Engineering & Technical Services
High-fidelity process simulation, plant optimization, and technical de-risking for continuous processing facilities, refining units, and energy transition assets across the UK and Nigeria.
Our principal engineers combine computational precision with deep operational familiarity, ensuring every model reflects true physical constraints, thermodynamic behavior, and commercial realities.
Core Engineering Capabilities
Comprehensive chemical, thermodynamic, and process solutions tailored to heavy industry.
1. Aspen HYSYS & Plus Process Simulation
We construct high-fidelity steady-state and dynamic process models to evaluate complex fluid handling and chemical transformations. By leveraging advanced equation-of-state package selections, our engineers accurately project phase behavior, column tray hydraulic performance, and stream properties to eliminate operational guesswork before capital deployment.
2. Refinery & Petrochemical Optimization
We conduct comprehensive debottlenecking studies for crude distillation units, hydrotreaters, and catalytic reformers. Our team pinpoints flow constraints, evaluates heat exchanger train fouling impacts, and optimizes reflux ratios to maximize high-value distillate yields while reducing overall energy consumption.
3. Decarbonization & Flare Minimization
Helping energy assets meet stringent net-zero and ESG requirements, we design flare gas recovery systems, carbon capture absorption loops, and fugitive emission mitigation schemes. We calculate actionable carbon-intensity scores to ensure full compliance with regional environmental frameworks.
4. Industrial AI & Process Digital Twins
We bridge physical equipment with real-time operational analytics by deploying digital twin frameworks. By linking live plant telemetry to calibrated physics-based process models, operators receive predictive warnings on asset degradation, catalyst decay, and impending process upsets.
5. Process Safety & Pressure Relief Verification
Safety is embedded into every calculation. We conduct HAZOP facilitation, Safety Integrity Level (SIL) reviews, and overpressure relief load calculations in compliance with API 520/521 standards, protecting site personnel, physical capital, and local ecosystems.
6. Heat Integration & Pinch Analysis
Using advanced Pinch Technology methodologies, we evaluate plant thermal networks to identify maximum energy recovery targets. We synthesize optimized heat exchanger networks (HEN) that lower utility duty demands and directly reduce operational fuel costs.
7. Equipment Specification & Hydraulics
We generate rigorous engineering datasheets for process hardware—including three-phase separators, heat exchangers, pumps, and distillation column internals—ensuring vendor-neutral procurement aligned with ASME, API, and TEMA international standards.
8. Pilot Scale-Up & Front-End Engineering
We translate laboratory discovery into commercial reality by developing Front-End Engineering Design (FEED) packages. Our deliverables include Process Flow Diagrams (PFDs), Piping & Instrumentation Diagrams (P&IDs), and mass/energy balance balances required for project financing.