Simulate & Validate for Food Processing Machinery
Prove Equipment Performance Before You Build
A machine that looks right on paper can still fail on the floor, hidden hot spots, uneven flow, cleaning gaps nobody caught until product was already moving through it. Simulate & Validate for FPM equips your engineering teams to catch those failures before a single machine is fabricated.
Simulate & Validate for FPM brings together flow simulation, thermal validation, cleanability validation, mechanical validation and process validation, the checks that confirm equipment will perform, clean and hold up under real operating conditions. Flow simulation and thermal validation confirm how liquids, powders and heat move through the equipment, while cleanability validation tests whether CIP coverage and access truly work in practice, not just on paper. Mechanical validation confirms frames, conveyors and moving assemblies withstand washdown, vibration and continuous duty, and process validation confirms the complete line delivers the throughput, yield and quality your product requires.
The result: equipment proven to perform, clean and hold up before it ever reaches your floor, with a defensible record of evidence for commissioning and audits.
Thermal Validation
Validate the flow to protect product quality and cleaning
Thermal Validation verifies that heating, cooling, freezing and drying systems deliver the required temperature profiles for product quality, safety and shelf life. We simulate ovens, pasteurizers, chillers, freezers, jacketed vessels and tunnels to find hot or cold spots, residence‑time gaps and heat‑transfer shortfalls before fabrication or commissioning.
By testing product‑load, utility‑load and environmental scenarios, we optimise jacket, channel and insulation design and recommend energy‑efficient strategies. Deliverables include acceptance criteria, FAT/SAT inputs and validation evidence so your thermal systems meet process targets and regulatory expectations.
What We Deliver
Thermal Simulation
Model heat exchangers, pasteurizers, ovens, chillers, freezers and tunnels.
Uniformity Analysis
Identify hot/cold spots and temperature non‑uniformity across the product.
Residence‑Time Validation
Validate heat transfer and residence time for process consistency.
Load‑Condition Studies
Assess product‑load, utility‑load and environmental impacts on performance.
Heating & Cooling Design Review
Evaluate jackets, cooling channels, insulation and airflow arrangements.
Energy Optimisation
Recommend measures to reduce energy use and limit heat loss.
Validation Inputs
Provide thermal acceptance criteria, FAT/SAT evidence and process docs.
Where we Deploy
Dairy Pasteurization | Beverage Processing | Bakery Ovens | Confectionery Cooling | Frozen Foods | Meat Chilling | Ready-Meal Thermal Processing | Sauces and Soups