APAC Webinar Learn How You Can Better Monitor Fouling Levels of Your Heat Exchangers
Fouling of heat exchangers causes excessive energy consumption, large pressure loss and sometimes process outages. Inability to directly measure fouling levels for operating units compounds the problem. Learn how the advanced solutions from Aspen Technology enable tracking of heat exchanger fouling levels both online and offline.
Enabling producers to expand differentiation, accelerate innovation and drive profitable growth across their most complex, market-facing businesses.
Engineering Procurement and Construction
With fewer, smaller projects to bid on, EPCs need to take advantage of every opportunity available and even create some new ones. AspenTech can help you win more work, do more with less, and find new sources of revenue.
aspenONE Engineering deployment in the cloud
aspenONE® Engineering deployment in the cloud
Aspen Exchanger Design and Rating
Optimize CAPEX and OPEX by rigorously modeling heat exchangers within the larger process using a comprehensive set of rigorous HX models and seamless data flow across disciplines
Gas Plant Optimization: Enhanced Accuracy in Aspen HYSYS
In Aspen HYSYS V10, experience added amine solvents, expanded glycol dehydration options, and new unit operations in the SRU. Empower decision making with the improved accuracy.
Concurrent Conceptual Engineering - Application Overview
Choosing options and alternatives rapidly and agilely (sometimes called optioneering), empowers engineers to reduce CAPEX when performing conceptual engineering design work. aspenONE Engineering delivers the solution through the only “activated” engineering workflow that seamlessly integrates all design, safety, energy and project cost estimate functions, concurrently, delivering a lower CAPEX project, sooner. Watch this video to learn more
Heat Exchanger Design - Application Overview
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.
LNG Process Optimization - Application Overview
With an integrated LNG Process Improvement approach, engineers are empowered to optimize LNG Plant Performance. aspenONE Engineering provides a complete and holistic LNG Process Model within Aspen HYSYS including a complete suite of rigorous heat exchangers for LNG integrated into the simulator. Watch now to learn more.
How to Have Rigorous Fired Heater Models Within Your Refinery Process Simulation Flowsheet
See how you can incorporate rigorous models of fired heaters within your refinery process flowsheet so as to improve the fidelity of your process.