Germinal, in collaboration with top research institutes in the UK, has achieved a significant milestone in its innovative Pea Protein Project. Funded by Defra and Innovate UK, this initiative aims to develop flavour-neutral, high-protein peas as a responsible alternative to imported soya.
This advancement has the potential to revolutionize plant-based food production while bolstering the UK agricultural sector and environmental sustainability goals.
Reducing Soya Imports
The UK currently imports between 3-4 million tonnes of soya each year, a practice linked to deforestation and environmental harm abroad. Developing a local pea-based protein source could significantly diminish this dependency, thereby reducing carbon footprints and assisting in global sustainability aims.
“This project has the potential to introduce a protein crop with a wide range of applications in food manufacturing that will be both commercially attractive to farmers and a significant contributor in terms of nutrients, soil health, and disease control in arable rotations.” – Roger Vickers, Chief Executive of the Processors and Growers Research Organisation
Breakthrough in Pea Flavour
While peas already offer excellent nutritional benefits, their unique flavor has limited their versatility in food manufacturing. The breakthrough comes from suppressing this flavor using a gene first identified by the John Innes Centre in the 1990s. Previously isolated from wild Indian pea lines, this gene is now being commercialized for the first time.
Agronomic and Environmental Benefits
In addition to improving taste, peas provide valuable agronomic advantages. They naturally fix nitrogen in the soil, decreasing the need for synthetic fertilizers and enhancing soil health. This makes them a perfect candidate for sustainable crop rotations, thus promoting both ecological and economic resilience among UK farmers.
Plant Breeding and Field Trials
The project’s initial phase was focused on traditional plant breeding techniques aimed at integrating flavour-suppressing and protein-enhancing traits into viable pea cultivars, successfully completing this ahead of schedule. The next phase will involve field trials to test prime varieties in real-world agricultural conditions, ensuring they satisfy both agronomic standards and processing needs for food manufacturers.
Industry Leaders’ Insights
Paul Billings, CEO of Germinal UK & Ireland, emphasized the dual benefits of this innovation, which include diminishing soya imports while improving soil health. He pointed out that eliminating pea flavor while enhancing protein quality is crucial for industrial uptake. This development paves the way for new opportunities in plant-based food products, catering to consumer demand for sustainable protein balanced with taste and functionality.
“We are delighted that the novel traits our team identified and studied in pea plants over many years are now being incorporated into arable crops that we expect will be of lasting value to farming and food production. This will provide a UK-grown, sustainable alternative option to soya.” – Professor Claire Domoney, Emeritus Fellow at the John Innes Centre
Advancing Climate-Smart Agriculture
The Pea Protein Project stands as more than just a scientific milestone; it marks a pivotal shift toward climate-smart agriculture. By developing a domestic protein source, the UK can enhance food security, support local farmers, and contribute to global sustainability efforts. Coupled with Germinal’s past innovations in high-sugar grasses and hybrid clover, this advancement underlines the company’s dedication to transforming food and farming systems for a greener tomorrow.
Expert Perspectives
Roger Vickers, Chief Executive of the Processors and Growers Research Organisation, noted: “We are now about to embark on the next phase of the project, which is to multiply the seed stock to permit testing of their agronomic performance under practical farm growing conditions. This project has the potential to introduce a protein crop with a wide range of applications in food manufacturing that will be both commercially attractive to farmers and a significant contributor in terms of nutrients, soil health, and disease control in arable rotations.”
