Recycling of waste water to be norm for Marcellus Shale gas wells

Recycling the wastewater or flowback from gas wells is a step in the right direction. However, you’ll notice that the article mentions that this wastewater is only 15% to 30% of the total amount of water used to fracture a well. What happens to the other 70% or so? Does it stay under the ground, deep in the shale and we hope it is never to be seen again? Does is slowly creep back into our ground water? Do any of the toxins used in the fracking fluid migrate back up through the ground with gases like methane and become problems for landowners later on?

Another concern. What are they doing with the wastewater right now? The regulations that DEP is putting in place won’t go into effect until 2011, but there is a lot of wastewater sitting around Tioga County, as well as other places, and there doesn’t seem to be a good plan for disposing of it. Hence issues like the one with Dunn’s Tank Service in Towanda, PA. And as the fellow in the article mentions Dunkard Creek, you just have to wonder what the streams will be like around here in another 30 years. We are still dealing with coal mining run off and contaminates from deep injection wells from the last 40 years.

By Rick Stouffer, TRIBUNE-REVIEW
Tuesday, October 20, 2009

Major companies drilling for natural gas in Western Pennsylvania’s Marcellus Shale rock formation are or soon will be recycling all the waste water recovered from their operations, executives said Monday.

Jeff Ventura, president of Range Resources Corp., emphasized the importance of recycling and reusing water recovered from its natural gas drilling operations in Washington County.

“We are recycling 100 percent of the flowback water, which is between 15 percent and 30 percent of the water used during Marcellus Shale well drilling,” said Ventura. A typical well drilled in the Marcellus Shale formation uses new horizontal drilling technology that uses millions of gallons of water to fracture gas-containing shale thousands of feet underground and may return 600,000 gallons of water to be recycled.

Ventura, a native of Penn Hills, spoke yesterday at Hart Energy Publishing’s “Developing Unconventional Gas East Convention” in the David L. Lawrence Convention Center, Downtown.

Recycling efforts are expected by proponents to play a huge role in achieving the state Department of Environmental Protection’s proposed 2011 water quality discharge standards.

Earlier this year, DEP Secretary John Hanger announced a proposal that all industrial water discharges contain less than 500 parts per million of total dissolved solids. The proposal would impact several industries, including natural gas development.

Water recycling is important because demand for treating wastewater from oil and gas production in the state is expected to reach about 9 million gallons a day this year, according to a DEP report. It is projected to increase to 16 million gallons next year and 19 million gallons a day in 2011, when new standards limiting such pollution would take effect.

Another major drilling company, Rex Energy Corp. of State College, is recycling all Marcellus Shale drilling water the company recovers.

“We believe that water-related issues in the Marcellus have been somewhat overblown, but we are recycling 100 percent of our recoverable water,” said Rex CEO Benjamin W. Huburt.

Not everyone is convinced that recycling recoverable water is the answer to potential water pollution problems within the Marcellus Shale formation, which covers an area including most of Pennsylvania and portions of New York, Ohio and West Virginia, more than 54,000 square miles.

“Two words, Dunkard Creek,” said Tom Hoffman, Western Pennsylvania director for Clean Water Pittsburgh, referring to a huge kill of fish, mussels and other aquatic life along a 30-mile stretch of Dunkard Creek in Greene County on the Pennsylvania-West Virginia border. Wastewater from drilling operations have been blamed for the incident.

A yellow algae usually found in very hot climates such as in the Southwest is believed to be the reason for the kill, although the direct source for the algae formation has yet to be determined, officials have said.

CNX Gas Corp. has agreed to suspend injections of wastewater from its coalbed methane gas operations at Consol Energy Corp.’s Blacksville No. 1 mine in Greene County.

Update on Dunkard Creek

Here is a bit of an update on the Dunkard Creek fish kill. Seems a few fish are still swimming around and they aren’t quite sure of why that might be either. over all the DEP in PA and WV don’t seem to know much about this incident but at least they are expending some energy into trying to figure it out. Those deep injection wells are a crazy idea…but I guess no one had a better one at the time?

