Platform biochemicals for a biorenewable chemical industry

Area of Science:

• Biotechnology and Industrial Chemistry
• Metabolic Engineering
• Sustainable Chemical Manufacturing

Background:

• The chemical industry heavily relies on petroleum-based carbon feedstocks for producing platform chemicals and diverse products.
• Factors driving the exploration of alternative, renewable carbon sources are increasing.
• A transition to renewable feedstocks necessitates advancements in biological research and metabolic understanding.

Purpose of the Study:

• To discuss the potential impact of shifting from non-renewable to renewable carbon sources in the chemical industry.
• To highlight the role of biological research in developing sustainable chemical manufacturing processes.
• To explore the feasibility of using biorenewable feedstocks through fundamental biological insights.

Main Methods:

• Reviewing the current state of the chemical industry's reliance on fossil fuels.
• Analyzing the potential of renewable carbon sources for chemical production.
• Discussing the integration of genomics and biocatalyst structural understanding for metabolic process research.
• Illustrating potential with combinatorial biosynthesis and polyketide biosynthesis.

Main Results:

• The chemical industry's dependence on fossil-carbon feedstocks can be challenged by renewable alternatives.
• Fundamental biological research, including genomics and biocatalysis, can drive this transition.
• Combinatorial biosynthesis presents a promising platform technology for utilizing biorenewable feedstocks.

Conclusions:

• Shifting to biorenewable feedstocks is a viable and impactful direction for the chemical industry.
• Biological research is crucial for understanding and optimizing carbon metabolism for sustainable chemical production.
• Advanced biological approaches can transform the chemical industry towards greater sustainability.