Agri-Tech and Food Production: Claiming Tax Relief on Formulations and Shelf-Life Trials
At a glance
Food production and agricultural businesses are under constant pressure to improve formulations, extend shelf life, reduce waste, increase efficiency and adopt more sustainable production methods.
Behind many of these improvements are genuine technical challenges. A new formulation may behave differently under heat or pressure. A packaging material may not provide the required barrier properties. Automated agricultural equipment may need to operate reliably in difficult environmental conditions.
Where a business is seeking to resolve a genuine technological or scientific uncertainty, the work involved may qualify for R&D Tax Relief.
The key is identifying where routine product development ends and qualifying R&D begins.
Where R&D Can Arise in Food Manufacturing
Food and beverage businesses often undertake technical development without necessarily identifying it as R&D.
For example, a formulation project may involve changing an ingredient while attempting to maintain the same texture, stability, taste and shelf life. Achieving the desired result may require systematic experimentation rather than simply selecting an existing commercial solution.
Areas where qualifying R&D may arise include:
Clean-label reformulation
Removing artificial preservatives, stabilisers or other additives while maintaining product stability, texture, shelf life and microbiological safety can create significant technical challenges.
Emulsion and viscosity stability
Plant-based milk alternatives, low-fat products and other complex formulations can behave unpredictably when exposed to processes such as pasteurisation, heating or high-shear mixing.
Developing a formulation that remains stable throughout processing may therefore involve genuine technical investigation.
Barrier packaging
Developing or adapting biodegradable or recycled packaging materials can involve testing whether the material provides the required protection against oxygen, moisture and other environmental factors while maintaining product shelf life.
The important consideration is not simply that a product is new. It is whether the business had to undertake technical work to resolve an uncertainty that could not readily be overcome using existing knowledge or solutions.
R&D in Agriculture and Agri-Tech
Agricultural innovation extends well beyond crop development.
The increasing use of automation, sensors and controlled environments is creating new technical challenges across farming and food production.
Examples can include:
Automated crop monitoring
Developing bespoke camera or sensor systems capable of operating reliably in changing outdoor conditions.
Precision dosing systems
Developing fluid-control mechanisms for variable-rate fertiliser or treatment application where existing systems cannot achieve the required consistency.
Vertical farming climate control
Developing airflow or environmental-control systems to manage temperature and humidity throughout enclosed growing environments.
In each case, the qualifying element is the technical challenge and the work undertaken to resolve it — rather than simply the purchase or implementation of new technology.
What Happens During Failed Trials?
One area that is particularly important for food manufacturers is the cost of experimental production.
A trial batch may ultimately be unsuitable for sale because the formulation, texture, stability or shelf-life characteristics do not meet the required specification.
Where ingredients or other consumables are genuinely used up or transformed during qualifying R&D activities, the associated expenditure may form part of the R&D claim, subject to the relevant rules.
This can include areas such as:
- Raw ingredients, enzymes and cultures used during experimental trials
- Packaging materials consumed during testing
- Utilities directly attributable to qualifying trial production
- Staff time spent undertaking and recording experimental work
- Relevant testing and analysis used to investigate the technical uncertainty
The distinction between routine production and experimental production is important. Simply manufacturing a product that is eventually unsuccessful does not automatically make the associated costs qualifying R&D expenditure.
Businesses should therefore retain records showing what was being tested, why the trial was necessary, what uncertainty was being investigated and what the results showed.
Case Study: Developing a Plant-Based Dairy Alternative
A specialist food manufacturer was developing a clean-label oat-based barista milk designed to remain stable when introduced to acidic, high-temperature coffee.
Existing emulsifiers were excluded from the formulation requirements, creating a technical challenge around maintaining stability under demanding conditions.
Over a five-month period, the technical team conducted 24 experimental iterations, adjusting factors including enzymatic starch conversion temperatures and homogenisation pressures.
The project involved significant technical experimentation rather than simply adapting an existing commercial formulation.
The associated raw ingredients, utility costs and qualifying food-technician time came to £74,000.
The resulting R&D claim generated a £11,100 net Corporation Tax benefit, helping offset some of the cost and risk involved in the development process.
What Evidence Should Businesses Keep?
A strong R&D claim is supported by evidence showing how the project developed and why the work was technically necessary.
For food production and agri-tech businesses, useful records can include:
Formulation and trial records
Document different formulations, processing conditions, test results and iterations.
Technical notes
Record the uncertainty being investigated, the approaches considered and the conclusions reached.
Testing and laboratory results
Keep relevant microbiological, stability, texture, shelf-life and performance testing.
Production records
Where experimental production is involved, retain batch records and evidence showing which materials and resources were consumed during the trials.
Staff and project records
Maintain evidence of the personnel involved and the time spent undertaking qualifying R&D activities.
Good documentation does not need to be created solely for an R&D claim. Existing technical and production records can often provide valuable evidence when they clearly demonstrate the development process.
The Bottom Line
Innovation in food production and agriculture does not always look like a laboratory breakthrough.
It can involve reformulating an existing product, finding a way to extend shelf life, developing a more sustainable packaging solution or engineering equipment that performs reliably in challenging conditions.
The important question is whether the business encountered a genuine technological or scientific uncertainty and undertook systematic work to resolve it.
For businesses already investing in experimentation, product development and technical improvement, identifying the qualifying elements can help ensure that potentially eligible R&D expenditure is not overlooked.
Could Your Food or Agri-Tech Development Qualify?
Book a free 15-minute review with our specialist team. We’ll assess your technical eligibility and help you claim back your innovation costs—with zero hassle.