While only focusing on the people and money behind five recent studies, PAI's report sits within a much broader universe of research in its Frackademia Guide. The new report serves as an update of its February 2015 report titled, “Frackademia in Depth,” a title poking fun at hydraulic fracturing (“fracking”) front group Energy in Depth (which did not react kindly to its report).
American Petroleum Institute
“Once the oil started to sink, it made things a lot more difficult on our recovery.”
Those were the words of Greg Powell of the U.S. Environmental Protection Agency during his presentation on March 10th at the National Academy of Sciences conference on the Effects of Diluted Bitumen on the Environment. Powell was one of the people involved in the response and clean up of the Kalamazoo River tar sands dilbit spill in 2010 where an Enbridge pipeline cracked and spilled approximately one million gallons of diluted bitumen into the Kalamazoo River in Michigan.
Thanks to Alberta's tar sands, coal-powered energy production just got cheaper, and dirtier.
That is largely due to an often overlooked byproduct of bitumen upgrading: petroleum coke. The byproduct, commonly referred to as petcoke, is derived from the excess heavy hydrocarbons necessarily processed out of bitumen in the production of lighter liquid fuels like gasoline and diesel. The leftover condensed byproduct, petcoke, bears a striking resemblance to coal, and is being integrated into coal power plants across the US and internationally, contributing a tremendous amount of carbon emissions to the tar sands price tag that has been previously unaccounted for.
That is, until the research group Oil Change International released a research report that calculates the use of petcoke in American energy generation increases the proposed Keystone XL Pipeline's emissions by a staggering 13 percent.