Background Information:

The world's appetite for affordable energy continues to grow. Advanced economies can afford to impose strict environmental standards and either pay to import a substantial portion of their clean energy requirements or use technology to clean their indigenous energy resources. However, economic growth in developing countries is often powered by fuels produced using readily available, low-quality, indigenous energy resources (e.g., sub-bituminous coal, brown coal, lignite, peat, wood waste). As the quality of the world's environment becomes an increasing concern, there is international pressure to implement stringent environmental standards worldwide. This will require new technologies and processes that will upgrade low-grade energy resources to efficient, clean-burning fuels.

There is a vast market potential for technologies that convert low-quality energy resources to high-quality energy products. In order to meet the requirements of the United States Clean Air Act of 1990 within the next 10 years, there will be a 100 to 150 million ton per year market for compliance coal in the United States that serves power generation and industrial facilities where emissions are not scrubbed. This market is equally impressive abroad; total world coal consumption in 2010 is forecast at 7.5 billion tons per year, 80 percent of which will be used outside the United States. Additionally, the world market for renewable resource fuels (e.g., bagasse, biomass, municipal solid waste, sludge, wood waste) is rapidly expanding as users recognize that renewables have significant benefits that can result in long-term lower cost service, less environmental degradation, and reduced risks. That's just the start.

Over the past eight years, Frank Germano, Guy Letourneau, P.E., Larry Ortega, Ron Bugaj, Esquire, Tom Theobald, and Martin Pisano (most former members of "International Turbine & Power, LLC") have positioned themselves for a role in the emerging worldwide market for solutions that enhance energy output and preserve the environment. The problems to date have been dealing with “how” to harness and use these energies in the most effective and cost-conscious manner. Enter Global Energy Technologies; Bladeless Disk, Vortex & Implosion Technologies - with our Bladeless Disk Technology (“BDT”), Implosion and Vortex Technologies (“InVAID”, and “FreshCool” systems) - we can effectively utilize these improved fossil fuels and natural resources to the fullest.

As a technology and marketing company, Global Energy Technologies, Inc. manages the affairs with a minimum of full-time staff. The Company believes that the best management approach at this time is to utilize consulting, subcontractor and strategic partner alliances to supplement its management team and qualified board of directors, who also bring diverse resources from which to draw. This approach allows access to highly skilled individuals who would not be available as employees and organizations that cannot fully dedicate their resources to. It also keeps fixed costs under control. Mr. Frank Germano is chief scientist and engineer, CEO Ron Bugaj, Esquire, handles the daily corporate business affairs, and Larry Ortega takes lead as CFO and business management, Guy Letourneau, Tom Theobald, and Martin Pisano handle the implementation of business development, media, and practical design programs, forming the core new company - all based on designing and creating systems using the revolutionary concepts and ideas of Viktor Schauberger and Nikola Tesla.

The applications listed below could be implemented with very little investment monies. All technologies presented are systems that we have previously worked on extensively. All applications are also "Earth-Friendly" and would present an enormous advance in pollution free power generation. We can provide the technology; we only await the necessary funding from investors that are far-sighted enough to realize the implications of what will happen if we DON'T do something soon.
 

STEAM POWER; Geothermal And Solar Powered systems:

The  BDT (Bladeless Disk Turbine), powered by steam, generated from a solar intensifying system, is an answer to "free" energy...Steam drives the BDT, which runs a generator, supplying electricity...a Tesla-type pump re-circulates the water supply...the initial cost of the equipment is minimal, owing to the relatively low cost of the units. Also, this is steam driven system...which equates to zero pollution, and it is 100% "off - grid" (no need for the electric , or gas companies, here!). An added benefit of such a system is the ability to desalinate water, thus, the system, by its very nature, provides clean and pure drinking water.

As urban populations grow, the treatment of the mass amounts of residential and commercial waste, often referred to as "bio-mass" becomes increasingly difficult. Landfill and waste disposal sites generate methane gas through the natural process of bio-degeneration. The handling of this low grade gas is a problem to municipalities and it is normally vented to the atmosphere. The BDT engine can efficiently burn this poor quality methane as fuel and in doing so reduces harm to the air quality as well as producing a revenue source - electricity. One of our first units was fully tested "on-site" in New Jersey, proving our claims, are, in fact, valid. It is entirely feasible, and practical to use Methane gas from landfills to supply the gas to drive a Bladeless Disk Turbine (Tesla Turbine).

Considering the vast amount of refuse (waste) being dumped in the United States, and considering that this waste is useable, it would be a folly to simply let this "free" source of energy go untouched. With the abundance of landfill locations, and the methane gas that could be captured (the process of natural decay of waste matter), we could quite easily meet our electrical needs simply by installing Tesla Turbines throughout each landfill and use the methane gas to fire high-efficiency combustors. The turbines would drive either DC or AC generators. Power output would range from the lower end of 500 KW to a possible 2 Gigawatts.

