Ensuring process safety is important across the entirety of your plant or refinery. Within the process safety workflow, the rating, designing and debottlenecking of flare networks are essential to pressure relief analysis (PRA) projects. The Aspen HYSYS® software suite, including Aspen Flare System Analyzer, Aspen HYSYS Dynamics, and the PSV-sizing tool, provides a kit of process safety tools that enable you to produce the optimal flare system design — with greater ease and efficiency —across the complete plant or refinery.

Do your pressure relief analysis projects include any combination of the following steps: gathering process conditions, sizing PSVs, or completing flare network analysis? Process safety products from AspenTech address each step of your pressure relief analysis work, all within one software suite. Attend this webinar to learn how to best leverage and integrate each of our existing tools to streamline the entirety of pressure relief analysis projects.

In today’s market, dynamic simulation has become mission critical to the success of projects, especially when tight cost margins are on the line. During this webinar, Craig Mackay from Xodus Group will describe practical applications of dynamic simulation throughout the lifecycle of a recent project, from front end engineering design (FEED) to commissioning.

Designing and validating the hydraulics of a flare system for the safe process of multiple systems can be challenging. This webinar highlights flare best practices and new features in the latest version of Aspen Flare System Analyzer.

You’re speaking and we’re listening! During this first-ever “Viewer’s Choice” Webinar, we’ll cover topics submitted by you, the viewer, and answer some of the most frequently asked relief-sizing questions. Join us to see how AspenTech’s relief-sizing software solutions can remove bottlenecks in your projects and save you valuable engineering hours. During this webinar, view live, technical demonstrations addressing relief-sizing situations you encounter in your safety analysis workflow, and participate in an extended question and answer session.

While most chemical companies have sustainability initiatives in place with varying reliance on digital technologies to achieve these goals, challenges remain. What are the key enablers to eliminate emissions and waste, extend material use and regenerate natural systems? How do new innovations accelerate this effort?

BLOWDOWN Technology, developed by Dr. Graham Saville and Professor Stephen Richardson of Imperial College London, is now available in Aspen HYSYS, creating the optimal tool for completing depressurization projects. Join technical experts from AspenTech and BLOWDOWN Technology consultants to discover how this technology can ensure the accurate design of depressurization systems that’s vital for safe operations.

Sustainability remains top-of-mind for most executives as they work to balance environmental concerns with business performance. Digital solutions have emerged as a key enabler to help companies make progress toward their sustainability goals.

Accurate and rigorous design of depressurizing systems — including staggering the release of contents into the flare system to minimize peak loads — is a challenge, but it’s critical to making sure the process operates safely. During this webinar AspenTech safety product experts discuss BLOWDOWN Technology best practices. You’ll also see demonstrations on how to model an entire depressurization system, individually or staggered.

You’re speaking and we’re listening! During this first-ever “Viewer’s Choice” Webinar, we’ll cover topics submitted by you, the viewer, and answer some of the most frequently asked relief-sizing questions. Join us to see how AspenTech’s relief-sizing software solutions can remove bottlenecks in your projects and save you valuable engineering hours. During this webinar, view live, technical demonstrations addressing relief-sizing situations you encounter in your safety analysis workflow, and participate in an extended question and answer session.