This post will be the first in series on hydraulic fracturing (“fracking”), in which Independence Institute research associate, Donovan Schafer, will take on specific issues related to fracking. In this post he focuses on the claim that fracking will deplete Colorado’s water resources. Enjoy!
Two recent articles—one in the Denver Post and another in the Huffington Post—present the issue of water depletion as it is commonly presented by those who oppose fracking. Wendell G. Bradley, in the Denver Post, urges lawmakers to “cut off fracking’s unconscionable amounts of water use,” while Gary Wockner, in the Huffington Post, warns that fracking would use up the “last drop in the bucket of Colorado’s rivers.”
These views simply do not reflect reality. In January, the Colorado Division of Water Resources, the Colorado Water Conservation Board, and the Colorado Oil and Gas Conservation Commission issued a joint report estimating that fracking would account for just eight-hundredths of a percent (0.08%) of Colorado’s annual water usage—far less than what we use for recreational purposes (5.64%) and slightly more than what we use to make fake snow (0.03%).
But fracking is different—these authors claim—because the water is left in “deep subterranean cavities,” and thus fracking “permanently remove[s] billions of gallons of water from the hydrologic cycle.” This statement gives the false impression that fracking can significantly affect the hydrologic cycle. It cannot. The hydrologic cycle is not a fixed supply of freshwater, but rather a constantly recharging system that begins with the nearly infinite expanse of the oceans.
Just for fun, let’s accept the Intergovernmental Panel on Climate Change prediction that sea levels will rise by one foot during the next century. A few simple calculations show that it would take one hundred million (100,000,000) frack-jobs, each using 5 million gallons of water, to counteract the predicted one-foot rise in sea level. In other words, the oceans which serve as the starting point for the hydrologic cycle cannot possibly be affected by hydraulic fracturing in any significant way—and even if they could be affected, the general effect would be to counteract the threat of rising sea levels, which we are constantly warned about.
Some of the fracking nay-sayers, seem to concede these points, but then they go on to assert that there is still a problem. They warn that even a small additional use of water will be enough to completely dry up the system. Consider Gary Wockner’s line of reasoning:
It is true that the state of Colorado contains millions of acre feet of water, and that fracking may only need a small percentage of it. But more importantly and to the point, it is also true that fracking is a brand new use of water . . . . Fracking would certainly contribute to being the last drop in the bucket of Colorado’s rivers.
But this, too, is misleading. Every drop of water withdrawn requires, by law, approval from water permitting authorities. Furthermore, these permitting authorities cannot simply give away the proverbial “last drop.” Currently, by law, all new water uses must be balanced against current water uses. To quote the CDWR Report, “water cannot be simply diverted from a stream/reservoir or pumped out of the ground for hydraulic fracturing without reconciling that diversion with the prior appropriation system.” Claims that fracking will gobble up the last drop are just plain nonsense.
In the face of claims like those presented in this post, remember these three points:
- Fracking would present a mere 0.08% of Colorado’s annual water usage;
- Even though some water is left underground, the amounts of water involved cannot possibly have an appreciable effect on the hydrologic cycle, because that cycle is fueled by our massive oceans;
- And, lastly, the added water uses from fracking will not suck the system dry, because current laws require that new uses be reconciled and balanced with current appropriations.
Stay tuned for more coverage of the specific fracking issues that you need to know about.