Global Greenhouse Gas Monitoring

Gallery Global Greenhouse Gas Monitoring 1
Gallery Global Greenhouse Gas Monitoring 1
February 2020
By GHGSat
Headquarters Montreal, QC H2W 1Y5, Canada
Share

Global Greenhouse Gas Monitoring - A solution using high-resolution satellites to detect and quantify greenhouse gas emissions from selected industrial sites, anywhere in the world.

This satellite solution provides an easy to deploy, precise, safe, economical and consistent platform for detection and quantification of greenhouse gas emissions from industrial facilities.

Industrial operators are increasingly setting targets for their greenhouse gas emissions, but many don't have a way to measure their emissions cost-effectively. GHGSat solves that problem by using nano-satellites to detect and quantify greenhouse gas emissions from industrial facilities, anywhere in the world. GHGSat's satellite provides a birds-eye view of any site on the planet, no matter how remote or isolated. Using this satellite in orbit, we can detect emissions of methane and carbon dioxide for specific industrial sites. Our solution offers unparalleled resolution, for a lower cost than traditional methods. Gas wells and industrial facilities are often in inaccessible areas or spread out over vast areas. Using traditional methods of measuring emissions from locations like that can be costly, inconsistent, and hazardous to personnel. Monitoring GHG emissions is valuable on many different levels, such as: - Economics: methane in particular is a valuable commodity, and in many cases methane leaks can be repaired with a positive ROI. - Health & Safety: methane is explosive and leaks can endanger both employees and any local residents near a leak. - Regulations: customers are subject to a wide range of environments, and are increasingly setting their own internal targets even where there are no regulations. - Competition: several customers are interested in monitoring each other or alternative energy sources – e.g. gas vs. coal.

  • /

Key features

  • Observations from space provide a consistent method of measurement for all sites in the world
  • Minimal costs to monitor numerous wells when compared to traditional methods
  • Compiling information from the platform and other services gives a predictive method of leak detection
  • The system does not require any on-site equipment at the source

Profitability

  • Range from 20-50% cost savings, depending on sector and geography

Company Profile

Maturity Stage

  • Medium and large scale commercialization
  • Small scale commercialization
  • Initial market commercialization
  • Prototype testing in the real world
  • Prototype testing 1:1 in the lab

Looking For

Activity Region

  • /
  • Headquarters
  • Activity

Related Topics

The information set out above, is solely for the purposes of information and the Solar Impulse Foundation does not provide any guarantee as to its authenticity, completeness or accuracy. This information does not constitute investment advice or a recommendation to buy into, transact or to enter into any agreement with any of the parties or persons mentioned above. Potential investors or interested parties are solely responsible for their investment or business decisions and for performing any due diligence required by the circumstances.