I grew up around people who built things for a living and people who demanded things work first time. With family roots in Nigeria and a long-standing base in the UK, that mix of practicality and ambition shaped how I approach engineering: understand the system end-to-end, respect the risks, and make it work – safely, efficiently, and repeatably.
I studied Chemical Engineering (BEng Hons, Aston) and moved straight into hands-on delivery. At Busch GVT, I cut my teeth taking liquid-ring vacuum systems from concept to commissioning – sizing equipment, checking utilities, writing operating notes, and solving the inevitable interface issues onsite. That early exposure to the shop floor taught me that drawings and datasheets are only as good as the conversations you have with the people installing and operating the kit.
At Coal Products Ltd., I shifted into plant improvement and utilities. I helped the team lift wastewater performance (introducing Coanda screening and polymer conditioning), reduced cooling-tower make-up, and supported the installation of a biogas clean-up plant – practical projects where small design decisions delivered measurable savings and better environmental outcomes. From there I joined Mondelez International and learned how to scale reliably: technology transfers and line upgrades in food manufacturing where quality, throughput and hygiene all pull in different directions. It sharpened my appreciation for process control, validation, and root-cause thinking.
I then leaned into sustainability and new-build design. With LAT Water, I helped design and deploy modular wastewater plants and worked to internalise FEED/P&ID standards, reducing rework and shortening bid-to-build timelines. Those programmes also proved something I care about deeply: value engineering doesn’t mean cutting corners—it means choosing the right corners to round. At C-Capture, I took on carbon-capture systems, culminating in commissioning a pilot plant that achieved >90% CO₂ capture efficiency and built out the disciplines around it: management of change, hazardous-area compliance and documentation you can audit, not just admire.
Today I lead the Process Engineering function at Richard Alan Engineering. My remit is simple to say and complex (and enjoyable) to do: turn complex problems into practical, safe and efficient solutions. I’m accountable for the process specification – mass and energy balances, PFDs/P&IDs, control philosophy, and the safety basis (HAZOP/LOPA, ATEX, DSEAR). I work shoulder-to-shoulder with piping, mechanical, electrical & controls, project management, and our vessel-design specialist so that what we design in the office is buildable in the workshop and operable on site. I stay hands-on with simulations, equipment sizing and risk assessments, because I believe leadership and detail aren’t opposites in our field.
What that looks like in practice so far:
· Water & wastewater – process reviews, dosing and neutralisation systems, turbidity and instrumentation strategies, and modular treatment packages that are easy to operate and maintain.
· Carbon capture: – Carbon capture & emissions control – advisory/integration role on proprietary solvent systems e.g. trade offs between vacuum or pressure operation.
· Solvents & specialty chemicals – storage and transfer systems (e.g., inhibitor management, velocity limits, tank relief, API/ISO alignment) where safety and operability come first.
· Bulk solids & powders – from flour conveying and storage productization to ash/gypsum/cement silos and feed systems, with an eye on flow assurance, dust control and hygienic design.
· Early-stage studies & bids – shaping scope, quantifying risk, and surfacing value-engineering options that have delivered 25–30% cost reductions on selected programmes without compromising safety.
Alongside projects, I’m building the capability of our function – mentoring engineers, codifying our standards, and turning good practice into templates and checklists that help us deliver “right-first-time” more often. I enjoy translating between disciplines and between technical and commercial priorities; a good process engineer should be just as comfortable in a HAZOP as in a client kick-off or a factory acceptance test.
Credentials & affiliations. I’m an Associate Member of the IChemE (AMIChemE) and on the pathway to Chartership. I hold CompEx EX01-04 for hazardous-area work and certification in Instrumentation, Automation & Process Control. Over the years I’ve worked across Siemens S7 and Schneider M580 platforms and maintain a healthy respect for the interface between good control design and good process design.
What motivates me. Engineering is a team sport. My job is to set a clear technical standard, ask the awkward questions early, and help every stakeholder – client, workshop, operator – see how the system fits together. If we can leave a site safer, simpler to run and cheaper to maintain than we found it, we’ve done our work.
Ade Giwa
Head of Process Engineering