Qualified Research Expenses for Food & Beverage R&D Tax Credits

How to Identify and Support Qualified Research Expenses:

Food and beverage teams run experiments constantly—reformulating, swapping ingredients, adjusting processing parameters, validating shelf life, and improving packaging performance. The challenge is whether the work meets the technical requirements of the R&D Tax Credit, and proving which costs belong in the calculation. This is the “cost side” of Research and Development Tax Credits: identifying Qualified Research Expenses (QREs), organizing them, and clearly linking each dollar to Qualified Research Activities (QRAs) tied to specific business components (a product, process, formula, or packaging configuration).

This article breaks down the main QRE categories—employee wages, supplies, and contractor costs—using food and beverage examples like formulation development, stability testing, preservation changes, packaging trials, and scale-up. The goal is to help you build a defensible QRE schedule that reconciles with payroll and accounting records, supports an R&D Study, and improves Business Cash Flow through legitimate Tax Savings and potential R&D Tax Credit Refunds (where applicable).

Throughout, keep one principle in mind: costs generally qualify only to the extent they have a direct nexus to qualified experimentation aimed at resolving technical uncertainty. Not every wage, invoice, or material purchase qualifies just because it happened near the lab.

Formulation development and ingredient substitution: mapping wages to Qualified Research Activities:

For many food and beverage companies, the most valuable QRE bucket is often employee wages. Under the R&D Tax Credit, eligible wage amounts typically relate to time employees spend performing, directly supervising, or directly supporting Qualified Research Activities.

In food and beverage R&D, examples of QRAs that may drive wage QREs include:

• Reformulating to maintain technical performance while removing or replacing an ingredient (e.g., sugar reduction while preserving mouthfeel and freeze-thaw stability).
• Developing a new emulsion system to prevent phase separation under temperature cycling.
• Testing alternative sweeteners or proteins to hit solubility, viscosity, or flavor-release targets.

Who might be involved (depending on their actual activities): food scientists, formulation chemists, process engineers, QA scientists performing experimental validation, pilot plant technicians running experimental trials, and technical managers supervising the experimental design.

What matters is not job title—it’s the documented technical work and the method used to estimate qualified time. Broad, year-end “we think R&D was 30%” estimates are weaker than a repeatable approach built from technical interviews, project records, and periodic activity confirmation.

Processing-method changes and scale-up trials: capturing plant and pilot support:

Food and beverage R&D frequently shifts from benchtop to pilot to production. That transition is where many companies either (a) leave money on the table by ignoring eligible experimental time in operations, or (b) overclaim by including routine production time.

Potentially qualified activities may include experimental processing-method changes aimed at resolving technical uncertainty, such as:

• Adjusting thermal process parameters (time/temperature profiles) to improve microbial stability while protecting sensory attributes.
• Modifying mixing shear, homogenization pressure, or fill temperatures to reduce separation or improve viscosity.
• Iterating line settings during scale-up when the product behaves differently at commercial volumes.

Wage QREs in this area may be supportable when the time is linked to discrete experimental trials (not ordinary runs) and backed by trial plans, pilot-run logs, parameter change records, and post-run evaluations.

A practical best practice is to define which “runs” are experimental versus routine and to tie payroll time to those runs through batch identifiers, trial calendars, and engineering change notes. This is also where R&D Tax Credit Consultants often focus: establishing a defensible boundary between experimentation and normal production.

Shelf-life, stability, preservation, and packaging development: what supplies may qualify:

The second major QRE category is supplies—items consumed or used up in the conduct of qualified research. In food and beverage, supplies can be significant because experimentation consumes ingredients, packaging components, and lab consumables.

Examples of supply costs that may be associated with QRAs include:

• Ingredients consumed in iterative bench formulations (including pilot batches that are scrapped or used solely for evaluation).
• Preservatives, cultures, enzymes, stabilizers, or processing aids used during controlled experimentation.
• Packaging prototypes and test articles (films, liners, caps, adhesives, oxygen scavengers, labels) used for packaging development intended to extend shelf life.
• Lab consumables used in stability and quality testing (e.g., reagents, test strips, sample containers) when tied to experimental design.

A key nuance: supplies generally need to be “used in” qualified experimentation. Routine ingredients used for regular production typically don’t qualify just because the company also runs R&D.

To strengthen the nexus, companies often link supply usage to specific trials via batch records, formulation versions, sample inventories, stability protocols, and packaging test plans.

External labs, co-manufacturers, and technical specialists: when contractor costs can be QREs:

The third common QRE category is contract research. Food and beverage companies frequently pay external parties for specialized testing, pilot capabilities, or technical problem-solving.

