Process Engineering and Analysis

We offer the most advanced simulation and analysis technologies for optimization and safety backed by data obtained from an actual plant study, which include:

• Process dynamic simulation
• Liquid Surge Study
• Computational Fluid Dynamic (CFD) Analysis
• Pinch Analysis

• Safety assessment for onsite, offsite and utility facilities
• Analysis of control strategies
• Evaluation of equipment failure and trip systems
• Sizing and analyzing flare relief systems and distillation systems
• Troubleshooting operational problems
• Testing startup/shutdown procedures

• Cooling water network
• Loading/Unloading lines
• Airport hydrant systems
• Oil transfer pipeline
• Pump start/trip and check valve slamming
• Pipeline leakage
• Equipment sizing of relief valves, surge suppressor, air valves, surge tanks/standpipes
• Valve controllability study and valve sizing
• Transient force calculation for detailed mechanical design

• Mixing study for stirred reactors, blending facilities, etc
• Safety analysis for radioisotope release accident scenario
• Flow analysis of heat exchangers, venturi tube and others
• Two phase mal-distribution analysis for air-cooler headers
• Hot air re-circulation around air coolers
• Combustion analysis of incinerators and gasification reactors
• Particle tracking and erosion analysis of Cyclones

Pinch Analysis

• Energy conservation and CO2 emissions reduction study
• Throughout increase at minimal capital cost
• Heat recovery network optimization
• Utility system optimization
• De-bottlenecking
• Distillation column thermal analysis

Temperature profile in a furnace



Void fraction of two phase flow

Civil

We offer a design with high-quality technologies for:

• Site development, earth structures, roads, etc. using the latest 3D CAD systems that obtain the exact bills of quantities of work volumes for supporting the smartest construction control.

• Concrete foundations using auto-design/drafting systems, complying with the various international design codes.
• Structures using the 3D CAD system and associated databases
• Underground facilities including sewer and drainage using 3D CAD with isometrics as the output, including bills of quantities.
• Gathering and cross-country pipelines
• Marine facilities, such as jetty, FPSO (Floating Production Storage and Off-loading) and air-strips for logistical access to plants.

Underground Facilities	Steel Structure