OIL & GAS

A new disruptive technology in the world of oil & gas

Field Trials Are Being Conducted At The Grassy Creek Field, Missouri For Maverick Energy Services, As Well As Another Maverick Well In S.E. Oklahoma.

Early results in the Grassy Creek field have shown that the Nano-Catholyte™ treatment has improved recovery from less than a barrel per day (in a 7-well injection pattern) to over three barrels per day, which represents over a 300% increase in production. That number is continually changing over time due to the low gravity of the oil,12-15 API, which is difficult to measure. Production may continue to rise once consistent daily production can be maintained in the single well Maverick has treated. In the producing well in S.E. Oklahoma, using a remedial treatment of 1,000 gallons of Nano-Catholyte™, the production was increased from less than a barrel per day to over three barrels of oil per day which lasted over a week before falling off. This indicates that a larger treatment would increase production. A second larger treatment of almost 3,000 gallons is being performed now with an expectation of sustaining the higher production rate longer.

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The oil and gas industry remains resilient and very active in the USA, especially in the Permian Basin of West Texas. While the major activity for drilling and stimulation remains strong and is recovering from the pandemic slowdown, the daily production of 5 million barrels of oil per day in the Permian Basin will increase in January 2022 to almost 8.4 million barrels a day. Using current development and technology, this production rate is still less than 30% efficient down to the point of uneconomic production levels (depletion). The estimated remaining oil to be recovered in the Permian is estimated at 74 billion barrels of using existing technology. The industry uses a variety of techniques such as hydraulic fracturing and chemistries for well stimulation. Thousands of wells in the USA are considered stripper wells, which are wells producing less than ten barrels of oil per day (<10 BOPD). Many have used water floods and enhanced oil recovery projects, which use costly methods that incorporate the production of clean (reclaimed) waste water, steam, nitrogen, carbon dioxide, alkaline, surfactant and polymer combinations.

The recent development of a patent-pending, environmentally friendly, disruptive technology provides a breakthrough which combines two cost-effective and efficient technologies, namely electrochemically activated (ECA) saltwater and nano gas (nitrogen, oxygen, etc.) spheres to produce two different nanosphere infused dispersions. The Anolyte version is capable of mitigating destructive biofilms, bacterial corrosion and H2S gas as well as mineral scaling issues. It also provides more efficient oil and gas recovery via enhanced surface activity, alkaline pH and a nanoscale mechanical advantage for mobilizing hydrocarbons through porous reservoir rock or tubulars to significantly improve recovery (i.e. 40-plus percent or higher).

0+%
increase in production when the Nano-Catholyte™ treatment is injected
0 billion
barrels oil estimated to recover in the Permian Basin

Healthcare

Assisting the healthcare marketplace by reducing HAI’s, supply chain issues and offsite waste disposal all while providing a better alternative to more toxic and harmful products presently being used in the healthcare industry.

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Agriculture

Working with growers and processors in such markets in agriculture to include citrus, cannabis and other fruits and vegetables by using our products to reduce vector-transmitted pathogens and bacteria.

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Healthcare

Assisting the healthcare marketplace by reducing HAI’s, supply chain issues and offsite waste disposal all while providing a better alternative to more toxic and harmful products presently being used in the healthcare industry.

LEARN MORE

Agriculture

Working with growers and processors in such markets in agriculture to include citrus, cannabis, and other fruit and vegetable by using our products to reduce vector transmitted pathogens and bacteria.

Learn More