Zero-Point Recovery - A Bridge to Zero-Point Energy
Many scientists believe that ambient energy, the energy that exists in all things, even the vacuum of space, can some day be tapped as a viable source of energy to power everything from toasters to automobiles. Some say the technology is just around the corner while others suggest that it may be decades or even millennium before this new form of energy can be made to do useful work. Some suggest that the idea of FREE energy from the cosmos is just a pipe dream and that it will never be made useful. They point to some of the theoretical concepts being put forth and scoff at these notions stating that they violate the laws of physics.
Whether zero-point energy becomes a reality or not is beyond the scope of this blog. The real question for today’s scientists is “How do we make the energy we currently have more efficient?” There are tremendous advances in electrical power generation and new renewable fuels that are exciting and worth pursuing but the most effective thing we can do today is to make our machinery and our power systems more efficient. This can be done using current technology to conserve and recover resources that currently go to waste in today’s processes. These recovery processes include the reclamation of water and other effluents that can be recycled, reused and reclaimed, adding efficiency to our systems while preserving and conserving our precious environment.
The purpose of this blog is to explore new energy sources and new and better ways to conserve our current energy and natural resources. We call this process Zero-Point Recovery and we believe that it is the bridge to a zero-point energy future.
The zero-point of energy is the lowest energy level a system can have. It is the ground state or the natural state of all things. In a perfect recovery system the energy above this zero-point level is returned to do useful work either within the system or for use in another system.
The simplest recovery systems extract energy from a system in the form of heat from coolant water or other energy storage medium for use as a heating source. More complex systems extract gasses and other combustible effluent and either use these gasses as fuel or combine them with other fuels to create a more efficient energy source. An example of this can be found in today’s high-tech stack scrubbers that recycle combustible gasses back into the energy furnace.
There are natural sources of recoverable energy as well. For example the methane gas produced by landfill decomposition can be used to fire a furnace to power a steam turbine to produce energy. Wave action and tidal action can be used to generate power as can wind and geothermal energy. Electricity can also be generated directly from photo-galvanic cells. These cells today are not efficient enough to create cost effective energy on a large scale but the science of solar cells is growing in leaps and bounds and, when combined with new battery technologies, these cells and batteries will become an important stepping stone to the development of new energy technologies.
Many scientists and entrepreneurs believe that the universe is a natural energy source. They believe that energy, zero-point energy, exists in every molecule and every inch of the universe including the vacuum of space. They believe that energy that holds electrons in orbit around atoms and the energy that creates molecular bonds of atoms in elements and compounds can be directed or redirected for use as an energy source. They believe that energy waves that exist even in the vacuum of space can be tapped as a viable energy source.
Atomic energy is one example of this zero-point energy theory but many believe that atomic energy is only the beginning of this technology. We have all heard of the claims of cold fusion and the relatively new science of magneto hydrodynamics where magnetically charged fluids are used to create a kind of magnetic jet engine.
There is work being done on electric generators that use motors which incorporate extremely strong permanent magnets to increase the efficiency of an electric motor to a point seemingly beyond unity, where the energy output appears greater than the energy input. Some of these theories and claims seem to defy the laws of physics and many scientists are skeptical about these claims. There are some who say that these new technologies are being suppressed by science and economic consortiums that fear this technology will change the economic and scientific balance of power.
Many of these new technologies could some day become reality and replace our dependence on fossil fuels but long before any of that can happen we need to develop ways to conserve and recover the energy we currently use.
It may be that some of these new technologies can be used to hybrid with today’s common fuels to increase the efficiency of our current systems.
One example of this is the work being done to extract the hydrogen gas from water. The laws of energy conservation say that this cannot be done efficiently. That it will require more energy to separate the hydrogen from the water than the usable energy it creates. If standard electrolysis is used there is certainly a huge loss and the energy output is only a small fraction of the energy input making the process a total net loss but recent experiments with pulse frequency electrolysis or so-called hydrogen crackers are generating much greater yields of hydrogen gas. While this generation of hydrogen gas may never approach 100% efficiency it may create enough hydrogen gas to make feasible the creation of hybrid machines that increase the miles per gallon of our gasoline burning internal combustion engines to a point way beyond our current minimum mileage standards.
This website was created to explore new sources of energy as well as the effective use of current energy resources. We will also explore ways to bridge the gap between today’s energy resources and the resources of tomorrow. We will look at ways to use new technologies to create recovery systems that approach the zero-point energy levels of our current processes. We will recommend websites and other resources that we feel can add to your knowledge base as it relates to new energy technologies and energy resource recovery.
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Half life 2 soundtrack by Kelly Bailey. Song is called Zero point energy field.
http://EnergyForEarth.net
Rede Globo de TV - enchente em Santa Catarina - Brasil - Jornal Hoje. There are many disruptive effects of flooding on human settlements and economic activities. However, flooding can bring benefits, such as making soil more fertile and providing nutrients in which it is deficient. Periodic flooding was essential to the well-being of ancient communities along the Tigris-Euphrates Rivers, the Nile River, the Indus River, the Ganges and the Yellow River, among others. The viability for hydrological based renewable sources of energy is higher in flood prone regions. Enchente ou cheia é, geralmente, uma situação natural de transbordamento de água do seu leito natural, qual seja, córregos, arroios, lagos, rios, mares e oceanos provocadas geralmente por chuvas intensas e contínuas. A ocorrência de enchentes é mais frequente em áreas mais ocupadas, quando os sistemas de drenagem passam a ter menor eficiência.
http://www.instructables.com/id/SPREE_Solar_Photovoltaic_Renewable_Electron_/
I use an electric motor I built to spin a magnet inside a coil to induce current. Then, I use a rectifier to change the AC current to DC. Next, the current is stored in a capacitor, and once I flip the switch, the capacitor releases its energy and lights the LED.
SORRY, ONLY AVAILABLE IN FRENCH
Energy except the springs,motors and gravity was discovered by Phun rocket development.
T Man shows us a very simple way to extract hydrogen from water using a chemical process as opposed to using an electrical current.
Heat from the earth’s core may cut your electric bill.