Sustainable, Renewable, DOABLE

Sustainable, Renewable, DOABLE


By FutureWell

An eco-friendly solution that addresses the following major controversies associated with fracking: • • pollution of groundwater with toxic chemicals • release of hydrogen sulfide that endangers oil field workers’ lives • excess wastewater

If we put a chemical down a hole — what happens to the chemical after the fact? Does it just go into our aquifer? What does it do? Over a period of 30 days, outside of its sealed container in liquid form, our Well Optimizer breaks down into its original components. In extensive testing that has been published, after 90 days, you cannot find any trace of our Well Optimizer underground. Because our Well Optimizer eradicates all bacteria it literally breaks hydrogen sulfide (H2S) apart, neutralizing it at an atomic level which converts it to sulfur. At that point, the sulfur will simply fall to the bottom of the well as a molecular solid. With most biocides bacteria is merely wounded, not killed or eradicated. Well Optimizer eradicates.

Protect your production and injection wells, pipelines and frac fluids.

When not treated properly, these things all lead to cost increase in the repair of separators, tanks, flow iron, as well as pipeline repairs and risks the lives of those working at the sites.


• Almost every gas well entails a frack job, requiring approximately 80,000 gallons of water. This water can be treated with Well Optimizer solutions to manage bacteria, which protects the fracturing fluids and gels, and ensuring polymer and proppant performance. It removes scale and slime build-up from pipes, and cooling water systems can be kept free of biofilm which improves heat exchange values and eliminates microbial induced corrosion (MIC). • Recent data collected from field operations where frack water was treated with Well Optimizer show that the bacteria levels in the frack water were reduced below the threshold level that would adversely impact stimulation fluids and gels. Produced water may be treated before being revised in stimulation fluids or water floods. • Our Well Optimizer can be used to enhance production from wells which have been impacted by down-hole growth of bacteria, and other microorganisms, by killing the bacteria and removing the restrictive biofilms. It is a great utility in the reduction of hydrogen sulfide in produced water retention pools and make-up water.

• Well Optimizer is effective in producing wells as a biocide and anti-corrosive agent and it neutralizes hydrogen sulfide at the
atomic level in producing wells, reducing cost of reconstruction of well linings.
• Produced Water Market
• Contaminated produced water must be decontaminated before release into the environment or recycled for use. Retention
ponds create environmental hazards, harboring heavy metals and bacteria.

Cooling tower water can be treated with low concentrations of Well Optimizer so that bacteria in the tower are controlled. In addition, Well Optimizer removes the scale build-up on fill, pans and in pipes so that a better heat exchange value is maintained throughout the system. Costs for handling, storing and disposing of hazardous chemicals used to treat for bacteria and inhibit scale are dramatically reduced. Furthermore, downtime and maintenance costs for periodic cleaning are eliminated.

Estimated Quantity Requirements

• Frac Water – For typical water treatment of water from non-potable water sources, add enough Well Optimizer to obtain a 1 to 3 ppm FAC residual after biocide load burden to mitigate and retard the growth of non-public health microorganisms such as anaerobic bacteria, aerobic bacteria and sulfate reducing bacteria to protect fracturing fluids, polymers and gels.
• Sour Wells – For typical well treatment, slug dose calculated volume of 1000 ppm FAC Well Optimizer depending upon well parameters and conditions, into the well bore on a daily or weekly or monthly basis to maintain control of unwanted odors, H2S Gas, H2S in the water phase, non-public health microorganisms, and iron sulfide, to restore well production, integrity, and a safer environment.
• Produced Waters – For typical produced water and flow back water treatment, add enough Well Optimizer to obtain a 1 to 3 ppm FAC
residual in the produced or flow back water after biocide load burden to retard the growth of non-public health microorganisms.
• Heater Treaters, Hydrocarbon Storage Facilities & Gas Storage Wells – For typical storage facility treatment, add enough Well Optimizer to obtain a 1 to 3 ppm FAC residual into the water phase of the mixed hydrocarbon/water system to retard the growth of non-public health microorganisms, control unwanted odors and the formation of H2S gases, and reduce corrosion of production equipment.
• Water Flood Injection Water – For typical water flood injection water treatment, add enough Well Optimizer to obtain a 0.1-0.5 ppm FAC
residual to retard the growth of non-public health microorganisms and control slime in pipelines.
• Oil and Gas Transmission Lines – For typical transmission line treatment, slug dose calculated volume depending upon fluid volume and line size of 1000 ppm FAC of Well Optimizer in to the transmission line on a daily or weekly basis to control unwanted non-public health microorganisms, such as SRB’s, reduce microbiologically influenced corrosion (MIC) and remove the slime and associated sessile bacteria which can degrade pipeline integrity.


Example of Use

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