Register today for the premier global event (April 29–May 3 in Houston, TX) for AspenTech customers, including users, operational leaders and executives within asset-intensive industries who are looking to elevate their business performance, improve their resiliency and meet their sustainability targets.

This video showcases the streamlined workflow enabled by AspenTech Concurrent Engineering applied to a carbon capture project. The workflow enables the creation of state-of-the-art process simulation, equipment design, economic analysis, conceptual 3D layout generation, reliability analysis for equipment redundancy and data centric FEED deliverables. Through this demonstration, you will learn how to benefit from seamless data sharing across disciplines, increasing efficiency, minimizing estimation uncertainties and ensuring consistency in deliverables during project execution.

LG Chem increases capacity by 15% and saves energy through heat integration using Aspen Plus®, Aspen Energy Analyzer™ and Aspen Exchanger Design and Rating™.

Leading chemical companies across the globe face more competitive pressures with volatile market conditions and a rapidly changing workforce pushing the demand for increased sustainability and profitability. Digital twin software offers new levels of operational excellence through enterprise-wide insights that drive improved business operations.

What is a digital twin and what does it do? Learn how digital twin technology provides important insight on system performance enabling companies to optimize operations and reduce costs by maximizing uptime with real-time recommendations.

Optimal heat exchanger design software is vital for the efficient operation of any process plant. The integration between heat exchanger design and rating software, Aspen EDR, and the process simulators Aspen HYSYS® or Aspen Plus® enables engineers to design heat exchangers best suited to their processes. View this webinar to learn best practices on designing heat exchangers.

Robust heat exchangers designed and delivered on time and on budget are vital for the success of engineering projects. AspenTech offers an integrated design workflow that supports every major type of heat exchanger. The seamless integration between its solutions for process design and the thermal and mechanical design of heat exchangers reduces design time. Learn more about heat exchanger design software.

Heat exchangers can comprise up to 30% of capital equipment and impact 90% of the energy used in a process plant.

This case study details the work done at the Universiti Malaysia Pahang to research oleochemical fractionation to how to make the process more sustainable, reducing process carbon footprint. The case study explores the AspenTech solutions implemented as well as the value created.

Today’s ever-changing market demands require will a new coordinated, concurrent approach from EPCs and Owner firms under pressure to improve processes while delivering safer, greener, faster and more cost-effective projects. View this video to learn about AspenTech® Concurrent Engineering, a proven solution that facilitates simultaneous cross-functional design and execution of multiple projects, for faster delivery and faster time to value.