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Saturday, 12/02/2006 9:20:46 AM

Saturday, December 02, 2006 9:20:46 AM

Post# of 19446
Don't know if this was aleady posted.

PremierWay Chemical technology.

Chemextract™
A Viable Alternative To The Current Canadian Oil Sands Extraction “Process”

The proprietary basis for our novel technology is our chemistry has the ability to perform on a nano level. In all iterations of our innovative chemistry design we have noticed the propensity to disperse and displace oil from virtually any object we test it with.

Consequently, after much research, we have come to understand that the oil companies are having significant problems in not only removing or extracting oil from the sand itself, but also the other contaminants that are inherent as well. After we had properly assessed and evaluated the problem, we recognized an opportunity to utilize our cleaning chemistry which has the capability in it’s proprietary nanotechnology design, to split oil (and in this case, other contaminants) very successfully.

We chose to approach the problem from a different perspective. By utilizing our cleaning chemistry, we determined in effect, that we could effectively wash the sand and its residuals and leave an effluent of water, cleaning chemistry, and oil.

With that goal accomplished, we asked the question, could we then remove the chemistry and water from the oil? The answer was apparent. Once we discovered that we could indeed obtain the desired effluent result in the previous step, we now knew that we could indeed remove the chemistry and the water from the oil.

How does our chemistry work?

Our cleaning chemistry is referred to as “Nano-mechanized Technology.” By utilizing our non-invasive chemistry which is pH neutral, our formulation does not get used up or spent in the process the way conventional chemistry does. This makes chemical cleaning economically feasible.

By utilizing a ultra-filtration process, our product will work extremely effectively because the water and the chemistry are made up of very small molecules that will go through a .01 micron filter. This coupled with the chemistry’s ability to help the ultra-filter work efficiently by forming a discrete layer that keeps the filter from fouling.

Since this is an aqueous based product, you may rightly assume that the water will evaporate. It will, but it can be easily replaced by simply measuring the conductivity of the formulation and add the right amount of water back in after each use. Our product is almost entirely recyclable!

Demonstration

The images below demonstrate what we were able to accomplish by utilizing a basic blender and small samples of the oil sand. If we could have utilized more effective mechanical mixing action, we could have performed the oil splitting at temperatures closer to ambient as opposed to the 120º F that was used in the test.


This is an oil sand sample pictured in raw form. It is a very hard material that resemble asphalt or coal in density and color. In this present form it was ready to be processed in our lab by utilizing our cleaning chemistry and a blender to prove that our chemistry can split the oil from the sand efficiently.



The oil sand sample was processed with our chemistry at 120F and placed in a blender. We used a mixture of 70% of our proprietary detergent with a 30% mixture of oil sand material. The stratification (phase separation) occurs almost immediately.

Here is the result of the mixture sitting for 20 minutes. Oil and the other bituminous material are clearly separating. If we had an ultra-filtration system available to us, we could show how the oil, chemistry, and the sand will all be distinctly separated from the solution as pictured here

Have a representative call and make an appointment to visit us in Atlanta, Georgia to verify and quantify the efficiency and economics of the use of our chemistry in the oil extraction process to enhance production.

Next, we could mutually determine what other requirements would be needed by your company of PremierWay Chemical to proceed with further more in-depth field evaluation and testing.


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