IX Power Clean Water’s OrganiClear™ Inventor Dr. Jeri Sullivan Graham to head vital Water Work Group for New Mexico

           Dr. Enid (Jeri) Sullivan Graham of Los Alamos National Laboratory, who led the multi-lab team that created IX Power Clean Water’s OrganiClear™ technology, has been tapped by New Mexico’s Governor Susana Martinez to head up a key team working on one of that drought-ridden state’s most important energy and water science issues. Dr. Graham will be leading the New Mexico Energy, Minerals and Natural Resources Department’s (EMNRD) Brackish Water Work Group.

            The EMNRD has announced that the Brackish Water Work Group’s primary goals are to identify and gather available information on the brackish water resource in New Mexico and review existing regulations surrounding brackish water. The overarching goal of the group is to make brackish water more available and useable as a buffer against drought.

            “Jeri Sullivan Graham has incredible expertise in water treatment, particularly in the treatment of produced and brackish water,” said John R. (Grizz) Deal, CEO of IX Power Clean Water. “Her work in creating the OrganiClear technology will have a monumental impact on the way the oil and gas industry treats produced water. Now the State of New Mexico will also benefit from her expertise in brackish water, which will undoubtedly have a positive impact on the state’s precarious drought situation.”

            It is a well-known fact that New Mexico is entering its fourth year of extremely dry conditions. Nearly two-thirds of the state is dealing with severe drought or worse. For a map of the state’s drought conditions, visit the National Oceanic and Atmospheric Administration.

            Dr. Graham is a hydrogeologist and geochemist at LANL, working in the Chemical Diagnostics and Engineering Group, and earned a Ph.D. in Earth and Environmental Science (Hydrology) from New Mexico Institute of Mining and Technology. Graham will split time between LANL and EMNRD as part of the collaborative agreement.

            It was at LANL that Dr. Graham spearheaded the team to create IX Power Clean Water’s OrganiClear. Other key contributors on the project included Dr. Rob Bowman from New Mexico Tech, and Dr. Lynn Katz, Dr. Kerry Kinney, and Dr. Soondong Kwon from the University of Texas at Austin. 

OrganiClear was specifically designed to solve the issues surrounding the release of organic hydrocarbons in produced water from the oil and gas industry, as well as manufacturing and mining industries. The OrganiClear machine cleans water to the point that it can be safely used for agriculture and livestock and, with additional processes, can also be used for community water systems.

            To discuss OrganiClear™ for produced water, and OrganiClear VBR™ for air emissions, with a IX Power representative, please call: 505-661-1000, ext. 902 or email: info at IxPower dot com.

            IX Power Clean Water (pronounced Nine Power) is based in Golden, Colorado and is one of the IX Power Companies, a group focused on bringing game-changing safe power and clean water innovations to market. The companies also have offices in Washington, D.C.; London, England; and Moscow, Russia. Before starting the IX Power group of companies, Deal was the CEO of Hyperion Power Generation for four years. He co-founded Hyperion Power, the first commercial small nuclear reactor (SMR) company, along with the IX Power Leadership Team: Dr. Otis (Pete) Peterson, Dr. L. Robert Libutti, Randall Wilson, and Deborah Deal-Blackwell.

– IX –

New OrganiClear™ Technology for Cleaning Produced Water from Hydraulic Fracturing (Fracking) and other Oil & Gas processes to be presented at 28th Annual WaterReuse Symposium by IX Power Clean Water CEO John “Grizz” Deal

The water industry will get its first official and public introduction to OrganiClear on Sunday afternoon, September 15, 2013 at the 28th Annual WaterReuse Symposium in Denver, Colorado in the U.S. IX Power Clean Water CEO John R. Grizz Deal will present the new technology, which originated at Los Alamos National Laboratory, the University of Texas, and New Mexico Tech. It has been hailed as the most effective proven technology to filter and destroy toxic organic hydrocarbons, such as the notorious BTEX compounds, in “produced water” without creating an additional waste stream. Held in Denver September 15 – 18, the WaterReuse Symposium is the leading event in the U.S. for presenting the latest innovations in water reuse and desalination. More information about the event can be found at http://www.watereuse.org/symposium28.

A $40 billion per annum problem for the oil and gas industry, the handling, cleaning and disposal of produced water is gaining more attention from environmental regulators in the U.S. and other oil and gas producing countries every year. Produced water is a term to describe the polluted water extracted from the earth along with oil and gas. The water produced may include water from the fossil fuel reservoir, water injected into the formation (including the high pressure water used to fracture the rock formation—“fracking”), and chemicals added during production and well treatment processes.

