The driest summer in more than a decade prompted an Ohio watershed district this summer to take the unprecedented step of limiting the use of water for oil and gas fracking.
The restrictions applied only to Atwood Lake, a popular boating and fishing spot southeast of Canton that has experienced a foot and a half drop in water levels over the past few months of drought.
It’s a scenario some environmentalists anticipated years ago, saying that climate change will require state and local officials to more carefully regulate the use of water for oil and gas extraction.
“They’re not being proactive enough,” said Leatra Harper, director of the FreshWater Accountability Project, stressing that the lakes are public resources. “The obvious issue is there aren’t adequate protections.”
Hydraulic fracturing, as it’s more formally known, pumps millions of gallons of water mixed with sand and chemicals down into oil and gas wells. The process causes cracks in petroleum-bearing rock, and sand in the fluid props the cracks open. Oil and gas flows from the fractures into the well and up to the surface.
The process uses millions of gallons of water for each horizontally drilled well, and well pads built within the last 12 years often have six wells. The water can be recovered and recycled to some extent. Eventually, though, the water must be disposed of in underground injection wells. That step permanently removes it from the water cycle.
The Muskingum Watershed Conservancy District manages ten lakes and four dry dams in southeastern Ohio for purposes of flood control, recreation and conservation. One of its biggest customers for water sales is the oil and gas industry.
“We’re not in a crisis situation by any stretch of the imagination, but this was just our balancing act to make sure we protect, as much as we can, all of our missions,” said Craig Butler, chief executive of the district. He estimated less than one inch of Atwood Lake’s decline can be attributed to oil- and gas-related withdrawals.
On August 28, the district curtailed water withdrawals by 75% from Atwood Lake. The following week, it curtailed withdrawals from the lake completely.
Lots of water
Under Ohio law, oil and gas drilling operations are generally allowed to withdraw from state waters an average of up to 2 million gallons per day in any 30-day period. Sixty million gallons would fill nearly 91 Olympic-sized swimming pools.
While the total number of gallons sold is huge, it’s relatively small compared to the billions of gallons in the district’s lakes. Butler compared it to two or three sheets in a notebook.
“We’re really comfortable when we say it’s a negligible impact based on the size of our reservoirs,” Butler said.
Oil and gas companies pay a price for the water — around $3 per 1,000 gallons, according to Ted Auch, Midwest program director for FracTracker. He and other critics think the price should be higher.
“We charge as much as we can,” Butler answered, but if the district’s price gets too high, oil and gas companies can “stick their straw in” elsewhere, such as where a stream crosses private property. Then they may be able to suck out even more without a formal agreement with the watershed organization.
And because some of those sources flow into the district’s lakes, the effect on the district’s water resources would be largely the same, without the district getting revenue from the sales. Some of the funds from the oil and gas industry have paid for efforts to improve water quality and minimize flooding to improve the area’s resilience to climate change, Butler added.
The situation reflects a shortcoming in state law, said Melinda Zemper, a spokesperson for Save Ohio Parks.
“It is clear our state legislators ignore the depletion and contamination of our precious fresh drinking water used in the fracking process,” she said. “And there will always be another landowner who wants oil and gas revenue from leasing mineral rights or selling water flowing through his or her property.”
Operators recycle a lot of the water that’s withdrawn, and the fracking process has gotten more efficient over the years, said Mike Chadsey, a spokesperson for the Ohio Oil and Gas Association.
Getting hard data on recycling is difficult, however. FracFocus, a data clearinghouse, has some data on the composition of fracking fluids, but reporting is voluntary.
According to the Ohio Department of Natural Resources, oil and gas ranks seventh out of its eight registered water use categories. The agency’s 2022 water withdrawals map shows those other categories include public water supplies, agriculture, utilities and other classifications.
Total water withdrawals for the oil and gas industry that year were about 5.17 billion gallons, according to data provided by Karina Cheung, an ODNR spokesperson. A 2024 U.S. Geological Survey report said peak withdrawals reached approximately 5.75 billion gallons in 2017.
Looking ahead
Questions about future water use for fracking will remain after the current drought ends — possibly soon from the remnants of Hurricane Helene.
The Muskingum Watershed Conservancy District does a careful review of any company’s request for water withdrawals before a contract is signed, Butler said. Contracts also say water withdrawals can be curtailed if the district deems it necessary, as it did at Atwood Lake, he added.
Critics like Auch contend various data gaps should be filled to ensure more complete reporting. They also want any pre-withdrawal reviews to be more conservative and forward-looking.
Consideration of potential impacts should focus more on possible water-deficit years like this one, Auch said. Otherwise, “you are rapidly altering the savings bank of your watershed by depleting the resource that it has to carry over from year to year.”
Planning also should cover a longer time horizon, said Julie Weatherington-Rice, a hydrogeologist with Bennett and Williams Environmental Consultants in Columbus. Ohio might generally expect warmer, wetter and wilder weather as climate change continues.
Among other things, Ohio is seeing some intense storms, as well as periods of heavy rainfall. Those heavy rains might bump up the total yearly precipitation, but they don’t soak into the ground the way milder, more sustained rains do, Weatherington-Rice said. That could affect groundwater supplies for local areas, causing them to look for backup supplies, she said. And droughts can still occur, as this year shows.
Water planning also should account for likely migration into Ohio as climate change has more severe impacts elsewhere, Auch said. “We need to start looking at water resources out 10, 15, 30 years.”
This article first appeared on Energy News Network and is republished here under a Creative Commons license.
