Metal-Organic Frameworks (MOFs) are hybrid materials with potential catalytic applications. This project focuses on exploring the catalytic performance of MOFs in selective hydrogenation reactions for fine chemical synthesis in industrial settings. Understanding the efficiency, selectivity,…
Read MoreThis project aims to investigate the effectiveness of biodegradable surfactants in industrial cleaning processes. Surfactants are crucial components in cleaning products, but their environmental impact is a concern. By analyzing the efficiency and eco-friendliness of…
Read MoreThis project aims to explore and develop new catalysts for environmentally friendly and sustainable synthesis of fine chemicals. By utilizing novel catalysts, the project seeks to reduce the environmental impact of chemical processes, improve efficiency,…
Read MoreAbstract: The exploration of nanomaterials in catalysis for industrial chemical production has gained significant attention due to their unique properties and potential for enhancing reaction efficiency and selectivity. This project aims to investigate the role…
Read MoreAbstract: The investigation of green chemistry principles in industrial chemical synthesis is crucial for achieving sustainable and environmentally friendly manufacturing practices. This project aims to explore and evaluate the application of green chemistry principles in…
Read MoreAbstract: The development of sustainable manufacturing processes for industrial chemicals is of paramount importance in achieving environmental and economic sustainability. This project aims to explore and develop innovative strategies and technologies to minimize the environmental…
Read MoreAbstract: The evaluation of Life Cycle Assessment (LCA) is crucial for assessing the environmental impact of industrial chemical synthesis processes. This project aims to explore and analyze the application of LCA in evaluating the environmental…
Read MoreAbstract: The investigation of advanced separation technologies plays a crucial role in achieving enhanced product purity in industrial chemical processes. This project aims to explore and analyze various advanced separation techniques implemented in industrial settings…
Read MoreAbstract: The application of process intensification techniques is crucial for improving the efficiency and sustainability of industrial chemical synthesis. This project aims to explore and analyze various process intensification techniques implemented in industrial settings to…
Read MoreAbstract: The assessment of waste minimization strategies is crucial for promoting sustainable and environmentally friendly practices in industrial chemical production. This project aims to evaluate and analyze various waste minimization strategies implemented in industrial settings…
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