The OrganiClear machine cleans water of its organic hydrocarbons to the point that it can be safely used for agriculture and livestock and, with additional processes, can also be used for community water systems.IX_PCW_Logo_Sept12

“OrganiClear will change how the world manages produced water from the oil & gas industry, mining industry, and in manufacturing,” explains Deal. “As part of an operation’s water treatment train, OrganiClear not only separates the dangerous organic hydrocarbons, it destroys them while creating no additional waste stream. While other existing processes for cleaning produced water leave piles of toxic consumables that then must also be disposed of, OrganiClear effectively “eats” the toxins leaving nothing behind for additional handling.”

The major constituents of produced water are salt, oil, grease, and various other natural inorganic and organic compounds, chemical additives used in drilling and fracking, and naturally occurring radioactive material (NORM).

BTEX is one set of compounds of organic hydrocarbons of major concern. BTEX is an acronym that stands for Benzene, Toluene, Ethylbenzene, and Xylenes, which are all closely related. These compounds are soluble in water so produced water from the extraction of crude oil is always contaminated with these compounds.

Unfortunately, BTEX is extremely toxic and dangerous to humans, animals, crops, and natural vegetation. Benzene is carcinogenic while Toluene, Ethylbenzene, and Xylenes have harmful effects on the central nervous system. Frequently found together, the BTEX compounds can cause illness, birth defects, eventual death—and even immediate death if highly concentrated.

Thus far, the oil and gas industry worldwide has generally dealt with produced water by subsurface disposal, disposal on the surface (in ponds), and by cleaning it to a degree that it can be re-used in oil and gas extraction processes. Some operations have cleaned it to the point that it can be used for irrigation, although without the OrganiClear technology, that process is costly and damaging to the environment. Given the high cost of organics elimination, some oil and gas operators are forced to release their produced water untreated where it pollutes aquifers, rivers, and the ocean. OrganiClear solves this important problem.

“This is a global environmental issue,” said Deal, “because for each barrel of oil recovered, 5 to 40 times as much water is produced, creating the adage that ‘oil recovery is really water recovery with a bit of oil thrown in.’ Worldwide, the volume of produced water generated each year exceeds 70 billion barrels (1 bbl = 42 U.S. gallons.

Produced water accounts for 98% of the waste products in the oil & gas industry. Each year in order to comply with local, state, provincial, and federal environmental laws, oil and gas companies spend an estimated $40 billion cleaning and/or disposing of produced water. Costs include transportation, pre-treatment, re-injection, and desalination, and vary widely depending upon the water’s properties, volume, and geographic location. Typical handling costs range from $2 to $10 per barrel of water, and can run as high as $15 per barrel. The cost to eliminate “everything but TDS*” using OrganiClear in produced water ranges from $0.28 to $0.50 per barrel.

“So, why not clean it for beneficial use or recycle it for reuse?” notes Deal. “When millions of people around the globe suffer from water and subsequent food scarcity, we need to clean as much produced water as possible and turn it into “found” water. OrganiClear can make a huge difference: for industry, for the environment, and humankind. The oil and gas industry wants to do the right thing with its produced water. OrganiClear helps them in that effort.”

IX Power Clean Water (pronounced Nine Power), is based in Albuquerque, New Mexico and is one of the IX Power Companies, a group that focuses on bringing game-changing safe power and clean water innovations to market. The companies also have offices in Washington, D.C.; London, England; and Moscow, Russia. Before starting the IX Power group of companies, Deal was the CEO of Hyperion Power Generation for four years. He co-founded Hyperion Power, the first modern SMR company to approach the U.S. Nuclear Regulatory Commission with its SMR concept, along with the IX Power Leadership Team: Dr. Otis (Pete) Peterson, Dr. Robert Libutti, Randall Wilson, and Deborah Deal-Blackwell. The objective of Hyperion Power was to introduce a mass-produced, self-contained 25MWe nuclear power reactor that was factory assembled and safe and compact enough to be shipped on the back of a truck. Now known as a design in the Generation IV (GenIV) class of reactors, the Hyperion reactor was designed to bring safe, emission-free clean nuclear power to industry and remote communities.

 *Costs to reduce Total Dissolved Solids, TDS, vary widely given TDS quantities and discharge limits.

IX

IX Power Clean Water Acquires Los Alamos National Laboratory’s “Ultimate Solution” to Hydrocarbon Pollution in Oil And Gas Produced Water

DENVER, COLORADO, 19 August 2013 — A $40 billion per annum problem that has plagued the oil and gas industry for the last 100 years will soon meet its match. IX Power Clean Water (IX PCW), has acquired the patent rights to OrganiClear from Los Alamos National Laboratory and begun commercialization of the most effective proven technology to filter and destroy organic hydrocarbons in “produced water” without creating an additional waste stream.

