Process Engineering
We begin with the fundamental manufacturing challenge — throughput targets, raw material variability, utilities consumption, and hygienic integrity. Our engineers design robust, commercially viable process concepts with rigorous thermodynamic balances and clear equipment duty specifications ready for implementation.
Eliminating operational risk before fabrication
Eliminates throughput bottlenecks, excessive utility consumption, product thermal degradation, and unhygienic piping deadlegs in fluid processing lines.
Stamped Deliverables & Artifacts
Every engagement produces rigorous, auditable engineering documentation adhering to international industry standards:
Process Flow Diagrams (PFD) & P&IDs
Formal Stamped Document
Mass & Energy Balance Calculations
Formal Stamped Document
Hydraulic & Thermal Sizing Models
Formal Stamped Document
Hygienic Design & CIP Integration Review
Formal Stamped Document
Frequently Asked Engineering Questions
What documentation is provided at the end of a Process Engineering engagement?
You receive a comprehensive Engineering Package including stamped P&IDs, mass/energy balance spreadsheets, utility consumption summaries, line sizing data, and equipment functional specifications ready for tendering.
Do you review existing operational lines or only new greenfield installations?
Both. Over 60% of our process work is brownfield debottlenecking — measuring live flow, identifying choke points, and re-engineering pipework and thermal circuits without prolonged plant shutdowns.
How do you ensure hygienic compliance for dairy and beverage applications?
Our designs strictly adhere to 3-A Sanitary and EHEDG standards, guaranteeing minimum slope for self-draining, crevice-free sanitary fittings, orbital welding specifications, and automated clean-in-place (CIP) velocity targets.
Require a custom engineering proposal for Process Engineering?
Connect with our technical directorship in Auckland or Colombo for feasibility scoping, plant layouts, and capital expenditure evaluation.