By Tracy Eddy, The Dominion Post, Morgantown, W.Va.

Oct. 22–There are still some fish swimming in Dunkard Creek in an area of the stream above Blacksville.

A combination of the recent rain and a decrease in mine discharge may have cleared up the water and brought some fish out of the tributaries into the main stream, a West Virginia Division of Natural Resources (DNR) official said.

Frank Jernejcic, DNR District 1 fisheries biologist, said the DNR found a few bass and a few minnows in the area, but he didn’t know exactly how many.

The number of live fish found was not significant, Jernejcic said, and he does not know yet what the find means.

“They don’t always all die,” he said. “There’s a few that survive, generally.”

Jernejcic said he was at the stream Monday and he thought the water — which was described as rust-colored during the height of the fish kill — looked a little clearer.

“The stream looks a little better,” he said.

Officials believe golden algae, known as Prymneisum parvum, killed the fish and mussels living in Dunkard Creek. The creek has the right acid levels and high total dissolved solids (TDS) — including sulfates and chlorides — that favor golden algae growth.

But officials don’t know yet how the algae got there.

On Monday, Dunkard Creek was higher than it was in September, Jernejcic said — thanks to recent rainfall — and it is easier for fish to swim out of the tributaries and into the streams, or vice versa, when the stream is higher.

The rain may have also diluted TDS in the water, he said.

Jernejcic said it is possible a decrease in mine discharge also means a decrease in the amount of TDS in the stream.

CONSOL Energy stopped discharing mine water into the creek in September, in order to help with the investigation into what was killing the fish.

“It’s all a possibility,” he said. “Those things could be favorable to reducing the density of the algae, but they will not eradicate it.”

Earlier this month, the Pennsylvania Department of Environmental Protection (DEP) sent a letter to the U.S. Environmental Protection Agency (EPA) asking the agency to revoke an Underground Injection Control permit that allows CNX Gas Co. — a subsidiary of CONSOL Energy — to inject wastewater into the Morris Run Borehole at the inactive Blacksville No. 2 mine.

The permit allows CONSOL to dispose of up to 150,000 barrels per month of coal-bed methane wastewater, which could contain up to 25,000 milligrams per liter of TDS, according to the letter.

EPA spokesman David Sternberg said Wednesday the agency has not responded to the Pennsylvania DEP’s letter yet.

CONSOL voluntarily stopped injecting the wastewater into the borehole Oct. 2.

Kathy Cosco, spokeswoman for the West Virginia DEP, said there has been golden algae in Texas since 1985, and no one has been able to find a way to completely get rid of that algae yet.

DEP officials are researching how they can make the water conditions in Dunkard Creek less favorable for golden algae, she said.

Cosco said DEP officials are also researching ways to make the water conditions more favorable for green algae — a healthy algae for freshwater streams.

If the green algae starts to thrive in the creek, it could overpower the golden algae, she said.

Cosco said once those conditions are attained, the DEP, and the agencies it’s partnering with, will start to look at restoring the stream.

Pennsylvania DEP Wants EPA to Revoke Injection Permit

Dead fish in Dunkard Creek

Dead fish in Dunkard Creek

http://www.yourwvabc.com/story.cfm?func=viewstory&storyid=68506

And they are still trying to figure out the Dunkard Creek incident. Seems the PA DEP and the WV DEP do not agree on what killed the fish! based on WV’s reputation for destruction of their environment through coal mining I’m not sure how competent their DEP is…of course at this point I don’t have much faith in PA’s DEP either.

Still trying to solve the Dunkard Creek fish kill

Pa. points to mine discharge for Dunkard Creek fish kill

By Don Hopey, Pittsburgh Post-Gazette

A heretofore undisclosed underground flow of mine pool water between Consol Energy’s Blacksville No. 1 and No. 2 mines may have contributed to the highly salty, polluted discharges that caused the massive, month-long fish kill on Dunkard Creek.

The Pennsylvania Department of Environmental Protection said stream sampling shows discharges high in dissolved solids and chlorides from Consol Energy’s Blacksville No. 2 Mine are the “primary immediate source” of the fish kill that last month wiped out aquatic life on 35 miles of the 38-mile stream that meanders along the Pennsylvania-West Virginia border.

