The latest maps of the Toxic Cloud of Death show it moving directly to the USA in a large column. The column is not just Iodine-131. It includes Cesium-137 which will screw over the dairy industry for 300 years. There are also more toxic radionuclides in the cloud formation. Plutionium-239 and Telerium-132 among others can drift for miles if they are bonded with lighter elements and no bigger than a micron.

They may or may not make it all the way to the USA or Europe in the cloud plume. It would depend on a variety of factors like the weather, concentration, height of the cloud, etc…

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New data on the full scope of the radioactive toxic plume of death that is being spewed forth from the Fukushima Nuclear facility.

Tags: environment, nuclear, Uncategorized, weather by Sparky
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Here’s a handy list of the most promising technologies being worked on to extract energy from water.

1. The plasma spark plug

The plasma spark circuit was realized a few years back in the open source energy community and triggered a wave of interest and research that resulted in several companies bringing a version of the circuit to market independently. The basic premise is that the normal spark plug can be enhanced to provide a plasma spark when the current from the battery is run through a unique circuit. The resulting spark can be used to crack water and burn fuel at extremely lean ratios of upto 80:20 water:fuel combinations.

2. The Geet Plantone fuel system allowing leaned out ratios of 80:20 water:gasoline

The Geet Plantone system uses Browns gas or HHO which is extracted from water using a unique electrolysis method. The fuel is then used to run the engine which is designed to work with this specific fuel type. The potential in the Geet Plantone is that the system is almost self fueling once running and very close to a completely closed system.

3. The Firestorm sparkplug from Robert Kruiper

The Firestorm spark plug was apparently thought of and prototyped within a space of two hours. Then refined over the years and patented very broadly. The inventor Robert Kruiper originally tried to sell the technology but then decided to manufacture it himself as he could make more money that way. However after many years of funding drives he has still not brought it to market. Independent investigators and researchers have built, tested and verified the voracity of the design and have confirmed that it can be used to ignite extremely leaned out ratios of fuel up to 80:20 water:gasoline. The principal is almost exactly the same as the plasma spark plug except the Firestorm does not suffer from degradation due to the unique use of metals on the tip.

4. The Plasmatron from MIT aka ArvinMeritor’s Plasma Fuel Reformer

Another plasma sparkplug concept. This time from MIT where it was apparently conceived in 1996 and then refined over the next 7 years before being licensed to Arvin Meritor who originally predicted it would become available to the market by 2010. Basic idea is to use plasma to extract hydrogen from a liquid like water or other fuel and combine it with the existing fuel in the spark chamber to get a greater efficiency in the burn process of at least 20%.

5. The Al-Ga composite from Jerry Woodal at Purdue

This promising technology was discovered by Jerry Woodal while working for IBM all the way back in 1967. He was working with aluminium and gallium and added water to cool the metal quickly when he experienced a large explosion which tweaked his interest. Since then he has worked with his colleagues at Purdue to refine the technology to the point where they can produce a composite metal which will force hydrogen loose from water immediately leaving an alumina powder and pure gallium as the result.

6. Solar hydrogen electrolysis and photosynthesis using silica catalysts from MIT

Another MIT technology that promises to allow hydrogen to be recovered from water much more efficiently than standard electrolysis. They are also finding new materials with the base composition that can be used as the catalyst. The potential is to greatly decrease the material cost of producing hydrogen through electrolysis. Not sure what the impact on total energy cost will be though.

7. Using Geobacter to produce base acetylate for oil/plastic production

This technology is from UMass/Amherst Professor Derek Lovely and promises to provide renewable green fuel using micro bacteria to produce the base acetylate which can be used to create all oil based fuels and plastics. Basic idea is to use sunlight to provide power to attract the electrons in water so the bacteria can feed directly off the electrons with the waste product produced by the bacteria being acetylate.

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Albert A Bartlett’s fascinating lecture on Arithmetic, Energy and Population explains everything you need to know about the world energy crisis and how population growth is the single biggest contributor to energy consumption. After viewing this you will be left with no doubt that we need to see more action from industry and the lawmakers to provide more fuel efficiency and energy positive fuel alternatives.

Remember even if it is touted as a green energy solution, if it takes more energy to create the technology that the technology provides it is still energy negative! Where does the energy energy come from to create the technology in the first place? Most of it comes from Oil and Coal of course.

Also keep in mind that there is enough energy in the worlds stock pile of nuclear warheads to provide the worlds energy needs for approx the next 200 years even with current growth and consumption rates factored in. But what is most likely going to happen to that resource? The big oil companies run by the banksters will waste it blowing each other up in order to secure their hold on the last remaining and ever dwindling world supply of oil reserves!!!

View the channel here for this 8 part lecture or just click the left/right arrows to go to the next chapter.

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