Engineering Insight. Operational Impact.
PE&T delivers practical, high-value solutions to the process, energy, and industrial sectors. We combine deep process engineering expertise with advanced analytical tools to improve plant safety, reliability, operability, and performance.
Our core capabilities include process design and debottlenecking, with strong emphasis on process safety calculations such as relief system analysis, flare network assessment and safe operating envelope evaluations.
We are highly specialized in dynamic simulation, using first-principles models to study transient operations including start-up, shutdown, compressor trips, feed flow and composition disturbances and control loop responses.
PE&T also supports clients in troubleshooting unit upsets, identifying root causes of yield reduction, off-spec production, and recurring operational issues in Acid Gas Removal, Mercaptan Removal, Sulphur Recovery, Tail Gas Treatment, Gas dehydration, NGL recovery, Sour Oil dehydration and stabilization.
Through process control optimization, controller retuning, advanced control strategies, and performance monitoring, we help plants achieve safer operation, higher throughput, lower energy consumption, and sustained profitability.
Our Services
Process Design
Hydraulic calculations;
Rotating and Static Equipments sizing and rating calculations;
Column trays/packing performance adequacy check;
Pressure relief valves sizing and adequacy check;
Flare network and flare knock-out drum sizing and adequacy check;
Development of Heat and material balance for new conditions;
Dynamic Simulation
Unit start-up and shut down operation to reduce emissions;
Unit digital twin development;
Compressor system performance during surging and settle-out;
Process Safety Time estimation for emergency shutdown systems;
Pressure relief systems adequacy check;
Process Control
Control loop and philosophy enhancement;
Control loop commissioning and tuning;
Optimization of Advanced Process Control strategies;
Troubleshooting
Distillation column flooding and off-spec operation troubleshooting;
Achieving design product recovery though unit and equipment wise operating parameters adjustment;
Development operating guidelines for non-standard cases/conditions;
Development of process engineering proactive monitoring/surveillance tools;
Optimisation
Assessment and benchmarking of catalyst and chemicals consumption;
Reduction of emissions e.g. SO2, CO2, NOx;
Plant debottlenecking and identification oportunities for optimization;
Energy efficiency and Heat integration assessment;
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