But the DEP, in a letter dated Wednesday, has also asked Consol to provide information of the underground connections between its active Blacksville No. 2 Mine in West Virginia and its inactive Blacksville No. 1 Mine in Pennsylvania, and requested that the U.S. Environmental Protection Agency revoke a deep well injection permit for coalbed methane waste water at the inactive mine.

The DEP also said it has obtained information that the mine pool in the inactive mine is flowing into the mine pool in Blacksville No. 2.

Consol has previously said that the wastewater from the inactive Blacksville No. 1 mine is not flowing into the active Blacksville No. 2 mine.

Fish, freshwater mussels, salamanders and aquatic insects started dying on Sept. 1 and continued dying throughout the month.

The Pennsylvania DEP has also asked the West Virginia DEP, in a letter dated Oct. 2, to “take necessary enforcement measures” to control pollution discharges of total dissolved solids, chlorides and sulfides from the Blacksville No. 2 mine treatment facility.

That treatment facility stopped treating and pumping mine water into the creek as the fish kill progressed last month, but Pennsylvania DEP wants assurances that the earlier pollution loads will not resume when it becomes necessary for Consol to resume pumping water out of its active mine.

“We have also observed that the levels of chlorides being discharged from . . . the Blacksville No. 2 Mine are unusually high for a discharge solely from a deep mine,” the Pennsylvania DEP said in that Oct. 2 letter. “Although Consol is primarily liable for its discharge from (Blacksville No. 2) and any consequences that result from that discharge, DEP is suspicious of other sources of chlorides that might be discharged into the Blacksville No. 2 Mine or into one of the mine pools connected to the Blacksville No. 2 Mine.”

In its six-page Oct. 7 letter to Consol, the Pennsylvania DEP requested extensive discharge and flow records dating back five years for the Blacksville No. 1 and No. 2 mines, the Morris Run Borehole where the coalbed methane drilling wastewater was injected into the Blacksville No. 1 Mine, and information about Consol’s management of interconnected mine pools in the area of southwestern Pennsylvania and northern West Virginia.

More details in tomorrow’s Pittsburgh Post-Gazette.
Don Hopey can be reached at dhopey@post-gazette.com or 412-263-1983.

With Natural Gas Drilling Boom, Pennsylvania Faces an Onslaught of Wastewater

I know this article is really, really long, but it is full of really good info.  Pro Publica has been doing a great job of covering the topic of natural gas drilling in the U.S.

by Joaquin Sapien, ProPublica – October 3, 2009

Workers at a steel mill and a power plant were the first to notice something strange about the Monongahela River last summer. The water that U.S. Steel and Allegheny Energy used to power their plants contained so much salty sediment that it was corroding their machinery [1]. Nearby residents saw something odd, too. Dishwashers were malfunctioning, and plates were coming out with spots that couldn’t easily be rinsed off.

Pennsylvania’s Department of Environmental Protection soon identified the likely cause [2] and came up with a quick fix. The Monongahela, a drinking water source for 350,000 people, had apparently been contaminated by chemically tainted wastewater from the state’s growing natural gas industry. So the DEP reduced the amount of drilling wastewater that was being discharged into the river and unlocked dams upstream to dilute the contamination.

But questions raised by the incident on the Monongahela haven’t gone away.

In August, contamination levels in the river spiked [3] again, and the DEP still doesn’t know exactly why. And this month the DEP began investigating whether drilling wastewater contributed to the death of 10,000 fish on a 33-mile stretch of Dunkard Creek, which winds through West Virginia and feeds into the Monongahela. A spate of other water contamination problems [4] have also been linked to gas drilling in Pennsylvania, including methane leaks that have affected drinking water in at least seven counties.

2011: 19 million gallons, per day

Pennsylvania is at the forefront of the nation’s gas drilling boom, with at least 4,000 new oil and gas wells drilled here last year alone, more than in any other state except Texas. This rapid expansion has forced state regulators to confront a problem that has been overlooked as gas drilling accelerates nationwide: How will the industry dispose of the enormous amount of wastewater it produces?

