Special Issue: International Conference on Bioengineering for Health & Environment (ICBHE 2024)
Special Issue Information
This special issue on "Special Issue: International Conference on Bioengineering for Health & Environment (ICBHE 2024)" in the Applied Chemical Engineering journal aims to explore the dynamic integration of bioengineering into chemical engineering practices. The issue will feature the latest advancements and innovations where biological systems and engineering principles converge to revolutionize chemical processes. Topics will encompass nanobiotechnology, bio-based sustainability approaches, and biochemical engineering, alongside emerging areas like synthetic biology, biocatalysis, and green chemistry. By focusing on these cutting-edge areas, this issue will provide insights into the transformative potential of bioengineering in developing more efficient, sustainable, and innovative chemical processes.
1. Themes of the special issue:
Nanobiotechnology in Chemical Engineering
Sustainable Chemical Processes through Bioengineering
Advances in Biochemical Engineering
Bio-based Nanomaterials for Industrial Applications
Environmental Biotechnology and Chemical Engineering
Drug Delivery and Bioengineering in Chemical Processes
Biomolecular Engineering in Chemical Systems
Biocatalysis and Enzyme Engineering
Synthetic Biology in Chemical Process Design
Green Chemistry and Bioengineering Synergies
2. Significance of the Special Issue:
The fusion of bioengineering with chemical processes is opening new frontiers in industrial applications, offering sustainable and efficient solutions to global challenges. This special issue is significant as it highlights the critical role bioengineering plays in evolving chemical engineering practices. The contributions will not only advance the academic understanding of these interdisciplinary approaches but will also pave the way for practical applications in various industries, from pharmaceuticals to environmental management, enhancing the sustainability and efficiency of chemical processes worldwide.