As a leading synthetic fuel plant based in Qatar, ORYX GTL’s mission is to “add value to Qatar’s natural resources by applying innovative technology.” Reducing CO2 emissions and flaring at the world’s first-ever, commercial-scale Gas-to-Liquid (GTL) plant is key to supporting this mission. More specifically, the company is using advanced process analytics to achieve its ambitious operational goals.

A global petrochemical producer wanted to improve monitoring and efficiency, specifically starting with energy consumption, of its pyrolysis furnaces by integrating a predictive vision. With the current process, it was challenging to maintain unit efficiency and stay at a consistent operating level. The company was able to solve these challenges by implementing Aspen ProMV™.

Aspen Technology Announces Financial Results for the Second Quarter of Fiscal 2023

As part of the V14 software release, Mtell is equipped with the capability to integrate external models.

Prestigious Annual IoT Breakthrough Awards Program Recognizes Standout Internet-of-Things Companies and Products

Petro Rabigh wanted to improve margins for refinery products, to do so, they needed to identify the most optimal production yields and qualities of their refinery and petrochemical products.

“Everything is so visual and intuitive in ASE. It makes it so easy for me to keep up to date on what is happening in manufacturing and what I need to do any given day.”

Watch this video to learn how Aspen GDOT can help accelerate your digital transformation initiatives, improve refining margins and meet sustainability goals.

The award recognized the AspenTech's successful track record of nearly two decades delivering significant improvements in margin and energy efficiency through its innovative closed loop, multi-unit dynamic optimization technology.

This webinar presents a methodology, using a dataset from the Andean Foothills of Colombia, that synchronizes geophysical tomography and geomodelling through the project life cycle, guaranteeing an updated structural model and generating a geologically plausible velocity model.