By Andrea Germanos “Our public lands and waters belong to all of us—not to fossil fuel executives who want to exploit our health and...
Archive for category: Oil and Natural Gas
By Kyle Saukas While some advocates are calling for the removal of fossil fuel powered generation, the global energy system is stubbornly rigid. With the...
Recent strategies and policies to phase out coal in China have led to an increase in demand for natural gas. In October 2017, China’s Ministry of Environmental Protection unveiled plans to cut harmful air pollution, especially the particularly damaging fine particulate matter known as PM2.5. The plan, or “Coal Ban,” has set strict targets on air quality levels in addition to a ban on burning coal in 28 of its northern cities, including Beijing. However, while the air quality improved significantly in Beijing this past winter, the rapid ban on coal burning and the transition to natural gas has left thousands without heat.
After a slew of earthquakes triggered from shale oil and gas operations, the Oklahoma Corporation Commission (OCC), the state’s oil and gas regulator, released new rules designed to reduce seismic activity. Hydraulic fracturing—fracking—is being used in combination with horizontal drilling to extract shale oil and gas in what has been called the “US’s hottest new area for horizontal development” in the state’s SCOOP and STACK shale plays, located in the Anadarko Basin.
On April 11, Environmental Defense Fund (EDF) President Fred Krupp announced the organization’s plans to create and launch a new satellite to monitor and measure global methane emissions—from space.
The ‘groundbreaking’ MethaneSAT plans were unveiled in a TED talk in Vancouver, BC.. The satellite will measure only emissions of methane, the powerful greenhouse gas responsible for roughly one quarter of the manmade global warming we currently experience. Methane is a particularly important cause of climate change because of its potency;while it is not as long-lasting in the atmosphere as carbon dioxide, it is “far more devastating” because it traps over 80 times more heat than carbon dioxide in the first twenty years after its release.