WET/EIG

Water Ionizerincreasing revenue from existing production

Ionized water used for well injection

Increases oil production

Example: Switching to ionized water has

increased well production by 25% - sustained

due to effects of water thinning, metals removal, formation cleaning i.e.breaks up skin damage, swollen clays, and damage from acid and gel fracs.

Removes fine particles from the reservoir

WET/EIG

Water Ionizerincreasing revenue from existing production

•Significantly increases water disposal & injection ratesreduces injection pressure (see charts)

•Recovers oil from produced water prior to re-injectionOil in water after treatment is >1%

•Breaks emulsions – without chemicals

•Drops out metals and solids from suspension including barium – a major source of well scaling (see charts)

•Knocks out toxic metals – mercury, arsenic, lead etc.

•Prepares water for re-injectionHydrocarbons reduced to <1%

NOTE: A surfactant may be added to improve reaction

WET/EIG

Water Ionizer

Results1. Water is thinned

(to4molecules)2. Emulsions break3. Oil separates easily4. Metals drop out of suspension

Capacity (m3/day)

32 155 1,360 4,540 9,100

Length (meters)

1 2.5 2.5 5 13

Diameter (cm) 5 10 15 51 92

AfterBefore

Breaks emulsions without chemicals Drops out metals and solids from suspensionKnocks out toxic metals - mercury, arsenic, lead, etc.Prepares water for re-Injection without chemicals

Cleans produced or polluted water up to grey water standard for Industrial use

Additional equipment added after the Ionizer will create potable water

WET/EIG

Water Ionizer resultsCompany: New Tech EngineeringPresident: Regan D. WoodDate: 21st December 2001Location: Bixby, OklahomaPurpose: Ionize produced salt water in Highbaugh fieldResults: 120 bbls of salt water and 280 bbls of untreated salt water were simultaneously pumped through the Ionizer. The resulting mixture was left overnight and in the morning revealed 2 inches of oil in the tank which were not apparent before treatment. The technology is able to break oil in water emulsions to reveal two immiscible liquids (oil and water).

Occupation: Consulting GeophysicistName: Edwin K. Hiserodt

Date: 17th March 2004Purpose: Characterize details of chemical/physical changes in water caused by treatment with the Ionizer

Results: Experiment conducted using Tulsa city water pumped from a 5-gallon plastic container.Low pressure (20 psi) non-stop, 60 second run; reduced resistivity by 10%high pressure (98 psi) non-stop, 60 second run; reduced resistivity by 17%

Using the VICR #micro 6, at high pressure reduced resistivity by 57.5%Experiment conducted with salt water 7,000ppm using the Ionizer #micro 6 at low pressure

Precipitous drop in resistivity of 96%, and a 33% drop in pH for the first few minutes, before rising to original level.Conclusions: Using Ionizer leads to greater destruction of bacteria/alga and also reduces the number of molecules in

water clusters, which will greatly reduce pressure required to drive contaminated water.

WET/EIG

Water Ionizer – the way forward

WET/EIG would welcome the opportunity to work with (insert specifics) in the following manner:

1.WET/EIG visit (Insert specifics)

2.(Insert specifics) provide information to Ionizer Middle East and CIS of the area for potential growth by use of the Oil Ionizer.

3.WET/EIG build operating data and take 4 x 20litre representative samples

4.Following analysis of the operating data and samples WET/EIG will provide a business proposal to include:a) Equipment and personnel requiredb) Details of an in-line demonstrationc) A profit-sharing or lease agreement upon success of the demonstration

WET/EIG

Water Ionizer

SUMMARY

Up to 25% increased production – sustained

Up to 85% decrease in injection pressure

Reduces oil in produced water <1% remaining

Elimination or huge reduction in damaging metals

increasing revenue from existing production