Oil and gas wells disgorge about 9 million gallons of wastewater a day in Pennsylvania, according to industry estimates used by the DEP. By 2011 that figure is expected to rise to at least 19 million gallons, enough to fill almost 29 Olympic-sized swimming pools every day. That’s more than all the state’s waterways, combined, can safely absorb, DEP officials say.

“I don’t know that even our [water] program people had any idea about the volumes of water that would be used,” said Dana Aunkst, who heads the DEP’s water program.

Much of the wastewater is the byproduct of a drilling process called hydraulic fracturing [5], or fracking, which pumps at least a million gallons of water per well deep into the earth to break layers of rock and release gas. When the water is sucked back out, it contains natural toxins [6] dredged up during drilling, including cadmium and benzene, which both carry cancer risks. It can also contain small amounts of chemicals added to enhance drilling.

But DEP officials say one of the most worrisome contaminants in the wastewater is a gritty substance called Total Dissolved Solids, or TDS, a mixture of salt and other minerals that lie deep underground. Drilling wastewater contains so much TDS that it can be five times as salty [7] as sea water.

Large quantities of TDS can clog machinery and affect the color, taste and odor of drinking water – precisely the problems reported along the Monongahela. While TDS isn’t considered particularly harmful to people [8], it can damage freshwater streams, which is what happened when TDS levels spiked in Dunkard Creek this month. West Virginia’s DEP is investigating whether TDS-laden wastewater from a coal mine near the creek could be to blame. It is also investigating reports that wastewater from natural gas wells may have been illegally dumped into the stream.

Gas drilling companies currently dispose of their wastewater in Pennsylvania’s municipal sewage plants, which then discharge it into rivers and streams. The U.S. Environmental Protection Agency warns against [8] this form of treatment, because the plants aren’t equipped to remove TDS or any of the chemicals the water may contain. Of even more concern, TDS can disrupt the plants’ treatment of ordinary sewage, including human waste.

A lack of capacity

When U.S. Steel and Allegheny Energy complained about the Monongahela’s water in 2008, the DEP found [9] almost twice as much TDS as the agency considers safe [10]. DEP officials blamed some of the problem on the river’s low flow last summer and on abandoned mines that have leaked TDS into the river for decades. What apparently tipped the balance, however, was the drilling wastewater that nine sewage plants were discharging into the river.

Steve Rhodes, president of the Pennsylvania Oil and Gas Association, an industry trade group, argues that most of the TDS came from abandoned mines, not from drilling wastewater.A study [11] prepared for a different trade group came to the same conclusion.

Rhodes also says Pennsylvania’s waterways “are not anywhere near” their capacity to handle TDS and that the DEP’s estimate of how much wastewater the industry produces is “completely exaggerated.”

DEP chief John Hanger is confident his agency can control the wastewater problem. In April drilling companies began temporarily trucking their wastewater to other states or to sewage treatment plants in other parts of Pennsylvania: the idea is to dilute it by spreading it among more rivers. Hanger said a more permanent solution will begin on Jan. 1, 2011, when he has promised that new regulations [12] will be in place requiring that the wastewater be treated by plants capable of removing TDS.

But an examination of public records, visits to sewage treatment plants, and extensive interviews with state officials by ProPublica reveal flaws in the DEP’s plans.

Currently, no plant in Pennsylvania has the technology to remove TDS, and it’s unlikely that new plants capable of doing so can be built by 2011. The company whose bid is furthest along in the permitting process says its plant won’t be ready until at least 2013. And at its peak that plant would be able to treat only 400,000 gallons of wastewater a day [13]. The DEP would need 50 plants that size to process all the wastewater expected by 2011.

In the meantime, the DEP is allowing municipal sewage plants to continue taking drilling wastewater, even though none of them can remove TDS. “That’s not what these municipal plants are designed to handle – the DEP is inviting legal problems as well as environmental problems,” said Bruce Baizel, a senior attorney for the Oil and Gas Accountability Project, a Colorado-based nonprofit that focuses on the environmental impact of natural gas drilling.

