UK Government Awards £21.5m Funding to 15 Farming Innovation Projects

Public funding targets practical emissions cuts on English farms

The UK government has committed more than £21.5 million to a series of farming innovation projects focused on lower emissions and improved productivity. The funding has been awarded to 15 projects across England that work on precision breeding, fertiliser reduction, waste conversion, and methane reduction.

This matters to UK businesses well beyond the farm gate. Agriculture sits inside many supply chains, from food manufacturing to retail and hospitality. Changes to how food is produced affect cost, security of supply, and future carbon reporting requirements.

The awards come through Defra and Innovate UK, using public money to support applied research rather than academic trials. Each project is required to deliver tools or systems that farmers can use in real conditions. Many focus on cutting nitrous oxide and methane, which are two of the hardest agricultural emissions to control.

For small and mid sized businesses, this signals continued policy pressure on food supply chains to reduce emissions. It also shows where public funding is flowing. Technologies that help farms cut fertiliser use, manage waste, or breed lower impact crops are gaining backing.

In practice, this funding will support trials that may shape future standards, cost structures, and buyer expectations. Businesses that rely on UK agriculture should understand what is being tested now, as these approaches may become normal practice later.

How the Farming Innovation Programme is structured

The funding forms part of Defra’s Farming Innovation Programme, often shortened to FIP. The programme is delivered with Innovate UK and is designed to move research into everyday farming use.

Rather than funding early stage science, FIP supports pilots, demonstrations, and field trials. These projects usually involve farmers, technology firms, processors, and researchers working together.

The current £21.5 million commitment builds on earlier rounds. In December 2025, Defra announced nearly £2.3 million for 30 smaller projects under the ADOPT Fund. Those trials focused on lower emission machinery and digital farm management tools.

Both funding rounds sit within the government’s wider Plan for Change, which includes a pledge of at least £200 million for agricultural innovation by 2030. According to the Department for Environment, Food and Rural Affairs, the aim is to support food security while cutting environmental impact.

Announcements for the latest projects were made on 2 and 3 February 2026 through Defra updates and partner communications. All funded work must deliver clear benefits for English farmers.

What was announced in February 2026

The February announcement confirmed funding for 15 collaborative projects. Each project received between roughly £1 million and £2 million. All must start by January 2026 and run for 30 to 36 months.

The focus areas cover several high emission parts of farming. These include fertiliser use, manure management, peat soils, livestock feed, and farm waste conversion. Many projects also link emissions cuts to reduced input costs.

Several initiatives target fertiliser related emissions. One project led by Terrafarmer Agriculture is testing biological alternatives to synthetic nitrogen. The aim is to cut nitrous oxide emissions while maintaining yields and soil health.

A second fertiliser focused project, BioBLEND, is led by Cefetra. It develops biochar based fertilisers. Earlier trials suggest nitrogen use could fall by over 20 percent without yield loss. The project is also exploring carbon and nitrogen credit potential.

Peatland emissions are another target. The RePeat project, led by Pollybell Farms, looks at low emission farming on rewetted peat soils. Peatlands are a major emissions source when drained, especially in parts of England.

Waste and energy systems feature heavily. The HyDigest project aims to convert digestate from anaerobic digestion into lower carbon fertiliser while increasing biomethane output. Another project by WASE is testing electromethanogenic reactors to raise biomethane yields from farm waste.

Manure management is addressed through the CLEAR FARM project. This work focuses on a two stage manure treatment system designed to produce fertiliser with a net carbon benefit.

Precision breeding projects form the second main group. One example is InFaba, led by McArthur Agriculture. The project aims to grow protein rich faba beans in the UK for dairy feed. This could replace imported soy and cut methane from cattle. Project data suggests potential savings of more than two million tonnes of carbon dioxide equivalent each year.

Other breeding work includes vitamin D enriched tomatoes and climate resilient hemp intended for marginal land. These projects combine emissions goals with food quality and diversification.

Why these projects matter to UK businesses

Although the funding is directed at farms, the effects reach many UK businesses. Food manufacturers, retailers, caterers, and distributors increasingly face pressure to report supply chain emissions.

