The Importance of Early Detection in Preventing Battery Thermal Runaway In industries where battery technology is integral to operations, preventing thermal runaway is crucial for ensuring both safety and operational efficiency. Traditional methods of detecting battery issues, like hydrogen detection, are often too late, occurring only once the battery is already in critical condition. This […]
Propane: A Sustainable and Efficient Alternative in Refrigeration and HVAC Systems Refrigerants play a critical role in industries such as HVAC, refrigeration, and heat pumps, where they are used to transfer heat and maintain temperatures in controlled environments. Over time, the demand for more efficient, eco-friendly, and safe refrigerants has grown, driven by concerns about
The Rise of Propane (R290) as a Sustainable Refrigerant Read More »
A Shift in the Energy Landscape As Europe and others are making a shift towards cleaner energy, hydrogen is quickly emerging as a viable alternative to natural gas. Hydrogen’s potential to decarbonize heavy industries like steel manufacturing, cement production, and power generation makes it an essential part of the region’s sustainability strategy. National Gas, a
Revolutionizing Hydrogen Emissions Monitoring for a Greener Future Read More »
WHITEPAPER The Future of Hydrogen: Safe, Efficient, & Emission-free Explores the key opportunities and challenges surrounding hydrogen as a fuel source, with a focus on safety and efficiency Download
Whitepaper: The Future of Hydrogen: Safe, Efficient, and Emission-Free Read More »
In the world of gas detection, efficiency, reliability, and performance are paramount—especially in hazardous environments. NevadaNano’s MPS™ 6.0 Ultra-Low-Power (ULP) Flammable Gas Sensor takes gas detection technology to new heights, offering unmatched accuracy and power efficiency. Here’s how the MPS™ 6.0 is revolutionizing the industry. Reduced Power Consumption with TrueLEL™ Multi-Gas Detection One of the
Advancements in Gas Detection: Overcoming the Limitations of Traditional Technologies For decades, the gas detection industry has relied on two key technologies: the Catalytic Bead Sensor (CAT/Pellistor) and Non-Dispersive Infrared Sensor (NDIR). These sensors have significantly increased safety in environments where flammable gases like methane, hydrocarbons, and hydrogen are present. However, while these technologies have
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Why Safety is Non-Negotiable in Gas Detection In industries where flammable gases like methane and hydrogen are present, safety is everything. A false alarm can lead to unnecessary shutdowns, while a missed detection could have catastrophic consequences. That’s why stringent safety standards like EN 50271 exist—to ensure that gas detection sensors operate reliably when lives
The Importance of EN 50271 Certification in Gas Detection – And Why It’s Not Enough Read More »
Global emissions from the fossil fuel industry have been a contentious issue for decades, even with methane, also referred to as natural gas. In particular, methane emissions in the United States have been difficult to measure, prompting the EPA to introduce Method 21. And the recent passage of the Inflation Reduction Act, the most significant
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The harmful effects of many greenhouse gases and air pollutants have increasingly drawn public attention in recent years. While much of the attention has been on carbon dioxide, rising methane emissions are another danger. We must consider the environmental impact of methane. Without a considerable methane emissions reduction, the likelihood of reaching global climate change
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Butane is a hydrocarbon gas commonly produced while refining crude petroleum, or it can be found in natural gas deposits. Butane can be found in many households as it is filled in portable gas cylinders and used as a household fuel that can power anything from gas grills to heaters. But butane is found in
What You Need to Know About Butane and Butane Gas Sensors Read More »