Carbon capture is a critical lever for the hard-to-abate chemical industry. Feasibility for these new, innovative processes relies on technical and economic optimization.

Process safety remains a top priority for companies worldwide, but balancing CAPEX against the need to design safety systems for multiple emergencies can be challenging. Aspen HYSYS Dynamics™ and Aspen Flare System Analyzer™ are proven to accurately model flare systems while reducing CAPEX.

Advanced simulation tools are key to overcoming the challenges of the green hydrogen economy. Process engineers who leverage Aspen Plus® simulation software can optimize hydrogen production processes, boost efficiency and reduce costs.

Process safety remains a priority for companies, but balancing the design of safety systems to withstand risks against higher CAPEX costs is challenging. Accurate, efficient modeling of depressurization is key, especially in carbon-capture processes.

Optimizing chemical processes requires input from multiple disciplines – engineering, costing, safety and environmental. Evaluating these factors early in the design lifecycle significantly improves the quality of the design and reduces time spent collaborating across teams.

As critical net-zero targets remain top of mind for today's chemical and energy companies, technologies like solvent-based carbon capture can be deployed to reduce carbon emissions and advance sustainability goals.

In the fast-paced world of specialty chemicals and polymers, rapid design and development are critical to stay ahead. Process simulation technology has evolved to streamline these processes, delivering accelerated product launches and efficient scale-ups.

As critical net-zero targets remain top of mind for today’s chemical and energy companies, technologies like solvent-based carbon capture can be deployed to reduce carbon emissions and advance sustainability goals.

Reducing energy use and GHG emissions remains a priority for the process industries. However, when designing more energy efficient plants or revamping existing sites, a high level of expertise is required to perform Pinch analysis. Engineers have limited time available for design, and the use of separate tools by multiple disciplines also brings the risk of errors due to manual data transfer.

Leveraging process modeling tools is vital for accelerating the journey to market for new products, or for optimizing the margins of existing processes.