Identify capital saving opportunities through designing and rating shell and tube heat exchangers.

Design and explore various fired heater configurations. Ensure optimal performance of exchangers and troubleshoot operations with sophisticated, flexible and easy to use modeling capabilities.

Design and rate multi-stream plate-fin exchangers to optimize performance and ensure profitable operations.

Meeting the demands of a growing population without compromising tomorrow requires a delicate balance of performance, resiliency and sustainability. Automation and digitalization are enabling companies to gain the insights, agility and flexibility needed to thrive in this environment.

Identify CAPEX and OPEX saving opportunities through designing and rating air-cooled heat exchangers for a variety of process applications, including single-phase, condensation, and evaporation.

Ensure process safety, reduce costs, save engineering time and simplify development of technical documentation with Dynamic Relief Load, Overpressure Protection Analysis, BLOWDOWN™ Valve Design and Rating, Flare Hydraulic Modeling, and Aspen Basic Engineering™. Read testimonials from customers such as Chiyoda Corporation, TechnipFMC, Chevron and Petrofac to discover how they leveraged our solution for substantial benefits.

Design, check and simulate the performance of gasketed, welded and brazed plate heat exchangers with ease to ensure cost-effective projects.

Accurately predict thermal and hydraulic operations of coil wound heat exchangers to reduce energy consumption.

AspenTech can optimize CAPEX and OPEX with heat exchanger design software modeling within the larger process using a comprehensive set of rigorous HX models.

Increase production, reduce OPEX and meet regulations by modeling the complexities of the SRU and the full gas plant.