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In the ever-evolving field of chemical engineering, preparing students for real-world challenges is critical. ChemE-SportsTM, a competitive and interactive learning platform, is transforming chemical engineering education by bridging the gap between theory and practical application. (1-13) This innovative approach is not only enhancing students' understanding of core engineering principles but also equipping them with hands-on experience in safety, operations, and productivity — all essential elements for successful careers in the field. [Keep reading]

PetroSkills has partnered with Rosnik to launch two new courses including Decision Analysis (DA) Training for Downstream and Chemical Installations and Refining and Petrochemical Process Plant Problem Solving. Read more to learn about these new courses. [Keep reading]

For March, our focus shifts to Hazard Communication—a critical aspect of maintaining safety in our dynamic environment. Amidst constant change, safety remains our top priority. However, deciphering intricate regulations, managing diverse substances, and adapting to evolving environments pose significant challenges. Our extensive Hazard Communication training equips you with the knowledge and confidence to navigate these complexities, ensuring compliance and fostering a safety culture for a more productive future. [Keep reading]

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The energy industry is facing major challenges, such as the need for clean energy, new business models, emerging technologies, and the reallocation of oil and gas professionals to low carbon or renewable energy. These challenges are driving the requirement for new skills and competencies. To better serve the industry and its customers, PetroSkills is expanding into The Competency Alliance, building on the methodology we used to become the Oil & Gas industry’s leading alliance and expanding it to the Net Zero and Renewable sectors. [Keep reading]

In continuation of Feb and Mar 2023 “Tips of the Month” (TOTM) and given the amount of investment and interest in hydrogen, we have decided to publish a series of TOTM to explore the opportunities, challenges, and potential solutions to hydrogen applications and uses; this is the third paper in the series. In this TOTM we will review the physical properties of hydrogen and natural gas, which are quite different from one another. These differences govern the hydraulics of pipeline transmission. Specifically, we will discuss the impact of blending hydrogen on natural gas properties like higher heating value and the Wobbe Index, and the need for accurate gas mixture property estimation for reliable model representations of the pipeline system. Our future tips will explore the possible end uses and benefits of hydrogen, thermodynamics of natural gas use versus hydrogen in industrial applications, safety considerations, transportation challenges and opportunities, storage, and end use capabilities. In addition, we will look at some cost comparisons, where possible of the different hydrogen production options. We hope you enjoy taking this journey with us. Our aim is to take a thermodynamically balanced non-biased view of possible applications, costs, and implications. [Keep reading]