New Promotion of ESS Solvent

We uncovered a blog post that was made on a site called The Eco Eye.  I believe David Feuerborn is the individual in the demonstration video and Larry 411 is Lawrence Shultz. Here is the text from the YouTube video:

"This close-up chemical demonstration shows the basic process steps that are inherent to any continuous flow Oil Extraction Machine using the EncapSol chemicals: (1) Insert the feedstock Tar Sands (2) Add EncapSol liquids in the reactor (3) Gravity-separate the water, the heavier EncapSol liquids encapsulating the oil and the even heavier sands and solids, (4) Dry out the sands with low-temperature process waste-heat, (5) Evaporate the EncapSol liquids to recover the hydrocarbon/oil for sale, and (6) Condense the evaporated gaseous EncapSol back into a liquid to start the whole closed-loop process all over again in a continuous flow reaction that can extract oil from oil-infused rocks and sands.

With the push for Arctic drilling, the fact that oil normally congeals in cold and freezing temperatures tis a big problem that is very costly because it consumes too much fuel energy in the process just to get the oil flowing.

However, as EncapSol demonstrates in this video -- unlike any other oil industry solvent being used, EncapSol can uniquely and cost-effectively break hydrocarbon molecular bonds so as to make heavy, immobile, 8-API gravity oil flow like water for easier extraction, even in freezing temperatures.

Whether it is TAR SANDS from Utah or OIL SHALE from Colorado or waste-oil sludge pits, oil spills or storage tank bottom sludge -- EncapSol literally can cleanly dissolve the liquid hydrocarbons from the solids that strand it.

Please note that in the process, the EncapSol solvent is fully recovered with greater than 99% efficiency -- which recovered solvent is re-used in the next cycle.

All separated water, sand, gravel, clay and rocks are delivered clean, free of any remaining oil or residual solvent.

This is a closed-loop zero-discharge system."

http://theecoeye.com/?p=6740