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For the past year, our satellite monitoring of infrared data from around the world has detected immense amounts of light and heat coming from natural gas flares in North Dakota's Bakken Shale. A recent study concluded that 30% of the natural gas produced in North Dakota is being wasted by a process called flaring, and the CO2 emissions alone are equivalent to the annual emissions of 1,000,000 automobiles.This does not even touch the unknown air quality impacts from burning fracked gas in large, open flames at ground-level. To study this issue further, we are teaming up with a non-profit called Space For All to send cameras and instruments on a weather-balloon to the edge of space (well, the upper tropopause), to examine air quality and infrared emissions from oil shale fracking and flaring.
Typical N. Dakota natural gas flare.
Joshua Doubek, Wikimedia Commons
But there is so much flaring going on that the fields around Williston, North Dakota positively glow, and there is limited information on other air quality impacts from flaring all of this gas produced as a by-product from fracking for oil. Help us Skytruth the Bakken to find out what is really going on...
(Above) Annotated image from NASA's Black Marble composite of nighttime lights as seen by the Suomi NPP satellite. Flaring and rig lights in the Bakken Shale are clearly visible, but we want to better understand the difference between flaring and use this data to better detect wasteful flaring around the globe.
With your help, we are planning to go to North Dakota to groundtruth satellite detections of flaring, and launch cameras and air quality instruments to the edge of space, tethered to a high-altitude balloon rig. We will combine our ground observations with detections from the balloon rig, and compare that to satellite data to measure the amount of natural gas flaring there. This will help us test the accuracy of our satellite-based flaring detections so we can do a better job of monitoring environmentally damaging (and unnecessarily wasteful) flaring that happens in the Bakken and around the world. The more good data we can collect, the more we can help groups that are working to reduce and eliminate it.