Physical property models are the foundation of all process simulations, directly influencing equipment sizing, energy requirements, and capital cost estimates.

Frequent shifts in market dynamics and operational constraints make refinery decision-making increasingly complex. Traditional methods for refinery cost analysis and margin modeling struggle to keep pace, leading to inefficiencies and missed opportunities.

Process engineers are under pressure to optimize production while managing variable feedstock and shifting process conditions.

Fermentation modeling is essential for advancing sustainability initiatives such as biomass feedstocks and Sustainable Aviation Fuel (SAF); however, accurately simulating biological processes and scaling production can be complex.

Heat exchangers (HX) remain a key asset in the process industries, vital to ensuring energy efficiency and proper functioning of the plant. With the industry’s focus on sustainability and the challenges posed in developing novel sustainability projects, optimal HX design and operation are even more critical.

Watch experts from Carbon Circle, an EPC specialist in carbon removal and energy transition solutions, and hear how they are improving the economics, execution and scale-up of their projects—including energy-from-waste (EfW) with integrated CCS.

Designing a distillation column requires balancing thermodynamics, hydraulics, internals, energy use and cost—often with limited information early in a project. Decisions made at this stage play a critical role in shaping capital investment, efficiency and long-term operability.

Safety is a top priority for every process industry operator worldwide. Yet, many engineers still face challenges developing effective safety system designs. Working with multiple disconnected tools often makes it difficult to analyze all scenarios and address design risks, especially when manual data entry introduces errors.

Safety is a top priority for every process industry operator worldwide. Yet, many engineers still face challenges developing effective safety system designs. Working with multiple disconnected tools often makes it difficult to analyze all scenarios and address design risks, especially when manual data entry introduces errors.

Optimal design and operation of heat exchangers (HX) are critical for reducing energy usage, lowering emissions and ensuring proper plant performance.