Expanding and modernizing electrical generation, transmission and distribution networks is crucial to meet growing electrification demand and integrate renewables.

Several pathways have gained global attention recently as solutions for decarbonization and energy transition challenges, and one attracting massive investment is carbon capture

As power demand increases beyond current power plant capacities and clean energy goals are accelerated, power generation sources of the future will start to look different

Another benefit of digital transformation technologies is their ability—especially remote sensors—to identify inefficiencies, bottlenecks, and areas for improvement, minimizing energy consumption and maximizing efficiency and carbon capture rates.

To provide insights about how digital technologies offer a beacon of hope in navigating the challenges of the energy transition, Tim Langdon, publisher of Eco Voice, had the pleasure of facilitating a Q & A with Sally Jacquemin, VP and GM, Power and Utilities, Aspen Technology, Inc.

From attracting and retaining a quality workforce to improving maintenance and reliability, establishing the three pillars of a strong data foundation can help ensure a manufacturer’s current and future success

Like many utilities across the US, Michigan-based Consumers Energy is navigating significant change.

Kuwait Integrated Petroleum Industries Company (KIPIC), a subsidiary of Kuwait Petroleum Corporation (KPC), operates the Al Zour refinery—the world’s largest grassroots facility with a processing capacity of 615,000 barrels per day.

A leading petrochemical company with one of the world’s largest, most sophisticated integrated petrochemical complexes, Borouge was looking to gain greater visibility over processes to accommodate feed fluctuations and better coordinate operating conditions across multiple units.

With global demand for propylene on the rise, Saudi Aramco—one of the world’s largest integrated energy and chemicals companies—set out to optimize its Fluid Catalytic Cracking (FCC) reactor units to increase propylene production.