😮 In dense industrial environments, a hydrogen flame can quickly spread, igniting nearby equipment, and triggering a hydrocarbon fire.While shutting off the hydrogen supply can extinguish the initial flame, the resulting fire can continue to burn 🔥 That’s why fire detection shouldn’t be limited to hydrogen flames alone. 🆕 Introducing the new Spyglass™ Xtend designed…

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31/01/2025 Wastewater Treatment: Teledyne GFD OLCT100 Posted by Emma Curthoys The OLCT100 delivers advanced technology and reliability for WWTW environments. Advanced MEMS Technology for Enhanced Performance One of the key advantages of the OLCT100 is its use of MEMS (Micro-Electro-Mechanical Systems) technology for methane detection. This innovative technology offers several benefits over traditional gas detectors.…

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Hydrogen can be mixed with natural gas and distributed through existing natural gas networks. Blending hydrogen makes it possible to reduce dependency on fossil fuels, while making use of existing infrastructures. However, upgrades are required to this infrastructure, including gas detection equipment, to account for hydrogen’s unique properties. Consequently, the GS700-Hydrogen was developed to detect…

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Teledyne Gas & Flame Detection has provided its GD10P infrared gas detector with a full firmware revision and upgrade, enhancing the product’s performance in high demand mode SIL2 approved applications. This milestone, as part of the product’s continuous improvement lifecycle, builds on circa 30 years of proven field experience for GD10P in the harshest industry…

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The British group Oldham was founded in the United Kingdom by Joseph Oldham in 1840. In 1949, Edgar Oldham, a descendant of the founder and president of Oldham & Son Ltd based near Manchester, established the Société française des procédés Oldham (SFPO) in Arras. 🏭 The Arras site produced and distributed miner’s cap lamp batteries,…

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