Safety and regulatory compliance are time-consuming elements of conceptual and basic engineering. With the Chemical Safety Board scrutinizing process safety today, it is more critical than ever to incorporate safety analysis within your process modeling environment. Doing so allows organizations to confidently achieve compliant pressure relief and flare network designs at the lowest cost, and remove bottlenecks during the FEED and pre-FEED stages of capital projects.

Disruptive technologies such as artificial intelligence and machine learning are driving new asset optimization opportunities across the process industries. In this new report, ARC Advisory Group analyst Peter Reynolds describes how AspenTech is enabling greater asset performance by putting these important tools in the hands of people who actually design, operate, and maintain plants. Learn how AspenTech is changing the industry paradigm by focusing on industry-specific IIoT applications that deliver the most value.

Hydrogen and carbon capture have become focal points as energy and chemical companies look to reduce emissions and achieve net-zero carbon targets. But what’s the best approach?

The evolution of IIoT and advanced analytics technologies is transforming how industrial companies of all sizes manage their critical assets. In this report, ARC Advisory Group describes how AspenTech Asset Performance Management delivers prescriptive maintenance solutions to process and other capital-intensive industries.

A recent ARC Advisory Group survey of 365 industry practitioners revealed that two-thirds of respondents believe reliability-centered maintenance (RCM) isn’t improving reliability, and that operations has as much impact on plant asset performance as the maintenance organization.

Aspen Exchanger Design and Rating (EDR) enables you to find the optimal design for your heat exchanger needs based on cost. The seamless integration between the thermal and mechanical design tools of Aspen EDR and process simulation tools from AspenTech enables analysis of several different alternatives before presenting you with the most optimal design. Use this tutorial to get started using Aspen Shell & Tube Exchanger to create, evaluate, and save designs.

Rigorous heat exchanger models enhance the fidelity of process flowsheets enabling you to reduce CAPEX, OPEX, and energy consumption. This guide teaches you how to convert simple heat exchanger models to rigorous models in Aspen Plus.

Aspen Exchanger Design and Rating (EDR) enables you to find the optimal design for your heat exchanger needs based on cost. The seamless integration between the thermal and mechanical design tools of Aspen EDR and process simulation tools from AspenTech enables analysis of several different alternatives before presenting you with the most optimal design. Use this tutorial to get started using Aspen Shell & Tube Mechanical.

Today, it’s more important than ever to perform rigorous optioneering to find the best solutions for improving process efficiency and asset flexibility. In this webinar, AspenTech’s experts will show how the new Aspen Multi-Case™ dramatically accelerates the evaluation of design and operating scenarios, provides visual tools for selecting the best alternatives and improves overall agility and collaboration across the engineering team.

With the new Plant Data feature, you can save time by connecting to plant data and calibrating directly within the Aspen HYSYS or Aspen Plus environment. Create a digital twin of your plant.