While we had computer models which predicted this kind of performance, we were excited to be able to prove our models’ accuracy through direct observation and measurement. Methane emissions have become a major focus of regulators in North America. Methane is a very potent greenhouse gas, initially trapping about 100X as much heat as CO2. As it breaks down more quickly than CO2, however, the effect begins to dissipate so that over 100 years, methane traps about 28X more heat than CO2 (Source: Why do we compare methane to carbon dioxide over a 100-year timeframe? Are we underrating the importance of methane emissions? | MIT Climate Portal ). Recent fines levied against operators of oil and gas sites have raised concerns that these operators may not have options readily available to mitigate the emissions. The research described in the technical paper shows that there are existing technologies that can be used to dramatically reduce the amount of methane produced during flowback. A summary of the presentation and paper can be found here, and the full technical paper can be accessed through SPE OnePetro: Minimizing Fugitive Emissions in Post Fracturing Sand Separation Using A Vortex Separator For more information on Sandtinel Sand Separators, please visit www.sandtinel.com Your browser does not support viewing this document. Click here to download the document. About Energera | Changing the World of Energy
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