IX Power Clean Water's "OrganiClear" cleans organic hydrocarbons - BTEX - from produced water from oil & gas, mining operations, and industrial processes like no other technology can.

IX Power Clean Water’s “OrganiClear” cleans organic hydrocarbons – BTEX – from produced water from oil & gas, mining operations, and industrial processes like no other technology can.

Produced water is a term to describe water extracted from the earth along with oil and gas. The water produced may include water from the fossil fuel reservoir, water injected into the formation (including the high pressure water used to fracture the rock formation—“fracking”), and chemicals added during production and well treatment processes.

The OrganiClear machine cleans water to the point that it can be safely used for agriculture and livestock and, with additional processes, can also be used for community water systems.

“OrganiClear will change how the world manages produced water from the oil & gas industry, mining industry, and in manufacturing,” explained IX PCW CEO John R. Grizz Deal. “As part of an operation’s water treatment train, OrganiClear not only separates the dangerous organic hydrocarbons, it destroys them while creating no additional waste stream. While other existing processes for cleaning produced water leave piles of toxic consumables that then must also be disposed of, OrganiClear effectively “eats” the toxins leaving nothing behind for additional handling.”

The major constituents of produced water are salt, oil, grease, and various other natural inorganic and organic compounds, chemical additives used in drilling and fracking, and naturally occurring radioactive material (NORM).

BTEX is one set of compounds of organic hydrocarbons of major concern. BTEX is an acronym that stands for Benzene, Toluene, Ethylbenzene, and Xylenes, which are all closely related. These compounds are soluble in water so produced water from the extraction of crude oil is always contaminated with these compounds.

Unfortunately, BTEX is extremely toxic and dangerous to humans, animals, crops, and natural vegetation. Benzene is carcinogenic while Toluene, Ethylbenzene, and Xylenes have harmful effects on the central nervous system. Frequently found together, the BTEX compounds can cause illness, birth defects, eventual death—and even immediate death if highly concentrated.

Thus far, the oil and gas industry worldwide has generally dealt with produced water by subsurface disposal, disposal on the surface (in ponds), and by cleaning it to a degree that it can be re-used in oil and gas extraction processes. Some operations have cleaned it to the point that it can be used for irrigation, although without the OrganiClear technology, that process is costly. Less scrupulous operators, usually in evolving economies without strict environmental regulations, release their produced water where it pollutes aquifers, rivers, and the ocean. 

“This is a global environmental issue,” said Deal, “because for each barrel of oil recovered, 5 to 40 times as much water is produced, creating the adage that ‘oil recovery is really water recovery with a bit of oil thrown in.’ Worldwide, the volume of produced water generated each year exceeds 70 billion barrels (1 bbl = 42 U.S. gallons), with 20 billion barrels generated in the U.S. alone. This equates to nearly 200 million barrels of produced water each and every day; enough water to flow over Niagara Falls for three months.”

Produced water accounts for 98% of the waste products in the oil & gas industry. Each year in order to comply with local, state, provincial, and federal environmental laws, oil and gas companies spend an estimated $40 billion cleaning and/or disposing of produced water. Costs include transportation, pre-treatment, re-injection, and desalination, and vary widely depending upon the water’s properties, volume, and geographic location. Typical handling costs range from $2 to $10 per barrel of water, and can run as high as $15 per barrel. The cost to eliminate “everything but TDS*” using OrganiClear in produced water ranges from $0.28 to $0.50 per barrel.

“So, why not clean it for beneficial use or recycle it for reuse?” notes Deal. “When millions of people around the globe suffer from water and subsequent food scarcity, we need to clean as much produced water as possible and turn it into “found” water. OrganiClear can make a huge difference: for industry, for the environment, and humankind. The oil and gas industry wants to do the right thing with its produced water. OrganiClear helps them in that effort.”

