When Gas Plants Play Chess with Simulation Tech
To put it mildly, developing a gas processing plant is akin to solving a Rubik’s Cube while blindfolded. Not long ago, engineers working at the Khor Mor Gas-Condensate Plant faced an utter nightmare. They had to settle on the ideal proportions for a three-phase smart separator. Messing things up carried the risk of having operational inefficiencies, leaks, and a wide array of challenging problems. Thankfully, ESIMTECH’s Oil and Gas Simulation tools transformed their nightmare into a manageable scenario.
Section A: The Separator Puzzle: How Petroleum Simulators Crunch Numbers
The Khor Mor team was looking for a separator that was capable of juggling gas, liquid, and condensate all at on. ESIMTECH Petroleum Simulator served as both the guinea pigs and the labs. Here’s their story.
Virtual prototyping: Fed 12 designs and completed the testing of all of them within a day (no welding and no permits required).
Pressure-dance simulations: The software tested weak inflow and erratic overflow to find weak spots (spoiler alert: one showed cracking at 85% capacity).
AI-powered “what-ifs”: Simulators assumed the worst: what if temperatures reached the extreme? or what if the viscosity changed halfway into the process? Their answers were a multitude spun out failure probabilities.
One engineer made the remark, It’s like having a time machine for bad decisions; while describing how remarkable the AI “what ifs” brought him. The final design settled upon was a horizontal separator—and astonishingly enough with the real world testing later confirming the simulation—and changing efficiency by 22% over the simulated value.
2. From Guesswork to Gold Standards
Prior to the ESIMTECH technologies, optimizing pieces of equipment was done through trial and error. At Khor Mor, older projects physically prototyped over a decade’s worth of work at an approximate cost of a million dollars. What about post-simulation?
Cost reduction by 35%: No more building, severing, and then rebuilding cycles.
Safety incident reduction by 50%: Simulators caught a corrosion risk humans would overlook.
Improvement in the deployment schedule: Teams went from ground planning to break ground in weeks rather than quarters.
The plant manager referred to it as “engineering without scars.” In the background, ESIMTECH tools were transforming an industry fixated on steel into a sand castle—and proving simulations can out think real-world turbulence. CFO’s everywhere started calculating ROI’s, questioning their trust in slide rules.