Having a background in technical writing for conventional resource industries, a reader might wonder why I would venture to tackle a subject as this one? Having lurked around Energy Central and several alt blogs for about a year or so, I have analyzed the various market forces shaping the renewables industry and I have something valuable to say.

The desire to blog has evolved from years of research, so there is plenty of material to post here, but the question is how would one best go about such uncharted territory? When I originally published my first book, I sent a few copies about the states, but got but few comments back from publishers, most saying the subject was too impractical to garner much interest in the global marketplace, but how times have changed since then. Today, the idea of mining the moon for helium gas and hydrogen fuel cell technology is a hot topic. Interest in solar and wind power would naturally lead a reader to explore the idea that solar wind capture technologies - now just in their infancy - are the next step in futuristic space-based power cell array technologies. I hope to explore this subject in great detail, using some NASA and University of Michigan abstracts from my book and then see where the comments go. I also plan to watch the blogs of my renewable energy blogger colleagues on the subjects of biomass and solar power as well as wind power, but it will soon be obvious that I do not think nuclear fission or coal will be as big in the future as many people seem to think at the moment. That said, those power sources are not going to disappear anytime soon either.

This first post title evolved from my conversations with a precious metals corporate office technology manager in Malaysia who was convinced as far back as 1997 that nano technology and beyond is the future of all electrical and electro-mechanical power delivery systems due to limited rare raw resources. I begin my blog with the hoped for final end product of which would be produced by a long and needed globalization process of including all economic players across all nations of Earth to achieve a very efficient small scale clean power storage technology. The need is already well established, but I think what is missing is the spiritual parameters which would allow all nations to successfully participate in such a massive research & development base, followed by the necessary regulatory and legal environment to ensure a level playing field and fair trade marketplace so that all nations - rich and developing - can profit from putting the necessary capital, resources and human factors into play to achieve quick success. This aspect of my blog should be fairly obvious to most readers. I also appreciate comments.

Over time, my avocation will include exploring various models & schematics for producing a power system that could possibly employ much of the global energy industry and direct investments in producing cheap, powerful, efficient helium power cell arrays that will eventually power up the modern worlds of the future. In the meantime, leaders and investors might consider supporting a legal globalized hemp infrastructure so that the needed biomass can be produced to put people back to work and to provide the raw industrial hemp for the methane factorization process by which helium 3 gas can be sequestered for use in bio-fusion. The individual nano & tetra sized fuel cells would then be made into the vast power arrays needed by the electrical industry and allied energy consumers for a wide variety of applications.