Research
Pioneering the future of sustainable protein
We are advancing the global transition towards sustainable, high-quality future foods through a fully integrated research ecosystem.
Our work spans every stage of next-generation protein development, including cultivated meat, microbial fermentation, and plant- and algal-based systems. By combining expertise across bioengineering, materials science, data science, sensory science, and social science, we create protein solutions that are scientifically robust, commercially scalable, and trusted by consumers.
Core CHALLENGES
Three Challenges. One Global Mission.
Our leadership and research community span disciplines across Imperial College London and partner institutions.
01. Sustainability
We are shaping a food system that lives in balance with the planet.
By reimagining how protein is made, we seek to reduce pressure on land, water, and climate while strengthening the natural systems that sustain us. Our vision is one where food production protects biodiversity, respects planetary boundaries, and restores more than it takes.
02. Food Security & Affordability
Good food must be reliable, accessible, and within reach for everyone.
In a world facing climate uncertainty and growing demand, we need protein solutions that can endure shocks and serve diverse communities. We are working toward a future where sustainable protein is not exclusive or expensive, but widely available and embedded in everyday life across the globe.
03. Health & Nutrition
The future of food must nourish people as deeply as it sustains the planet.
key application areas
Our integrated research ecosystem is structured across these core innovation platforms:
Fermentation
Programing microbes to make specific ingredients, like asking yeast to craft a particular note of aroma or richness on demand.
Cultivated Meat
Creating robust, high-yield cell lines for meat cultivation across multiple species.
Plant & Algae Protein
Turning locally grown grasslands and forage crops like red clover into protein-rich ingredients using gentle and scalable biorefining.
Nutrition
Ensuring that alternative proteins not only match but exceed the nutritional and health impact of conventional foods.
Sustainable Feedstocks
Transforming agricultural side streams into valuable inputs for microbial, plant, and cell-based protein production.
Hybrid
Exploring the interfaces between major protein platforms to engineer novel hybrid foods and production systems.
Other
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Further reading
Case studies
Turning breakthrough science into real-world impact, our case studies showcase how we translate research into scalable, sustainable protein solutions across industry, policy and society.
Projects
Our research projects drive scientific excellence across an array of research areas that are advancing scalable technologies that accelerate the transition to sustainable protein.