Extending one common estimating platform from conceptual engineering through detailed design optimizes CAPEX and minimizes estimating risk. Aspen Capital Cost Estiamtor is an integrated estimation tool from project start to finish that delivers optimized designs at the right cost, with less rewor. Watch now to learn more.  

With custom modeling capabilities, engineers are empowered to eliminate barriers to optimize processes with special equipment and operations. With AspenTech’s custom modeling solution, take advantage of flowsheet style simulations, rich plotting, the ability to link models to excel, and built-in property data to build easy custom processes for chemical engineers. Watch now to learn more.

By using robust physical properties databanks and estimation capabilities, engineers are empowered to start modeling efforts with confidence. Using AspenTech’s Best-in-class physical properties for simulations, you have access to deep databanks, powerful property estimation, unique electrolyte data, and intuitive data regression capabilities. Watch now to learn more.

Aspen Mtell is a prescriptive maintenance solution that uses Agents to recognize asset failures earlier and with greater accuracy. Learn what an Agent is, what they do, how they are created, and how they work—to Safeguard equipment, people, and the environment.

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.

With increased initiatives around reducing energy consumption and greenhouse gas emissions, energy management is important for optimizing energy use. With aspenONE Engineering, you have access to advanced tools like pinch technology, streamlined in design. The integrated energy analysis capability helps you identify energy savings opportunities instantly. Learn more.

Learn the six best practices in planning and scheduling that will enable plants to advance their technological maturity—making your plant more reliable and profitable.

Finding ways to use petroleum resources while meeting the increasing demand for high-quality products and environmental regulations is one of the key challenges faced by the refining industry.

Whether it’s a pilot plant or a complex petrochemical plant, these facilities rarely run like a well-oiled machine. There are always unknown variable dependencies that are difficult to understand, and there’s substantial room for improvement. In many situations, optimization is not the focus for plants because there are issues with reliability and safety that take precedence. Does this sound familiar? The ability to simplify job tasks and boost efficiency will greatly enhance plant performance but also, make your job easier

It is critical for combined cycle power plants to control costs and increase efficiency. In order to accomplish these goals, these plants must make every effort to avoid costly shutdowns, including implementing the newest innovative technologies. This white paper details how combined cycle power plants can leverage the lessons learned from other industries to capture more value from capital equipment, thereby improving operations overall.