Industrial projects bring together process requirements, operating constraints, and the need for clear technical documentation. The experience below covers storage and distribution facilities, liquid pipelines, brine systems, and pressure protection upgrades.
Each summary outlines the engineering scope and the work involved. Project names, attribution, and any measurable results will be confirmed with the owner before the final website launch.
Palm Oil Storage & Distribution Facility
The detailed engineering phase for a palm oil storage and distribution facility brought together process design, fluid handling, and coordination between project disciplines. The work focused on developing a consistent set of engineering documents to describe the facility systems and their operating requirements.
The scope included facility engineering and hydraulic calculations, process flow diagrams (PFDs), and piping and instrumentation diagrams (P&IDs). Design review meetings helped align the process requirements with the inputs of the other disciplines.
Engineering deliverables: detailed process documentation, hydraulic analysis, control narrative, and shutdown keys. These documents describe how the systems are intended to operate and how control and shutdown functions relate to the process design.
Liquid Pipeline Projects
Pipeline performance depends on the relationship between flow conditions, system hydraulics, operating pressures, and equipment limits. This experience involved technical direction and process engineering support across multiple liquid pipeline assignments, with an emphasis on operability, reliability, and system performance.
Steady-state hydraulic analyses were used to identify bottlenecks and evaluate operating conditions. The work also considered drag-reducing agent injection rates in relation to product vapour pressure and flow, alongside reviews of pressure profiles, alarms, and PSV set points.
Engineering activities: hydraulic modelling, process evaluations and recommendations, technical Management of Change support, and guidance for junior engineers working on design and troubleshooting. The scope connected individual operating changes with the broader pipeline system.
Brine Pond Detailed Engineering
Brine pond development requires more than the pond itself: transfer systems, pumps, supporting utilities, and operating documentation must work together. This assignment covered the process systems associated with brine pond development, including brine, raw water, natural gas, and instrument air.
The engineering scope included brine pumps, leak detection pumps, sump pumps, and associated equipment. Hydraulic calculations and process drawings documented the system requirements, while design reviews and discipline coordination helped manage interfaces across the project.
Engineering deliverables: facility process engineering, PFDs, P&IDs, hydraulic analysis, control narrative, and shutdown keys to support the detailed design.
Relief, Control & Safety System Upgrades
Changes to relief, control, and safety systems need to be considered in the context of the equipment they protect and the way the facility operates. This experience included relief network assessments and system upgrades associated with ammonia storage and refrigeration facilities.
The work addressed relief network requirements and improvements to control and safety systems. Participation in Hazard and Operability (HAZOP) and Layer of Protection Analysis (LOPA) reviews contributed to the wider assessment of process hazards and protection measures.
Engineering focus: pressure protection, system reliability, and alignment of proposed upgrades with applicable project requirements. The scope connected engineering calculations with the operational considerations discussed during the reviews.
Have a Similar Engineering Challenge?
If you are planning a facility modification, investigating a hydraulic constraint, or developing a new process system, tell us about the project stage and the information you already have. Discuss your project with Koybash →