As the DEP’s responsibilities continue to grow, its operating budget could be slashed: The state legislature’s latest draft of Pennsylvania’s 2010 budget calls for a 25 percent cut in DEP funding.

Caught off guard

Hanger says Pennsylvania’s extensive experience with oil drilling – the first oil well in the country was drilled here in 1859—has prepared it to quickly deal with gas drilling problems.

But ProPublica found that the DEP was caught off guard by the amount of wastewater the industry would produce when drilling began in the Marcellus Shale, a deeply buried layer of rock that some analysts say holds enough gas to meet the nation’s natural gas needs for more than 20 years [14].

When energy prices spiked in 2008, drillers flocked to Pennsylvania, bringing sorely needed revenue and jobs. A recent Pennsylvania State University study [15] touted the benefits drilling brought last year: 29,000 jobs and $240 million in state and local taxes.

Even the industry’s wastewater promised profits.

“Cha-ching!” is how Francis Geletko, financial director for the sewage plant in Clairton, described his first thought when he learned that drillers would pay five cents a gallon to get their wastewater processed at his plant. The 1960s-era facility is in such desperate need of modernization that workers still use shovels to remove solid waste from its traps and filters. Many of the state’s plants are similarly outdated: A recent report [16] commissioned by Gov. Ed Rendell concluded that Pennsylvania needs to spend $100 billion over the next 20 years to maintain its aging sewage plants and pipelines.

Plant operators say the DEP didn’t initially offer them much guidance about processing the water, a complaint the DEP doesn’t dispute.

Ed Golanka, who manages a sewage plant in Charleroi, said that when he checked with the DEP nobody told him that state and federal laws required his plant to get an amendment to its permit before accepting industrial wastewater. The amendment would require expensive modifications that Charleroi couldn’t afford, he said.

“At the time it was a new subject for all of us,” Golanka said. “There was a limited amount of conversation [with the DEP] until the issue with TDS last summer.”

Aunkst, the DEP’s director of water standards, said he didn’t know the plants along the Monongahela were accepting the water until the spring of 2008, when people complained about long lines of trucks idling at sewage treatment plants. But the agency was so short-staffed that it didn’t respond to the complaints immediately. Aunkst said many DEP regulators had left for more lucrative jobs with drilling companies.

“As the industry was ramping up, we were ramping down,” he said. “In order for us to really catch these people we have to almost have an inspector coincidentally there on the day that these trucks pull up, because we have so many facilities and so few staff.”

The DEP is supposed to inspect the plants once a year, but ProPublica found that most inspections are triggered by pollution violations or equipment failures.

A review of inspection records [17] at the DEP’s Pittsburgh office showed that only three of the nine plants along the Monongahela were inspected in the year before Allegheny Energy and U.S. Steel complained. One plant hadn’t been inspected in five years. DEP officials warned that those records may not have been complete, because inspection reports aren’t filed electronically and pages from the files may have been sitting on an employee’s desk during the two days when ProPublica was there in March.

Inspections occur even less frequently at sites where wells are drilled. According to minutes taken at an October 2008 meeting of DEP officials, the agency has so few inspectors that they visit gas wells only once every 10 years.

After Aunkst heard about the trucks, he wrote a letter [6] to all the state’s sewage plants, reminding them that they couldn’t take the wastewater without a special permit.

But before he sent it, TDS levels in the Monongahela skyrocketed, causing U.S. Steel and Allegheny Energy to complain. The chain of events made Aunkst remember two other peculiar incidents: Two creeks had been sucked dry, and DEP inspectors suspected that drilling companies had withdrawn the water to fracture nearby wells.

“We were trying to scramble, to put it bluntly, to get our act together to figure out how we were going to address these withdrawals as well as the disposal issues,” Aunkst said.

The DEP did two things to quickly lower the Monongahela’s TDS level. It unlocked [18] dams upriver to flush out some of the TDS. And it ordered [19] nearby sewage treatment plants to reduce the amount of drilling wastewater they accepted to just 1 percent of the total amount of water that flowed through their plants each day.

