data architecture, a generic model to represent the processing steps, and appropriate optimization tools.