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1
Introduction
2
What is sunlightbased biochemistry
3
What are cyanobacteria
4
Biodiversity crisis and climate change
5
Cost analysis
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Product value
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Innovation
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Fuel subsidy
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Carbon pricing
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My experiences
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Academia and business
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The impact
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Lessons and thoughts
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Repetition
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Acknowledgements
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Audience Questions
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Personal Insensitive Question
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Potential in Aviation
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Challenges of genetically engineering
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The future of cyanobacteria
21
What do you do about the dead bacteria
22
Do you get chiral products
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Renewable electricity
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Carbon capture
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Energy balance
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Solutions
Description:
Explore the potential of sunlight-based biochemistry in this inaugural lecture by Professor Patrik Jones, Professor of Metabolic Engineering at Imperial College London. Delve into the world of cyanobacteria and their role in addressing biodiversity crisis and climate change. Examine cost analysis, product value, and innovation in the field. Discuss fuel subsidies, carbon pricing, and the intersection of academia and business. Gain insights from Professor Jones' personal experiences and lessons learned. Engage with audience questions covering topics such as aviation potential, genetic engineering challenges, the future of cyanobacteria, renewable electricity, carbon capture, and energy balance solutions. Discover the impact and possibilities of commercializing sunlight-based biochemistry in this comprehensive 1-hour and 6-minute presentation.

Commercialization of Sunlight-Based Biochemistry: From Cyanobacteria to Climate Solutions

Imperial College London
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