Global warming is now admitted by many as the effect of the greenhouse gases, GHG, human beings discharged into the atmosphere, as result of their economic activities. Concerted efforts have also been made mitigating GHG emission any further into the atmosphere, and in that respect a tremendous progress has been made.

However, the effect of the GHG may include interactive self-feeding systems that may not abate as a result of the mitigation of emission of the GHG, as is currently the focus. In effect, then a proactive action of remediation is called for and need to be considered by the world bodies and by the environmental scientist engaged in the development of technologies for addressing the matter of GHG emission.

Admittedly, there is no way to knowing ahead of time whether or not even undertaking the development and implementation of such technologies would cause an actual reversal of the effect of GHG emission, such as the melting of the Arctic ice caps, cause a change in ocean flow resulting in a re-accumulation of ice at the Arctics, or even the recapping of the Mount Kilimanjaro with ice, yet it would be better to err on the side of safety than on the side of jeopardy.

Besides, as have already been determined by analysis of the limitations of the GHG emission mitigation technology under consideration seem non-efficacious in the long term. An alternative technology therefore is needed, that actually removes the carbon from the atmosphere permanently, at least in the geological sense of time, and the carbon is actually removed from the atmosphere and there does not exist the prospective situation of having to re-release it back into the atmosphere.

Here then is the rationale for the consideration for GHG emission effects remediation technologies development.

Concept Technology Template

A template concept technology effectively describes the nature of any environmental technology that would otherwise qualify for as remediation

technology. The illustrative description has also has to be borne on a technology that neither exists - at least have not been made public in any form as to raise issues of intellectual property right violation - nor even deemed plausible by many, and as such provides the most protection in its use to the end of the illustration.

Now this technology being proposed and being independently developed in a synopsize description of the functionality, the prospective developers have submitted - on the bases of dielectric failure analyses by Sandia National Labs - that water in a cell can be "irradiated" with a high voltage  pulse causing dissonance of the covalent bond of water molecule, resulting in the ionization of the molecule, and to initiate electrolysis of water. Plausible or not is irrelevant to the context of this article except for the protection offered by its use in the form of non-disclosure of proprietary technology development.

Now then, for the purposes of GHG effects remediation technologies development, the considered rationale is this: If pure voltage pulsed at a "calculable" frequency can create a "dissonance" or resonance vibration amplification so much as to cause a separation of water molecules - hydrogen and oxygen, then there should also exists a "calculable" frequency at which pure voltage can be pulsed at carbon dioxide as to cause two tier bond dissonance to cause a separation of the carbon dioxide molecules into carbon dust and oxygen molecule, which is a mere conceptual extrapolation. Such a development, of course, needless to say should solve the problem of global warming having enabled the reduction of the carbon dioxide component of the greenhouse gas, GHG, emission in the flue gases of power plants.

The development thrust of GHG effects remediation technology in effect then becomes the development of technology that supports the recovery of carbon dioxide from the atmospheric air. By this criteria then a remediation technology is any technology that has functionality that goes beyond preventing the emission of GHG into the atmosphere as to actually reverse the presence of GHG in the atmosphere.

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