White Paper

Five Best Practices for Refineries-Maximizing Profit Margins Through Process Engineering

Learn the five best practices in process simulation technology used by refinery experts to optimize refinery operations and maximize profits.

White Paper

7 Secrets to a Well-Run Plant (for Plant Managers)

In this white paper, plant managers, engineers and supervisors can learn the different ways simulations models can be used throughout the lifecycle of their plant. It focuses on seven areas you can use process simulation software (like Aspen Plus or Aspen HYSYS) for troubleshooting, process monitoring, and real time performance monitoring or real time optimization (RTO).

White Paper

Manufacturing Excellence in Specialty Chemicals: Six Essential Levers

A roadmap for transforming manufacturing performance via the adoption of proven industry best practices strongly aligned to the key value drivers of specialty chemical producers. It illustrates how producers can leverage technology to enable innovative manufacturing practices that improve product quality, increase customer responsiveness, and drive cost efficiency.

White Paper

Streamlining Projects with a Modular Approach

This article published in Business Standard [India], by Sunil Patel and Ron Beck, describes how E&Cs can gain a competitive advantage, achieving lower design costs (CAPEX) for clients through modular design; and using aspenONE engineering for design templates.

White Paper

6 Keys to Operational Excellence in the Process Industries

Bring together the power of data to operate your plant more efficiently, with advanced visualization software that helps production, quality and process engineers remedy and avoid events that limit production profitability. Learn how data visualization & analytics improves operating efficiency.

White Paper

Don’t Leave Your Refinery’s Profits on the Table

Discover how advanced process simulation technology improves crude distillation unit operations.

White Paper

White Paper: Beyond Oil Digitalization-The Roadmap to Upstream Profitability

This paper discusses digital transformation in the oil patch. It explores how upstream industry leaders are capitalizing on the explosion of data and how, in particular, merging rigorous process models with both analytics and data visualization can help achieve a competitive advantage. It also reveals how innovations from AspenTech are helping to lead the way toward asset reliability and profitability.

White Paper

Dehydration with Aspen HYSYS: Validation of the CPA Property Package

Dehydration units are often overdesigned, resulting in high capital or operating costs. In order to ensure design options meet the necessary requirements of saving capital, solvent or energy costs, thermodynamic modeling and a holistic view of operations is needed. This paper discusses the dehydration modeling technology available with Aspen HYSYS in V10 and above. Aspen HYSYS has historically employed the glycol property package for TEG. With the addition of the Cubic-Plus-Association (CPA) package in V10, Aspen HYSYS can be used to model dehydration with TEG, MEG and DEG.

White Paper

Addressing Complex Challenges with Rundown Blending in Aspen Refinery Multi-Blend Optimizer

The refining market is ever evolving due to market trends continuously changing. Typically, refiners use spreadsheets to develop a schedule, but are often limited to time-based scheduling due to spreadsheet limitations. In Aspen Refinery Multi-Blend Optimizer, schedulers use rundown components continuously, while respecting tank inventories and constraints, to generate a refinery-wide blend schedule on a single database. Download this white paper to learn more today!

White Paper

Extended Functionality and Validation of Sulsim Sulfur Recovery in Aspen HYSYS

Download this white paper and learn how the leading technology for sulfur recovery was incorporated into Aspen HYSYS, as well as its new functionality. With the market-leading accuracy of Sulsim Sulfur Recovery and Acid Gas Cleaning, you can now model and optimize the whole gas process in one environment.

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