任何場景下的可燃氣、有毒有害氣體泄露都是潛在的安全隱患,一旦發(fā)生泄露,對人的生命安全和企業(yè)財產(chǎn)造成巨大損失,因此,為保障個人和生產(chǎn)安全,必須對作業(yè)場所的可燃氣、毒有害氣體進行有效的檢測,排除隱患,避免事故發(fā)生。
查看詳情空氣污染不斷演變,空氣質(zhì)量和安全已經(jīng)成為社會關(guān)注度更高的話題,PM2.5、VOCs、惡臭等空氣污染問題成為國家治理,行業(yè)關(guān)注的重點。
查看詳情采樣系統(tǒng)主要用于探頭無法安裝,操作空間受限或使用環(huán)境惡劣等工況,需要通過采樣的方式將待測氣體抽取倒檢測系統(tǒng)進行測量,工況惡劣的情形下需要經(jīng)過除水、除塵和降溫等預(yù)處理后進行測量,用于檢測有毒有害和可燃性氣體。
查看詳情惡臭是指一切刺激嗅覺器官引起人們不愉快感覺及損害生活環(huán)境的異味氣體。我國工業(yè)化進程的加快,不可避免地伴隨著惡臭污染的環(huán)境問題,惡臭相關(guān)的環(huán)保投訴也居高不下。惡臭氣體的來源十分廣泛,以工業(yè)生產(chǎn)、市政污水、污泥處理及垃圾處置設(shè)施等為主。科爾康提供惡臭氣體監(jiān)測解決方案,包括便攜式、在線式惡臭氣體檢測系統(tǒng)。
查看詳情科爾康公司推出首款適用于固定式氣體檢測器的分子光譜儀?(MPS?)可燃氣體傳感器。科爾康的Xgard Bright配置了Nevada Nanotech MPS傳感器,使用時無需校準,其“True LEL”可讀取15種可燃氣體LEL數(shù)據(jù)。在含有多種氣體的復(fù)雜環(huán)境下,可檢測出所有可燃氣體,因此降低了后續(xù)維護成本,減少了人員與設(shè)備之間的交互。除此之外,MPS傳感器還具有免疫中毒特性。
查看詳情甲烷氣體是民用及工業(yè)領(lǐng)域舉足輕重的燃料,也是制造氫氣、炭黑、一氧化碳、乙炔、氫氰酸及甲醛等物質(zhì)的原料,用途十分廣泛。甲烷易燃易爆,因此對燃氣安全的監(jiān)管、監(jiān)測就變得尤為重要??茽柨底鳛闅怏w安全監(jiān)測領(lǐng)域的專業(yè)服務(wù)公司,提供以TDLAS激光吸收光譜技術(shù)為基礎(chǔ)的甲烷監(jiān)測方案。
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Crowcon are proud to be a supporter of the UK’s first Hydrogen Week, taking place 13th – 19th February 2023, with the goal of bringing together stakeholders across the UK to celebrate and promote the role of hydrogen in reaching net zero.
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When dealing with hydrogen, as with any gas, health and safety is paramount. Hydrogen has a wide flammable range (4%–74% vol. in air), so even small quantities of H2 can cause explosions when mixed with atmospheric air. Just a spark of static electricity from a person’s finger is enough to trigger an explosion when hydrogen is present, and in many locations where hydrogen is used, spark ignition from electrical components or maintenance activities is an ever-present risk.
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These dangers are present across the hydrogen value chain from production and storage to distribution and use, with gas detection representing the first line of defence against hydrogen leaks.
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Crowcon’s molecular property spectrometer (MPS?) sensor technology offers the best solution for hydrogen gas detection. Requiring reduced maintenance and zero calibration for five years along with the elimination of sensor poisoning, the shortfalls of traditional sensing technology are eliminated with MPS. As well as driving up safety in areas where flammable gases pose a risk, MPS? technology generates significant savings on total cost of ownership, and reduced interaction with the unit drives down occupational risk for operators.
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