Balancing humanity’s energy needs and demands while protecting the environment is a major challenge.
Demand for energy is forecasted as increasing 50% by the year 2020 with most of these being fossil fuels.
Currently over 1.6 billion humans have no access to electricity and 2.4 billion rely on plant material,
vegetation, or agricultural waste as an energy and heating source.
Our fossil fuel consumption is set to double in the next 10 to 15 years.
(Source: EIA).
Meanwhile, Earth’s glaciers are receding, the
concentrations in the atmosphere have nearly doubled,
and world temperatures are the hottest ever recorded. We, citizens of the world, must adopt a new approach
to solve the dilemma of energy needs and limited planetary resources through more efficient generation,
storage, distribution and consumption. The newer technologies will help fill our need for energy solutions
through innovative energy sources (magnetic, ocean wave...), more efficient lighting, fuel cells, hydrogen storage, solar cells,
locally distributed power generation, and decentralized generation and storage by reinventing the power grid.
The Challenges and Visions of Future Energy
Clean Energy Trends
(1.8 MB,  )
Released by Clean Edge (Mar-08)
The Future of Nuclear Power
(29.8 MB, )
Released by MIT (Jul-03).
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Client Service and Expertise |
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The key to our client service is our ability to integrate new business ideas
with qualified industry experts. We serve with integrity, earning our clients’ trust
by being unafraid to challenge establishment thinking.
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WAVEFLUX · Ocean Wave Technologies
We're engaged in a strategic thinking to
design a coherent business model.
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Sandia's scientists have succeeded in producing
plasmas that have exceeded 2 Billion degrees, which is hotter than the interior of stars.
Whilst they are analyzing how it has been achieved, the experiment is repeatable
and is continually yielding successful results. The amazing part is that
the X-ray output was as much as four times the Kinetic energy input.
Photo: Sandia's Z machine at instant of firing. View of the sparks formed at the water-air interface travel between metal conductors.
(Courtesy of Sandia Corp.)
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