Several of these projects focus on Scope 3 emissions. These are indirect emissions that sit outside a company’s direct control. For many food related businesses, farm level emissions make up the largest share.

If fertiliser use drops, costs can become less volatile. Synthetic fertiliser prices remain exposed to global energy markets. Reducing dependence offers financial as well as environmental benefits.

Projects that replace imported feed crops also affect supply risk. Soy imports carry price and deforestation exposure. UK grown alternatives can shorten supply chains and cut transport emissions.

Waste conversion projects may influence local energy and waste contracts. Increased biomethane supply supports grid decarbonisation and could affect future pricing for gas users.

For SMEs bidding into larger contracts, buyer expectations matter. Many large organisations now include agricultural emissions in tender scoring. Suppliers may need evidence that their sourcing aligns with lower emission practices.

There is also a compliance angle. While many farming emissions are not yet regulated, reporting standards are tightening. The UK government’s net zero strategy expects action across all sectors, including agriculture. Details are outlined in the government’s net zero strategy.

Importantly, these projects test what works commercially. If approaches fail on cost or complexity, they will not scale. That makes this funding particularly relevant for businesses planning medium term procurement strategies.

The cost and risk considerations behind adoption

Public funding lowers early risk, but adoption costs still matter. Farmers will only use tools that fit daily operations and budgets. The same applies to processors and buyers.

Some of the funded technologies require capital investment. Anaerobic digestion systems, reactors, and treatment units are not cheap. Their business case depends on energy prices, grants, and local infrastructure.

Precision breeding faces different hurdles. Acceptance depends on regulation, consumer perception, and seed availability. England’s breeding rules differ from EU standards, which affects exporters.

Projects must also work at scale. A pilot that suits one region may fail elsewhere due to soil type, weather, or farm size. That uncertainty matters for long term contracts.

There is also a skills gap. New systems require training and support. Without advisory capacity, even proven technology can sit unused.

For SMEs connected to agriculture, this means watching carefully. Early signals from these trials can inform sourcing, pricing models, and customer communication.

Key facts from the February funding round

• More than £21.5 million has been awarded to 15 projects across England.
• Funding comes from Defra through the Farming Innovation Programme with Innovate UK.
• Projects were announced on 2 and 3 February 2026.
• Each project runs for 30 to 36 months and must start by January 2026.
• Main themes include fertiliser reduction, methane cuts, waste conversion, and precision breeding.
• Several projects aim to reduce reliance on imported feed and fertilisers.
• All projects must deliver practical benefits for English farmers.

What we see in practice when advising SMEs

When we work with SMEs, agricultural emissions often feel distant. However, they appear quickly once supply chain data is requested.

Many businesses underestimate how much farm level activity shapes their footprint. Fertiliser use, feed choices, and livestock systems dominate food related emissions.

These funded projects show where future norms may settle. Buyers are likely to expect evidence that suppliers align with lower emission farming methods.

We also see cost pressure driving change. Inputs linked to gas prices remain unstable. Reducing fertiliser dependence can protect margins.

For businesses reporting emissions, early dialogue with suppliers helps. Ask what trials they are involved in and what data they collect.

We advise clients to track publicly funded pilots relevant to their sector. Even if adoption is years away, awareness reduces surprises later.

Where contracts allow, building flexibility helps. Long fixed specifications can block lower emission alternatives when they become viable.

For those new to agricultural emissions, our SBS support for carbon reporting compliance explains how farm data fits into Scope 3 reporting.

Manufacturers can also benefit from reviewing procurement terms. Our guide to energy procurement for manufacturers covers how on site energy and biomethane links affect contracts.

Where to find official information and updates

Defra provides updates on funded projects and agriculture policy through its main site. Details of the Farming Innovation Programme are published on gov.uk.

Innovate UK shares individual project summaries and outcomes as trials progress. These can be found at the Innovate UK website.

Background on agricultural emissions and mitigation options is available from the Climate Change Committee. The committee advises government and publishes sector analysis.

The Carbon Trust also provides guidance on low carbon supply chains, including food and farming.

Following these sources helps businesses stay informed as funded trials move from testing into wider use.