Food Processing Company

Meeting Food Safety Requirements Without Sacrificing Product Quality

We documented the technical uncertainties, experiments, and knowledge gained that led to a successful SR&ED claim.

Recovered

Company At A Glance

Business Type

Food Processing Company

SR&ED Category

Experimental Development

Team Size

22

Scope

Thermal Processing, Moisture Retention, Product Quality

Province

Alberta

The Challenge

The company needed to meet food safety temperature and hold-time requirements for a ready-to-eat product without damaging the final product. Increasing oven temperature and cook time achieved the required internal temperature, but it caused excessive moisture loss, dry texture, surface cracking, and colour defects. 

Standard vendor manuals and industry guidance explained how to reach the required temperature, but they did not provide a workable process for this specific product, oven configuration, and quality standard. 

What We Documented

01

Uncertainty

Uncertainty


The uncertainty was whether the product could consistently reach the required internal temperature and hold time while maintaining acceptable moisture, texture, appearance, and yield. 

02

Iterations

Iterations


The company tested different ramp rates, peak temperatures, hold times, steam injection timing, airflow settings, loading patterns, and small formulation adjustments. Some trials achieved food safety but damaged product quality, while others preserved quality but did not consistently meet the required internal temperature profile. 

03

Knowledge Gained

Knowledge Gained

 
The company gained new process knowledge about how this product responded to elevated cooking conditions, humidity, airflow, loading density, and formulation changes inside the production oven. 

Results

Why This Qualified

  • Required experimentation beyond standard oven settings and vendor guidance
  • Standard cooking methods met safety targets but caused unacceptable quality losses
  • Moisture loss, cracking, colour, and texture changed unpredictably under elevated conditions
  • Multiple controlled production trials were needed to balance safety, yield, and product quality
  • New knowledge was gained about the product’s behaviour under specific thermal processing conditions