GHGSat specializes in providing methane emissions monitoring services using proprietary satellite and airborne sensors. Our constellation of satellites monitors and measures emissions from various sources, including industrial facilities such as coal mines, landfills and oil and gas infrastructure. Our emission monitoring services empower carbon-intensive industries with accurate data that can be used to reduce their greenhouse gas emissions and achieve their emission reduction goals.
In addition, we offer a complete view of emissions data and analytics in our emissions intelligence platform, SPECTRA, allowing our clients to easily access, analyze and communicate the right information to initiate effective mitigation strategies within their organization. Our goal is to provide accurate and actionable data to help businesses make informed decisions about reducing their greenhouse gas emissions.
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The Global Methane Pledge
The Global Methane pledge has emerged as a critical initiative aimed at addressing the urgent need to reduce methane emissions worldwide. Governments around the world have recognized the significant impact of methane on climate change and are actively seeking ways to take action. By committing to reduce methane emissions, countries are demonstrating their dedication to combating global warming and achieving sustainability goals.
GHGSat’s methane emission technology and data plays a crucial role in supporting countries in their efforts to achieve these targets. The accurate and detailed methane emissions data provided by our satellite monitoring and data services enables governments and operators to monitor and track emissions in high-resolution more frequently on a global scale. By utilizing GHGSat’s data, countries gain valuable insights into the sources and locations of methane emissions, allowing them to prioritize and allocate resources effectively. This information enables governments to develop targeted policies and regulations, as well as monitor the progress and effectiveness of their mitigation efforts.
Our satellite technology also offers the advantage of being able to track emissions from specific sources such as pipelines, landfill sites, and oil and gas infrastructure. This capability is especially valuable for governments seeking to address methane emissions from these specific sectors. By accurately measuring and monitoring emissions from these sources, countries can implement measures and policies to improve infrastructure, and promote cleaner practices. As the global methane pledge gains momentum, GHGSat’s data and expertise will continue to play a vital role in helping countries combat climate change and achieve a more sustainable future [Learn More].
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The Importance of reducing Methane
Methane, a major greenhouse gas, is a large contributor to climate change, its impact is nearly 80x that of carbon dioxide over a 20 year period and it is largely due to human related activities [ref]. The current level of atmospheric methane is higher than pre-industrial levels, with fossil fuels, transportation, coal mining and agriculture being major sources of methane emissions [ref]. In addition, wastewater treatment facilities and landfills are also sources of methane, which is largely produced through the breakdown of organic matter on these sites [ref].
The increase in atmospheric methane has a significant impact on climate change as it amplifies the warming of the Earth’s atmosphere, known as global warming. This leads to more frequent and intense heat waves, droughts, floods, and other extreme weather events [ref]. Thus, it is important that we work together to reduce the impact of climate change by putting in effective measures to understand, verify and reduce greenhouse gas emissions.
In order to mitigate this impact, there is a need to reduce human-made methane emissions. This can be achieved through measures such as monitoring and capturing methane emission data.
Monitoring methane emissions is a vital tool for businesses that are seeking to reduce their greenhouse gas emissions and mitigate their impact on climate change.
By monitoring methane emissions, businesses and industries are able to:
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Identify the sources of emissions: Methane emissions come from a wide range of sources that can be persistent or intermittent, and identifying the sources of these emissions can be challenging. By monitoring methane emissions frequently, businesses can pinpoint the sources of methane emissions, identify areas where emissions can be reduced and make actionable decisions
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Strategize reduction targets: Once the sources of methane emissions are identified, businesses are able to use this data to set emission reduction targets and track progress..
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Mitigating risks: Methane emissions carry various risks for businesses, including regulatory non-compliance, safety hazards, and damage to reputation. Accurate and consistent monitoring of methane emissions empowers businesses to identify trends and proactively address them, thereby reducing these risks.
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Save costs: By collecting accurate data on methane emissions, businesses are empowered with data that can be used to help strategize emission reduction across the organization, which results in lower operational costs..
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Global satellite emissions monitoring and intelligence
GHGSat has pioneered the high-resolution satellite monitoring of methane using our patented sensor technology. Our constellation of high-resolution satellites can attribute emissions directly to individual facilities worldwide.
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Using high-resolution methane satellites to reduce GHG emissions
Our monitoring services include providing accurate and reliable satellite data with our high-resolution satellite monitoring, as well as high-resolution aerial methane monitoring, using the same patented sensor technology. This makes us the only company that can operate the same sensor at different altitudes, ensuring we can meet the requirements of our customers.
Our Global Survey service leverages public and private third-party satellite emissions datasets to provide timely analysis of large emissions events to operators – and boosts worldwide monitoring coverage. Global Survey uses our on-house data processing and analysis capabilities with customers accessing the results through our SPECTRA platform – making it easy to share and take action on fugitive emissions.
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Expanding Technology
The constellation currently consists of six satellites in orbit, and we have plans to deploy an additional six satellites by the end of 2023. This expansion doubles our satellite monitoring capabilities, enabling us to measure a greater range of methane emissions and provide more frequent revisits to sites of interest.
GHGSat has recently launched 3 new satellites into orbit in collaboration with SpaceX, marking a significant advancement in the fight against climate change. These satellites represent a major milestone in our mission to provide accurate and high-resolution data on greenhouse gas emissions.
The launch of these new methane satellites signifies GHGSat’s commitment to enhancing its monitoring capabilities and expanding its global coverage. The satellites are equipped with advanced technology that allows for more precise and frequent measurements of methane emissions. With improved resolution and data collection capabilities, GHGSat can deliver even more accurate and detailed information to its clients.
By harnessing the power of space-based observation and data analysis, GHGSat’s new satellites contribute to a more comprehensive and informed approach to tackling greenhouse gas emissions and promoting a sustainable future.
Our goal is to provide our customers with the tools they need to make informed decisions and take proactive steps towards reducing their greenhouse gas emissions.
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