Detecting Methane Gas at Water Treatment Plants: iRed Inks Deal for Continuous Monthly Inspections

2023-01-09
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detecting methaneVolatus Aerospace Subsidiary iRed Signs Contract for Fugitive Gas Detection in UK

by DRONELIFE Staff Writer Ian M. Crosby

Volatus Aerospace’s UK-based subsidiary, iRed Ltd, has announced its signing of a contract for continuous monthly inspections for the detection of methane leaks at 14 water treatment facilities throughout the northwest United Kingdom.



As stated by “Faster and Further: Canada’s Methane Strategy,” Sept. 2022, Methane has 25 times more global warming potential than carbon dioxide across a period of 100 years. Fugitive methane emissions resulting from leaks, loose valves, or venting of methane gas lead to the loss of energy, higher costs, and environmental harm. Optical gas imaging (OGI) visualizes a thin band of the infrared spectrum, enabling the identification of methane and other hydrocarbon gasses that would otherwise be invisible to the naked eye. Through the use of OGI cameras, iRed® will carry out remote analysis of infrastructure at water treatment facilities across the northwest UK per the terms of its 12-month contract.

“This is a very strategic win,” said Volatus CEO Glen Lynch. “In Canada, gas leak detection for the oil and gas industry is already a major line of business for our Synergy Aviation subsidiary. The added capability of Optical Gas Imaging is expected to open new doors with our existing oil and gas customers as well as create new opportunities in the North American waste management sector. In parallel, iRed® can leverage the strength of our Oil and Gas expertise to generate new opportunities in that sector in the UK.”

“The production of methane is a natural part of the waste treatment process,” said iRed President Ray Faulkner. “Methane gas is captured and used for bio-energy production and carbon capture. iRed is a specialist in fugitive gas detection, mitigation, and inspection. But capturing that data is only half the story, we turn data into actionable reports for stakeholders such the Environment Agency to whom the operators are responsible. The potential for us is significant.”



According to Deloitte, the UK needs to greatly increase the use of renewable and other low carbon energy sources in order to progress towards net zero by 2050. The incineration of waste, such as biomass, is considered renewable energy that lowers overall emissions in comparison to leaving the waste in a landfill. Energy generation drops when the wind stops blowing and the sun goes down, but Biomass incineration can grant renewable baseload power. The University of Manchester’s research indicates that the UK “has the potential to generate up to 44% of its energy from biomass sources, including household waste, agricultural residues, and home-grown biofuels by 2050.”

Read more:

  • Volatus to Acquire Empire Drones, Expand in U.S. Market
  • Volatus Aerospace Acquires Synergy Aviation, iRed Remote Sensing
  • Volatus Acquires iRed Remote Sensing: Thermographic Survey
  • Volatus Acquires Synergy Aviation: More than 500,000 km of Pipeline Right of Way Surveillance
  • BVLOS Flight, No Visual Observers: Volatus and FlightOps Receive Cert in Canada

Ian attended Dominican University of California, where he received a BA in English in 2019. With a lifelong passion for writing and storytelling and a keen interest in technology, he is now contributing to DroneLife as a staff writer.



Miriam McNabb

Miriam McNabb



Miriam McNabb is the Editor-in-Chief of DRONELIFE and CEO of JobForDrones, a professional drone services marketplace, and a fascinated observer of the emerging drone industry and the regulatory environment for drones. Miriam has penned over 3,000 articles focused on the commercial drone space and is an international speaker and recognized figure in the industry.  Miriam has a degree from the University of Chicago and over 20 years of experience in high tech sales and marketing for new technologies.
For drone industry consulting or writing, Email Miriam.

TWITTER:@spaldingbarker

Subscribe to DroneLife here.







See Also

  • Methane Gas Detection? There's a Drone for That!
  • Volatus Aerospace Acquires Synergy Aviation, iRed Remote Sensing
  • Inspection Drones Detect Unmarked Gas Wells for PA Highway Project
  • Volatus Acquires iRed Remote Sensing: Thermographic Survey
  • California utility tests drones for remote monitoring, methane leak detection


参考译文
在水处理厂检测甲烷气体:iRed油墨处理连续每月检查

Volatus Aerospace公司位于英国的子公司iRed有限公司宣布签署了一份合同,将对英国西北部的14个水处理设施进行每月持续检查,以检测甲烷泄漏。正如2022年9月“更快和更远:加拿大的甲烷战略”所述,在100年的时间里,甲烷的全球变暖潜力是二氧化碳的25倍。由于泄漏、阀门松动或甲烷气体排放而导致的甲烷逸出会导致能源损失、更高的成本和环境危害。光学气体成像(OGI)可以将红外光谱的薄波段可视化,从而能够识别肉眼看不见的甲烷和其他碳氢化合物气体。根据12个月的合同条款,通过使用OGI摄像机,iRed®将对英国西北部水处理设施的基础设施进行远程分析。Volatus公司首席执行官格伦•林奇表示:“这是一次非常具有战略意义的胜利。“在加拿大,油气行业的气体泄漏检测已经成为我们Synergy Aviation子公司的主要业务。光学气体成像的新增能力预计将为我们现有的石油和天然气客户打开新的大门,并在北美废物管理领域创造新的机会。与此同时,iRed®可以利用我们的石油和天然气专业知识的优势,在英国该行业创造新的机会。”iRed主席雷·福克纳说:“甲烷的产生是废物处理过程的自然组成部分。”“甲烷气体被捕获并用于生物能源生产和碳捕获。iRed是气体逃逸检测、缓解和检测方面的专家。但获取这些数据只是故事的一半,我们将数据转化为可操作的报告,提供给经营者负责的环境机构等利益相关者。我们的潜力是巨大的。“根据德勤的说法,英国需要大幅增加可再生能源和其他低碳能源的使用,以便在2050年实现零排放。焚烧废物,如生物质,被认为是可再生能源,与将废物留在垃圾填埋场相比,可以降低总排放量。当风停止吹,太阳下山时,发电量就会下降,但生物质焚烧可以提供可再生的基载电力。曼彻斯特大学的研究表明,到2050年,英国“有潜力从生物质资源中产生高达44%的能源,包括家庭垃圾、农业残留物和自制的生物燃料。”阅读更多:伊恩就读于加州多明尼加大学,于2019年获得英语学士学位。他一生热爱写作和讲故事,对技术有着浓厚的兴趣,现在是DroneLife的特约撰稿人。TWITTER:@ spaldingbarker订阅DroneLife。

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