Promacon helps technology companies and industrial asset owners move from concept and engineering through commissioning, startup and reliable operation — with practical execution, strong control and zero nonsense.
Promacon supports industrial companies and technology developers with practical engineering, project delivery and commissioning capability across complex process and technology scale-up projects.
Use Promacon as a focused engineering partner, project engineer, commissioning lead or technical owner's representative — senior capability without building a full internal project department.
Basis of design, mass balances, PFDs, P&IDs, datasheets and deliverable control that stay connected to project reality.
PD — S02↗Work packages, deliverable matrices, planning, budget and change control for lean industrial project teams.
CSU — S03↗Systemisation, MC/RFC/RFSU/PSSR readiness, test packs, punch management and safe start-up coordination.
TSU — S04↗From pilot to first-of-a-kind plant: structured engineering that de-risks industrialisation of new process technology.
OE — S05↗Independent technical support for clients managing contractors, EPC partners and equipment suppliers.
PDP — S06↗Complete, reviewable PDPs: the documents and registers that let a technology be engineered, priced and built.
Promacon uses structured project, engineering and commissioning frameworks to help teams move from concept to execution and operation with clarity.
Clear gates from concept and engineering through construction, commissioning, start-up and stable operation.
Learn more →A practical way to frame risk reduction from lab validation to pilot, demonstration and commercial deployment.
Learn more →Structured readiness, testing and handover logic for projects that need safe and controlled start-up.
Learn more →Many projects look good on paper and then struggle during procurement, construction or start-up. Promacon focuses on the bridge between engineering intent and operational reality.
Mass balances, PFDs, P&IDs, equipment lists, datasheets, utilities and control philosophy are kept connected instead of treated as separate paperwork.
Planning, cost control, document control, interfaces and contractor input are managed early, before they become expensive site issues.
Commissioning, operator readiness, safety reviews and handover requirements are built into the project from the beginning.
Clarify project objectives, scope, stakeholders, technical basis, constraints and decision points.
Create the core technical package and keep assumptions, risks and interfaces visible.
Track deliverables, planning, budget, changes and contractor input with simple but strict governance.
Prepare commissioning, testing, handover and operational readiness before equipment reaches site.
A structured project lifecycle helps align engineering, procurement, construction, commissioning and operations around clear gates and responsibilities.
Discuss your project →Define business case, technology basis and project objectives.
Translate requirements into design, documentation and execution scope.
Secure equipment, vendors and critical technical documentation.
Build the facility according to the approved design.
Verify installed systems are complete and ready for turnover.
Test systems, controls and safety functions.
Bring the plant into operation in a controlled sequence.
Transfer to stable production and long-term performance.
Promacon supports focused scopes in complex process environments: new technology, live plants, commissioning readiness, utilities and the engineering control needed to keep decisions connected.
Promacon’s modular commissioning platform brings systems, equipment, checklists, punch items, turnover records and readiness status together in one structured environment.
Manage mechanical completion, commissioning records, punch items, certification and start-up readiness.
Control shutdown work scopes, inspections, repairs, testing and restart readiness.
Assess idle or mothballed assets, define restoration scope and manage recertification and controlled restart.
Promacon Engineering was founded to give industrial companies and technology developers senior, practical engineering support without turning every assignment into a large project organisation.
Peter Enting brings process engineering, project delivery, commissioning and technology scale-up experience into Promacon's work, with the company remaining focused on controlled industrial execution.
The result is a compact engineering partner for teams that need clear scope, reliable deliverables and site-aware decisions.
Projects where chemistry, heat, safety, equipment, automation and site execution all meet.
Process plants, upgrades, controls and commissioning.
Hydromet, thermal systems and metal recovery.
Thermal storage, utilities and industrial heat.
New technologies, pilots and scale-up packages.
RTOs, emissions, hazardous streams and compliance.
Commissioning risk is usually created long before construction ends. This note explains why CSU thinking belongs in engineering, procurement and handover planning.
Read articlePractical articles on process design packages, commissioning timing, technology scale-up and the delivery gaps that usually create risk.
Common pitfalls during pilot-to-commercial scale-up and how to avoid them.
Read the note → Process Design PackageThe documents and registers that make a Process Design Package useful.
Read the note → CommissioningWhy CSU thinking belongs in engineering, not only after construction.
Read the note → Technology Scale-UpWhere promising industrial technologies often run into avoidable project problems.
Read the note →Send the project challenge, phase and biggest risk. Promacon can help structure the scope, define the deliverables and move the work forward.
Prefer email peter@promaconengineering.com
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