Applying our perspective to industry topics and trends
Gas purity is critical for a diverse array of applications and industries, ranging from semiconductor and electronics, to clean energy and solar, industrial manufacturing, and universities and research labs. Over the next few weeks, we’ll be releasing a series of blog posts focused on three key aspects of gas purification. In this, the first issue […]
How the Gas Delivery System is an Integral Part of Industry 4.0 Transformation In recent years, automation and data exchange capabilities have advanced to transform the face of manufacturing across sectors in a fourth, data-driven industrial revolution. Termed “Industry 4.0,” this pervasive movement encompasses numerous sub-movements including the industrial internet of things (IIoT), cyber physical […]
In the world of high-tech innovation, no two processes are alike; the gas delivery systems needed to support them are equally diverse. We explore cases where AES' gas delivery innovation stemmed directly from these customer-driven requirements.
While there are a number of factors that contribute to a system’s ability to achieve the highest levels of pure reliability, there is one element that is integral to enforcing purity standards: the gas purifier.
As we enter the New Year, we discuss key breakthroughs in materials, applications, and processes that are shaping the future of high and ultra high purity gas delivery next year and beyond.
As Applied Energy Systems kicks off its 50th anniversary celebrations, we take a look back at how our company has grown from its start in a small Malvern, PA garage to the leading manufacturer of gas delivery systems it is today.
Precision is everything when it comes to scientific research. But there is potential for experiment compromise when specialty gases are required, since even the slightest contamination of those molecules can drastically impact research findings. We discuss how the right gas delivery equipment overcomes this challenge to help researchers obtain accurate, consistent results.
At the heart of nearly all today's increasingly complex electronic devices are semiconductors, which are built and shaped using largely gas materials. We look at gases used in each step of the fabrication process, and show you why an operator's ability to precisely and accurately control those gases is what ultimately impacts output.
More and more manufacturers are seeking gas delivery systems that can maximize their production time by supplying specialty process gases in both higher volumes and at higher flow rates. We discuss the driving factors we’re seeing lead to the greater emphasis on high-volume gas delivery.
Contractors, architects, and engineers that specialize in innovative environments need to align with a gas delivery systems provider that can support their projects with application-specific equipment. Ideally, this partner would be able to fulfill the gas delivery equipment needs of multiple projects, helping streamline your vendor evaluation and selection process by becoming your go-to source for diverse system requirements whenever they arise.