In this white paper, Endress+Hauser, a global leader in measurement instrumentation, services, and solutions for industrial process engineering, reveals critical insights into reducing carbon emissions through innovative carbon capture, utilisation, and storage (CCUS) technologies.
In this white paper, gas measurement specialists, CO2Meter, unlock critical knowledge on how to protect your medical or pharmaceutical facility with industry-leading gas safety strategies.
In this white paper, creator of Aerosphere®, CO2 Monitoring, discusses the context of CO2 in the workplace, the health and safety risks of overexposure and leaks, and how compliance saves lives.
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Discover how Modern Hydrogen sets new standards for utility companies with advanced methane pyrolysis technology. Explore in this latest report the pivotal role of Modern Hydrogen Methane Pyrolysis, a scalable and economically feasible method for maximising hydrogen’s potential.
As millennials and digital natives take on decision-making roles, the demand for seamless online interactions is growing, even for complex transactions like gas cylinder rentals.
This white paper, “5 Practical Tips for Implementing Ecommerce,” explores how ECI, a leading B2B e-commerce solution provider, is enabling companies to successfully get their sales team to buy into their e-commerce website and thrive in the evolving digital marketplace with 5 practical tips – including real-world success examples from General Distributing.
This white paper from Panametrics (a Baker Hughes company) titled “Moisture Measurement Technologies for Natural Gas”, we delve into critical aspects of moisture control in the natural gas industry.
This white paper from CO2Meter titled “5 Steps to Building a Gas Safety Culture in the Workplace” delivers critical insight on establishing a safety culture specifically tailored to handling gas-related hazards and emphasizes the importance of using gas safety monitors for early detection of potential leaks or overexposure.
To design safe electrical systems for hazardous locations, you’ll have to pay close attention to every electrical component that you use—including any wire bushings.
In the past, it was difficult to find feed-throughs and wire or line bushings that you could customize to your needs while meeting compliance standards for hazardous locations. Now, however, there’s an approach to feedthrough and wire bushing design that makes it far easier to meet all the relevant regulations without sacrificing design freedom. The key to this approach involves the use of epoxies to create hermetic seals around the wires.
This white paper from electrical safety solutions specialist Douglas Electrical Components (DEC) focuses on the crucial role of wire bushings in designing safe electrical systems for hazardous locations and introduces innovative solutions to meet evolving industry needs.
Many industrial processes and manufacturing applications require ultra-precise gas analysis techniques to improve efficiency, quality, and safety. However, traditional methods such as gas chromatography (GC) are often costly and slow with results. Is it time to consider a change?
There is a better way: The Thermo Scientific™ MAX-iR™ gas analyzer, using innovative OE-FTIR technology, can quickly analyze multiple gases down to single digit parts per billion (ppb), and for some high-purity applications it can even measure down to mid parts per trillion (ppt) levels. The MAX-iR gas analyzer can do this in real time, providing a fast, efficient alternative to GC-based techniques. This E-book from Thermo Scientific™ provides a collection of technical resources that can help you learn more about how this new technology performs efficient gas analysis, and find out how the MAX-iR is redefining what an FTIR gas analyzer can do.
When having a need for hydrogen, an organisation must understand both its physical needs in terms of how the hydrogen will be used as well as its business needs. This white paper identifies some of the key considerations to be aware of when procuring hydrogen for your business.
