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A plume of methane is seen in a satellite image of a waste treatment facility in the Montreal suburb of Terrebonne, Queensland, on November 9, HOThe Canadian Press. Over the past two years, remote sensing company GHGSat has been surveying the world and pinpointing where human-made methane is entering the atmosphere and contributing to climate change. On Friday, the Montreal company showed off another such location, this time in its own backyard. A landfill north of the city was spewing methane at about 1.2 tonnes an hour when one of the companys six satellites flew overhead on Wednesday afternoon. the reinforcing effect of the wind. However, it is unclear where and when the methane was observed. Although GHGSat is far from the largest GHGSat emission observed globally, the detection is very important for Canada, especially if it involves an ongoing release rather than a one-time event. Thats a pretty significant emission, given that its likely to be continuous, said Jean-Francois Gauthier, GHGSats vice president of measurements and strategic initiatives. Located on the outskirts of Montreal in Terrebonne, Que. operated by Complexe Enviro Connexions, a Texas-based solid waste management company that is part of Waste Connections Canada. Izzy Abrams, the companys vice president of government and external affairs, confirmed the methane emissions in a statement. He told The Globe and Mail that this is related to the work to ensure the efficiency of the biogas capture system at the Terrebonne site. The statement also said the system captures 97 percent of on-site natural gas and that approximately 1.3 million tons of CO2-equivalent greenhouse gases have been avoided since installation 10 years ago. Gauthier said this is not the first time GHGSat has detected methane releases at the site, and it is one of the few landfills in Canada where his satellites have recorded methane leaks at comparable levels. This site has been on our list for a long time, he said. The choice of the Montreal site was driven in part by weather and timing, Gauthier said, because satellites that use infrared light to detect methane cannot look for sources below cloud cover. usually do not provide information on the exact locations of observed methane emissions. This is information that the company typically shares with its paying customers and government and industry partners. However, at the international climate talks currently taking place in Sharm el-Sheikh, Egypt, the company said it would release one new observation each day to draw attention to the ubiquitous methane problem. The invisible gas holds the atmosphere 25 times stronger than carbon dioxide.The methane plume is visible in a satellite image of a waste treatment plant in the Montreal suburbs of Terrebonne, Queensland, on November 9. and identifying places where human activity releases methane into the atmosphere and contributes to climate change. On Friday, the Montreal-based company opened another such location, this time in its own backyard. A landfill north of the city was ejecting methane at about 1.2 tonnes per hour as one of the companys six satellites flew overhead on Wednesday afternoon. from the complex effects of wind. However, it is not known where and when methane was discovered. While far from the highest emission observed by GHGSat in the world, this finding is significant for Canada, especially if it is related to an ongoing leak rather than a one-off event. These are quite significant emissions considering that they are likely to be emitted continuously, said Jean-Francois Gauthier, GHGSats vice president, Measurements and Strategic Initiatives. operated by Complexe Enviro Connexions, part of Waste Connections Canada, a Texas-based solid waste management company. He told The Globe and Mail that this is related to the work to ensure the efficiency of the biogas capture system at the Terrebonne facility. The statement also said the system is capturing 97 percent of the natural gas produced at the facility. and that approximately 1.3 million tonnes of CO2-equivalent greenhouse gases have been avoided since installation 10 years ago. Gauthier said this is not the first time GHGSat has detected a release of methane at this site, and it is one of the few landfills in Canada where its satellites have recorded comparable amounts of methane. Gauthier said the choice of a location in Montreal was dictated in part by weather and time, as satellites that use infrared light to detect methane cannot look for sources below the cloud cover. observed methane emissions are usually not published. The information that the company typically communicates to its paying customers and partners in government and industry. The ubiquitous problem of methane Invisible gas captures the atmosphere 25 times more strongly than carbon dioxide.A methane plume is visible on November 9 in a satellite image of a waste treatment plant in Terrebonne, a suburb of Montreal, Queensland. and identifying locations where human activities are releasing methane into the atmosphere and contributing to climate change. On Friday, the Montreal-based company opened another such location, this time in its own backyard. A landfill north of the city was spewing methane at about 1.2 tons per hour when one of the companys six satellites flew overhead on Wednesday afternoon. from the complex effects of the wind. However, it is unclear where and when the methane was discovered. Though far from the largest emission observed by GHGSat globally, the finding is significant for Canada, especially when related to an ongoing leak rather than a one-off event. These are quite significant emissions as they are likely to be emitted permanently, said Jean-Francois Gauthier, GHGSat Vice President for Measurements and Strategic Initiatives. operated by Complexe Enviro Connexions, part of Waste Connections Canada, a solid waste disposal company headquartered in Texas. He told The Globe and Mail it was related to work to ensure the efficiency of the biogas capture system at the Terrebonne site. The statement also said the system captures 97 percent of the natural gas produced at the facility. and that about 1.3 million tonnes of CO2-equivalent greenhouse gases have been avoided since its installation 10 years ago. Gauthier said this is not the first time GHGSat has detected methane releases at the site and it is one of the few dumps in Canada where its satellites have recorded comparable levels of methane. for a long time, he said. The choice of the Montreal site was determined in part by weather and timing, Mr Gauthier said, because satellites using infrared light to detect methane cant look for sources below cloud cover. The exact ones Locations of Observed methane emissions are not normally disclosed. This information the company typically makes available to its paying customers and partners in government and industry.

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