The cut shocked the industry. Trucking water to distant sites is far more expensive than treating it locally, and some drillers threatened to take their rigs to other states if they couldn’t dispose of their water in Pennsylvania.

“Basically, it shuts us down,” Lou D’Amico, executive director of the Independent Oil and Gas Association of Pennsylvania, told a local newspaper [20]. “We can’t generate fluids we can’t dispose of.”

The DEP issued a news release [21] assuring the public that the TDS was “not considered a major human health risk… But under the circumstances, if consumers have concerns, DEP recommends consumers use bottled water for drinking and preparing food until the exceedance is eliminated.”

Some sewage plant operators were so alarmed that they stopped taking any wastewater at all.

But by January, the uproar had subsided. TDS levels in the Monongahela were back to normal [22] and plant operators began accepting the wastewater again, although in smaller quantities.

“We didn’t want to be the ones to stop the economy from growing in this area, and we felt that we were helping the country become energy independent,” said Joe Rost, chief engineer at a sewage plant in McKeesport, 14 miles south of Pittsburgh.

Setting goals

Federal guidelines specifically recommend against sending drilling wastewater to ordinary sewage plants, as Pennsylvania is doing now, because it might damage the plants and taint drinking water supplies. But the EPA approved Pennsylvania’s plan, because the DEP promised to have more aggressive regulations in place by 2011.

“Every time you set an aggressive goal generally you have a transition period to get there,” said Jon Capacasa, the EPA’s top mid-Atlantic water pollution enforcer.

To keep the water safe until then, the DEP has promised to add more TDS monitors along the Monongahela, although they haven’t been installed yet. And before the DEP allows a sewage plant to accept drilling wastewater, the agency will assess the current TDS level in the stream where the water will be discharged, to make sure it can handle the additional load.

The DEP also has promised to tighten TDS discharge standards by 2011, so that all drilling wastewater will be treated in plants capable of removing TDS. The agency has streamlined the permitting process for companies that want to build the new plants. But when ProPublica interviewed spokesmen for eight of the 17 plants that have been proposed, all of them said it will be impossible to begin operating by the 2011 deadline.

A spokesman for Larson Design Group, whose application [13] is furthest along in the process, expects that after it gets its permit it will need at least 40 months to build the plant and begin operating.

Temporary lull

Drilling has slowed in Pennsylvania this year, because natural gas prices have dipped to about a third of what they were at the peak of the boom last summer. But the lull will almost certainly be temporary. The DEP expects to issue permits for approximately 700 wells in the Marcellus Shale in 2009, up from 450 in 2008.

“Companies are willing to get these permits now because they know that competition is going to heat up,” said Raoul LeBlanc, a senior financial consultant at PFC Energy, which provides financial and political advice to energy companies and governments. “When prices rise they will want to be the first to drill more wells.”

Congress is preparing for the expansion, too. A group of Democratic legislators have introduced a bill [23] that would allow the federal government to regulate the hydraulic fracturing drilling process under the Safe Drinking Water Act. The bill prompted an immediate backlash from the oil and gas industry, which says state agencies like the DEP are doing a good job of regulating drilling.

Even if the bill is passed, however, it won’t directly address Pennsylvania’s most pressing drilling-related problem: protecting the state’s water supply against the coming onslaught of wastewater.

Dunkard Creek Massacre

Click the link below for an up close view of what Dunkard Creek looks like after Cabot Oil & Gas’s spills earlier this week.

http://www.youtube.com/watch?v=qJbx9XD5GXU

I think that if they find that the waste water in this creek is from more than just the spills, but also from illegal dumping, it will highlight just how important the Waterdog program in Tioga County is going to be.

Dunkard Creek PA/WV

Here is an article from the Pittsburg Post Gazette about Dunkard Creek, a waterway that traverses Pennsylvania and West Virginia. The article lays out a mystery about the death of this creek and it’s eco-system, one of which they are still trying to figure out.

http://www.post-gazette.com/pg/09263/999458-113.stm