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.

Climate change policies are driving the growth of geothermal energy, recognized today as a key resource for the provision of clean, reliable and sustainable energy. Though the global contribution of geothermal energy is low, it expected to accelerate as countries seek to meet climate goals and reduce CO2 emissions.

This brochure explains how Aspen InfoPlus.21 creates a complete picture of production operations.

The race to a zero-carbon future is on. Global oil and gas, petrochemical and chemical companies have announced ambitious carbon mitigation, plastics re-use and water conservation targets. Carbon capture and storage (CCS) and carbon capture and utilization (CCU) are key technologies to help companies reach their sustainability goals.

Carbon Capture Utilization and Storage (CCUS) has the potential to play a key role in reducing emissions, and permanently storing the captured CO2 in the subsurface makes it an essential part of the solution. However, storing the carbon has its challenges, ranging from assessing geologic reservoirs to containment for permanent and safe storage, among others.

AspenTech's unique set of solutions are structured to drive and accelerate commercialization at large scale across all stages of carbon capture, utilization and storage: capture, utilization, transportation and geological storage.

Digital technologies can help accelerate the journey to the digital mine, where the entire operations, from exploration and surveying to drilling, blasting and excavating to processing and ultimately transporting material to customers is integrated and work together to maximize both profitability and efficiency.

Aspen Virtual Advisor (AVA) for DMC3™ is the quick-thinking, time-saving virtual advisor that APC engineers and process unit operators can turn to for expert advice and real-time insight into your APC controller. AVA can help close any experience gap, free up resources and provide recommendations in seconds. AVA provides insights into Aspen DMC3’s multivariate relationships, by analyzing historical process data and assessing the impact across multiple scenarios, responding instantly with actionable guidance. Learn how AVA can help you improve controller uptime, increase operator trust.

Process industries like bulk chemicals, specialty chemicals and pharmaceuticals strive to optimize production processes with existing resources and data to remain competitive and profitable. By implementing product and process quality analytics solutions like Aspen ProMV® and Aspen Process Pulse™, manufacturers can achieve operational and financial benefits while also improving fouling, product yield and overall plant efficiency. Watch this video to find out how leading chemical and pharmaceutical companies have saved up to 25% in costs and increased yield by up to 2%.

Aspen Virtual Advisor (AVA) for DMC3™ is the quick-thinking, time-saving virtual advisor that APC engineers and process unit operators can turn to for expert advice and real-time insight into your APC controller. AVA provides insights into Aspen DMC3’s multivariate relationships, by analyzing historical process data and assessing the impact across multiple scenarios, responding instantly with actionable guidance. Learn how AVA can help you improve controller uptime, increase operator trust.