IX Power Clean Water (pronounced Nine Power), is based in Albuquerque, New Mexico and is one of the IX Power Companies, a group that focuses on bringing game-changing safe power and clean water innovations to market. The companies also have offices in Washington, D.C.; London, England; and Moscow, Russia. Before starting the IX Power group of companies, Deal was the CEO of Hyperion Power Generation for four years. He co-founded Hyperion Power, the first modern SMR company to approach the U.S. Nuclear Regulatory Commission with its SMR concept, along with the IX Power Leadership Team: Dr. Otis (Pete) Peterson, Dr. Robert Libutti, Randall Wilson and Deborah Deal-Blackwell. The objective of Hyperion Power was to introduce a mass-produced, self-contained 25MWe nuclear power reactor that was factory assembled and safe and compact enough to be shipped on the back of a truck. Now known as a design in the Generation IV (GenIV) class of reactors, the Hyperion reactor was designed to bring safe, emission-free clean nuclear power to industry and remote communities.

 

*Costs to reduce Total Dissolved Solids, TDS, vary widely given TDS quantities and discharge limits.

 

IX

 

Hurricane Season is coming. Are you “water ready?”

 

I grew up in lands where hurricanes are commonplace: first on the island of Okinawa, a gob of coral that’s so tiny it’s just a blip on most maps and could be seriously blasted by any size typhoon; and in Florida, a peninsula that puts millions of people out into the path of tropical storms every year.  And, I’ve worked in hurricane recovery efforts. So, I naturally think about prepping for hurricane season around this time of the year.

But, how many of people do?  Do you?  I’ll bet a bunch of people in New Jersey now think about it, when they never had to before.  But really, anyone living along a coastline can be affected and needs to make plans to ensure not only their comfort, but their very survivability as well.

One of the most important things to look at is WATER.

Looks pretty welcoming here, right? But all this saltwater can make access to clean water very difficult.

Looks pretty welcoming here, right? But all this saltwater can make access to clean water very difficult.

You can go for quite a few days – even weeks – without food. You can too without electricity and the ultimate gift of electricity, which in Florida, is AIR CONDITIONING. But you cannot go without water. Water is essential.

In the July issue of Water Technology Magazine, Assistant Editor Jake Mastroianni provides an excellent article on the water element of “Preparing for an emergency.”  I recommend reading the entire article, which isn’t long and includes tidbits like a reminder that the folks who went through Hurricane Andrew went without a safe water supply for over a month!  But, if you don’t have time to click over to the entire article, here’s a lowdown on the list of the 7 tips that Mastroianni offers from the book “WaterPrepper” by Glenn Meder.

1. Know what to do. Looooong BEFORE the power is knocked out, print a copy of the FEMA/Red Cross Booklet on treating water in an emergency situation. The FEMA/RED CROSS Booklet can be found at http://www.fema.gov/pdf/library/f&web.pdf.

2. Keep a minimum of two-week’s worth of bottled water. You should have at least two quarts (half gallon) per person per day. This should be commercially produced bottled water, preferably a well-known brand name. Keep the bottles sealed and stored in a dark, cool area. Rotate the bottles out at least every six months.

3. Also keep a bottle of basic bleach — unopened and non-scented. Do not use scented bleaches, colorsafe bleaches or bleaches with added cleaners, which can be used to disinfect water.

4. Get a stove and fuel for boiling and/or distilling water during an emergency. You should have a stove that can use different types of fuel, and that will allow you to make a basic wood fire.

5. And/or get a water purifier, ideally a non-electric water distiller, which is the best way to purify water during an emergency.

6. You could incorporate an emergency filter into your kit, which could be effective at filtering some contaminants out of the water, as long as you remember to additionally treat the filtered water with one of the FEMA/Red Cross recommended methods.

7. Educate your family and friends about being prepared.  If they aren’t, they will probably become a burden on YOU and your resources. Send each of them a copy of the FEMA/Red Cross Document that’s at http://www.fema.gov/pdf/library/f&web.pdf.

And, number 8 is my own tip.  Don’t wait. By the time weather forecasters say a storm is headed your way, you will have to contend with the mass hysteria and resulting empty shelves at your local grocery store.  

Again, don’t wait. Think about, and do something about, your disaster plan for water soon.

Water to Stay on for Maryland County outside Washington, D.C.

IX Power Water Machines, OrganiClearGood news for Prince George’s County in Maryland:  While they are still going to be under water restrictions for a while – no lawn watering, car-washing, and they have to limit their showers and toilet flushes (pew in this weather!) –  they will at least have some water and shouldn’t be totally without for five whole days more or less!  

Yes, good news, but America’s lost the chance to see what’s it’s like to live without running water.   See earlier post on this subject below.

Still – maybe this incident will serve as a real wake-up that we have a dangerously aging infrastructure and while no one wants to pay higher taxes, it’s way past time to do something about it.  Taxes for infrastructure just need to be presented like a 2 x 4 across the butt:  We all pay up, or wake up one day to no water or electricity.  I’d rather pay up in advance.  What about you?