Recently AspenTech® and the ARC Advisory Group conducted a study on the circular economy among industrial manufacturers. Early results indicate that complex supply chains and proven technologies are the most significant barriers to achieving circular economy goals with 75% of respondents believing digital capabilities are essential.
Join our experts, including Vice President of ARC Peter Reynolds, as they address the top challenges facing today’s industry leaders in advancing the circular economy. Topics will include:
The webinar will also address how industry leaders in the chemicals and petrochemical industries are leveraging the circular economy and digital technology as part of an overall sustainability initiative.
Reactive metals such as titanium and zirconium are long trusted by chemical plant owners, operators, and licensors for corrosion-resistance in demanding high-pressure and high-temperature piping systems. However, these metals are costly and may have design and reliability limitations including toughness and crack growth concerns when used in solid form. Cladding titanium or zirconium alloys to the interior of carbon steel or stainless-steel pipe with very well characterized mechanical properties offers the anti-corrosion benefits of reactive metals at a significantly reduced cost.
NobelClad has developed a unique cladding process that greatly exceeds the loose-lining process, allowing for a substantially higher mechanical integrity across the entire piping system. The product is marketed as DetaPipe™ and can be formed into pipes and elbows and soon into tees, ranging from 3-inch NPS (80 DN) to 30-inch NPS (750 DN). The new pipe adheres to the ASME B31.3 standards and withstands pressure ratings from full vacuum to well above 70 bar (1000 psi). Pipe spools have several connection types such as ANSI B16.5 or ANSI B16.47 flanges, including other commercially available energized seal options.
During this presentation, the authors will present the general mechanical properties and attributes of this clad pipe product, and how it offsets the concerns of using solid refractory metals when handling acids such as acetic acid, acrylic acid, nitric acid, sulfuric acid, urea, and many more.
Offered Free by: NobelClad
Technologies that utilize artificial intelligence (AI) have been expanding rapidly within the power and chemical process industries. Deploying AI technologies carries potentially large benefits in identifying ways to optimize processes, but also carries risks associated with what data are used to “teach” the programs, and how the technology hones in on answers. This webinar is designed to show examples of areas where AI has proven itself to be vital in solving complex problems, such as in increasing safety and security. Join us for this webinar to learn more about these real-world examples.
Sponsored by: Canvass and Samsara
Whether you are just beginning your digital journey are well on your way with the end goal in mind the hardest part of transitioning is creating in ROI. This webinar will look at the value of the digitalization focusing on how you can turn your cost in two assets.
Presented as part of the Connected Plant Conference
Sponsored by: Siemens Energy
The artificial intelligence (AI) market is growing at lightning speed. However, AI platforms come in different shapes and sizes that may not suit the industrial environment or the right power users. For example, some AI platforms are built for cross-vertical purposes, such as health, finance, logistics and retail. While these platforms may provide a horizontal offering, industrial companies need the depth of industrial-specific expertise that can manage the volume, variety and velocity of industrial data, and the variability that is typical in industrial environments.
Not all AI platforms can stand up to the complexities of the chemicals sector. So, when it comes to empowering the chemicals industry, generic AI platforms will simply fail. What’s more, some AI platforms are built for data scientists. However, the demand for data scientists globally far outstrips supply, and not all industrial companies may want to invest in teams of data scientists to fuel their AI strategy. By taking this approach, industrials also risk leaving the subject matter experts on the sidelines during the digital transformation of their operations. Instead, chemical companies should consider an Industrial AI platform that is built to support industrial operational environments and empowers industrial operators.
In this webinar, learn about the key capabilities that chemical companies need when they implement an Industrial AI platform. Join Forogh Askari, Industry Lead at Canvass AI and Lloyd Colegrove, Dow retired, as they discuss the key challenges facing the chemicals sector, how Industrial AI can solve them, and how chemical engineers can successfully adopt and scale it across their operations.
Offered Free by: Canvass AI
So many people talk about it . . . . digital transformation! But what is it really? Why do you need to ‘transform’? What’s in it for your facility or enterprise, and what are the concrete steps you can take to begin?
To start, consider the daily challenges you face, like mitigating risk to equipment and personnel throughout your manufacturing process; an increasing shortage of skilled labor to maintain an ever-aging set of assets, escalating regulatory demands and a growing concern over sustainability and the circular economy.
Well, a comprehensive approach to digital transformation – and smart technologies including IIoT devices, cloud computing and analytics – can enhance overall efficiency and improve your response to regulatory demands and the other challenges impacting your business.
The journey, however, is not as daunting as you think. Join us for this webinar and we’ll help you understand how to get started, where to begin and explain some of your options for enhancing every aspect of your operations to achieve a connected chemical plant.
Offered Free by: Rockwell Automation
See All Resources from: Rockwell Automation
Hoses may seem like straightforward components, but choosing the right one for your applications is not always easy. Not all hoses are created equal—even hoses of similar construction—and hoses must be carefully matched to applications.
Hoses will often fail or wear prematurely if they are not well suited for an application, and even properly selected hoses can fail if installed incorrectly. Hose failures are unfortunately a very common source of equipment downtime and can create significant safety risks, so it is important to treat hoses as critical equipment and handle their selection accordingly. In this webinar, we will teach you how.
Attend this presentation to learn:
Offered Free by: Swagelok
Pressure regulators play a crucial role in many industrial fluid and instrumentation systems, helping to maintain or control desired pressure and flow in response to system changes. It is important to select the right regulator to keep the system operating safely and as intended—the wrong choice can lead to inefficiency, poor performance, frequent troubleshooting, and potential safety hazards.
Knowing how to choose the right regulator requires an understanding of the different types of regulators, how they function, and how they can be applied to meet the needs of your system. Wouter will talk more about pressure regulators, their functionality, and how to determine the best option for your system needs.
Process variability is one of the key causes of waste in manufacturing. By maintaining process consistency we’re able to run our operations more efficiently – reducing waste and the cost of poor quality. In this webinar you will learn how to use centerlining and other process data visualization techniques to identify a problem in your process, proactively solve the problem, and implement a preventive operational solution and backstop if the problem is recurring.
This course will help you learn how to achieve your safety goals by eliminating significant time and cost barriers that keep you from improving overall plant safety. You will learn how you can avoid safety incidents, keep site personnel safe, protect the environment and improve corporate financial health, all while having minimal impact on operational performance.
Emerson has a comprehensive set of technologies and services to provide early detection of potential safety incidents and to mitigate the consequences. Our digital innovations help reduce spills, leaks and prevent any hazardous releases by identifying corrosion or erosion risks, pressure relief events and tank overfills. Our comprehensive SIS portfolio with advanced diagnostics can ensure you are exceeding Safety Integrity Levels and extending proof test intervals. This includes detecting entrained air using our Coriolis meters that could be an indication of a seal failure. Also, our safety certified advanced diagnostics in our pressure transmitters can detect plugged impulse lines and electrical loop issues to keep processes running and people safe.