3D models are proven to provide clear visualization and better accuracy for engineering projects. Now with mounting pressure to stay ahead of the energy transition, companies must identify design flaws even earlier and minimize costly revisions to ensure faster delivery during the conceptual phase.

The webinar features IDC research on industrial data usage.

Accelerate your clean energy transition with the power of aggregated distributed energy resources.

Learn how AspenTech processing and imaging software enabled more accurate reservoir characterization of the KG basin off the coast of India. Sharper subsurface images provided a more detailed description of the reservoir and enhanced data interpretability, while the use of advanced broadband processing enabled the extraction of additional information from legacy data, with no need for further costly acquisition. Better mapping of gas hydrate deposits led to the identification of a site for pilot production drilling.

Global hydrogen demand is forecast to increase dramatically to 2050. Dozens of nations around the world have established hydrogen roadmaps or policies that are fueling the adoption of hydrogen that will help adhere to net-zero policies. To adhere to these policies, a significant amount of capital investment will be needed to satisfy increasing hydrogen demand.

Learn how a leading integrated energy company migrated to Aspen Unified PIMS in less than three months, quickly trained 25 users and provided planners with an easier, faster way to share information—all on one Unified server.

Heat exchangers (HX) remain a key asset in the process industries, vital to ensuring energy efficiency and proper functioning of the plant. With the industry’s focus on sustainability and the challenges posed in developing novel sustainability projects, optimal HX design and operation are even more critical.

Aspen Mtell Takes Turbines to New Heights

Aspen Unified Extended Planning Optimization

Managing and supporting the clean energy transition is just one reason utilities must work to create a resilient, sustainable and intelligent grid. To build that grid of the future, utilities are adopting advanced digital tools to achieve equally important and interconnected objectives. While the volume and pace of change facing electric utilities is daunting, the opportunities for load growth and leading the transition to a decarbonized, healthy and prosperous tomorrow are unprecedented. Managing and mitigating the risks while successfully turning challenges into opportunities demands rapid adoption of digital technologies.