Examples that may be relevant include:

• Third-party shelf-life testing, challenge studies, or stability studies designed to resolve uncertainty.
• Analytical testing (rheology, texture profile analysis, accelerated oxidation testing, permeability testing for packaging).
• Co-manufacturer pilot trials when the purpose is experimentation (not routine commercial production).
• Specialized technical advisors supporting experimental design, troubleshooting, or validation.

Contractor eligibility can depend on engagement terms and who bears the financial risk. Your tax advisor will typically evaluate contract language, statements of work, and whether the activity is truly research versus routine testing.

From a practical standpoint, you should retain: contracts/SOWs, invoices, deliverables (reports, datasets), and internal notes showing how results informed iterative development decisions. These records become part of your R&D Study support package and help R&D Tax Credit Services defend the inclusion (or exclusion) of contractor spend.

Linking costs to business components: a simple QRE-to-QRA traceability framework:

The fastest way to weaken an R&D Tax Credit claim is to present costs without a clear link to qualified activity and the underlying business component. In food and beverage, a “business component” might be a specific formula, product line variant, process method, or packaging configuration.

Use a traceability approach that connects (1) technical narrative to (2) evidence to (3) financial schedules. This structure helps you explain not just “what we spent,” but “why the spending was necessary to resolve uncertainty through a process of experimentation.” It also supports Innovation Management internally by making R&D work easier to review and defend.

Documentation and reconciliation: turning technical evidence into a defensible QRE schedule:

Strong claims are built on reconciliation—your technical story and your accounting records must align.

Start with technical anchors that prove the work occurred and was experimental in nature:

• Batch records and pilot-run records (with trial identifiers)
• Formulation version history and change logs
• Lab results and sensory evaluations tied to hypotheses
• Stability data (timepoints, storage conditions, acceptance criteria)
• Processing parameters and run sheets
• Packaging test results (seal integrity, permeability, drop tests)
• Technical evaluations explaining what failed, what changed, and why

Then reconcile those anchors to payroll and spending:

• Payroll registers and W-2 wage detail for involved employees
• Department or cost-center mappings (but avoid relying on these alone)
• AP detail for contractor invoices and supply purchases
• Inventory withdrawals or production issues for experimental batches

Employee time is central. A better methodology than broad year-end estimates typically combines technical interviews, periodic activity confirmation (monthly or quarterly), project artifacts (tickets, run logs, lab notebooks), and human review. This approach can improve precision while staying realistic for lean teams—especially in small business innovation environments where engineers and scientists wear multiple hats.

How an AI R&D CTO helps organize QRE evidence without replacing human judgment:

Many companies want to claim R&D Tax Credits but struggle with ongoing capture of time, evidence, and cost linkage. This is where the AI R&D CTO model is emerging as a modern layer of R&D Tax Credit Intelligence—supporting documentation rigor throughout the year rather than recreating it at year-end.

An AI R&D CTO can help teams:

• Maintain a consistent map of projects to business components and likely QRAs
• Prompt lightweight, periodic activity confirmation to reduce end-of-year guessing
• Organize trial artifacts (batch records, lab results, stability datasets, packaging tests) into an audit-ready structure
• Improve the completeness of technical interview prep and contemporaneous documentation
• Produce first-pass outlines that accelerate an R&D Study while keeping human review in control

Importantly, this approach doesn’t assume every cost qualifies. Instead, it focuses on proving the nexus between qualified activity and Qualified Research Expenses, then assembling that proof into a clear package that supports Form 6765 preparation and overall IRS compliance requirements.

Separately from credits, an AI R&D CTO can also contribute AI Product Strategy, AI Product Intelligence, and an AI Innovation Platform mindset for Innovation Management—bringing competitive benchmarking and technical leadership support that smaller teams often lack. The result is a more level playing field: better technical decisions and better substantiation of legitimate Research and Development Tax Credits.

Next steps: estimate your Food & Beverage R&D Tax Credit and strengthen your technical record:

If your team is doing formulation development, ingredient substitution, processing-method changes, shelf-life and stability work, preservation improvements, packaging development, or scale-up experimentation, you may have Qualified Research Activities—and therefore potentially significant Qualified Research Expenses.

SHAIN’s positioning is simple: the AI R&D CTO democratizes innovation by helping startups and small to mid-sized companies recover R&D Tax Credits while gaining access to technical leadership and innovation intelligence previously available mostly to large enterprises.

To learn more about aligning your QRE schedule with your technical evidence—and to get an estimate of how much your R&D Tax Credit could be—select the button below.