New - Global Energy Technologies is now in the process of packaging a complete waste-to-energy waste remediation system. This system will incorporate the revolutionary MagneGas Recycler - capable of converting any bio-mass, sewage, sludge, or municipal landfill waste into MagneGas. The superior qualities of MagneGas make this a truly environmentally friendly solution. Waste to energy. The bi-product MagneGas can run power generators through the Tesla Turbine, fed directly to the municipal infrastructure, or converted further to pure Hydrogen. Contact us for more details. What does this do for the average town or city? It means that through the use of that town or city's waste - (landifll, raw sewage or the like) the town/city now becomes an independent power utility. The cost per kW of electricity will fall through the floor. The cost for gas - by using Magnegas vs. propane or natural gas will drop by over two thirds. IT is a win-win situation for everyone.

AGRICULTURAL AND FEEDLOT:

Owing to the relative simplicity of our BDT engine’s design, and the drastically lower production costs, it is inevitable that the BDT-micro engine will surpass and replace all existing “micro” engines and pumps. The application of this technology will be rapid and direct. Two areas where we can immediately compete are in the laptop computer and hand-held power tool battery replacement markets. This is also an environmentally responsible application (the replacement of batteries that would otherwise end up as landfill waste and contamination of the ground-water base with harmful battery acid products). There is virtually no limit, other than available technology itself, to the micro size of the engines that we can build for these applications.

An engine smaller than the size of an average postage stamp or shirt button and ¼  inch thick, fueled and fired by our revolutionary combustion process (running on propane or butane) could easily replace the bulky battery packs of most hand-held tools, with this same unit driving the power for your laptop computer. Another area of importance will probably be in the space/satellites arena where weight savings are tantamount. We are currently seeking interested parties for either joint venture partnering or direct investment funding for this technology development. Please contact us for full details.

Researching A Shockwave Tesla Turbine

A Thermo-Pneumatic Tesla Turbine Locomotive

• Pharmaceutical and Medical Industry: living cells and human blood cells; plankton; bacteria. New, highly efficient and totally reliable heart replacement pumps, again, with no damage to the living cell.
• Agricultural Industry: agricultural sludge and slurries; fertilizer and salts, both liquid and dry; pumping of fruits & vegetables in water without damage.
• Ocean bottom dredging; Sea-bottom "treasure hunting" applications; Sand-bar removal & relocation, high-pressure water-jet cutting and drilling. We would love to be part of your next treasure hunting adventure, and can design superior systems that would aid you in all ocean-floor recovery operations. For coastal areas, we can design systems that will not only cost less than current dredging operations - our systems will operate without failure, and remove virtually all sediment, sand, aggregate and the like, without clogging, and move it in incredible volume to the site of your choosing. With our knowledge of Viktor Schauberger's ecological and environmental studies, we can easily recommend solutions for beach replenishment that will drastically alter current trends and provide stunning results. In the same process, as stated above, we can easily design wave-powered electrical generation systems that will provide continuous power for your community during the same operation.
• Municipal Water Transport and Water "Re-vitalizing." :Simply by replacement of conventional types of pumps with our Bladeless Disk Pumps, an enormous savings in electricity use costs can be realized due to the efficiencies inherent in the Bladeless Disk Pump designs. There is also a savings associated with "zero" maintenance costs (only one moving part, and virtually no wear). along with the substantial improvements in cost of operation, we can provide specially designed piping, which incorporate our "whorle-pipe" fittings which induce a vortical flow inside of the pipe itself, forcing the water to for spiral vortex flows - the greatly reduces, if not eliminates, all sediment build-up inside the pipes, and greatly reduces inner pipe wall friction and accelerates the flow. Our systems can be designed for commercial as well as household use. Contact us for further details.

Hydroelectric Power
Turning water’s mechanical energy into electricity

Since the time of ancient Egypt, people have used the energy in flowing water to operate machinery and grind grain and corn. However, hydropower had a greater influence on people’s lives during the 20th century than at any other time in history. Hydropower played a major role in making the wonders of electricity a part of everyday life and helped spur industrial development. Hydropower continues to produce 24 percent of the world’s electricity and supply more than 1 billion people with power.

Evolution of Hydropower

The first hydroelectric power plant was built in 1882 in Appleton, Wisconsin to provide 12.5 kilowatts to light two paper mills and a home. Today’s hydropower plants generally range in size from several hundred kilowatts to several hundred megawatts, but a few mammoth plants have capacities up to 10,000 megawatts and supply electricity to millions of people. Worldwide, hydropower plants have a combined capacity of 675,000 megawatts and annually produce over 2.3 trillion kilowatt-hours of electricity, the energy equivalent of 3.6 billion barrels of oil.

Hydropower in the U.S.

With a capacity of more than 92,000 mega-watts— enough electricity to meet the energy needs of 28 million households—the U.S. is the World’s leading hydropower producer. Hydropower supplies 9 percent of the country’s electricity and accounts for 49 percent of all renewable energy used in the U.S.
The nation’s largest hydropower plant is the 7,600 megawatt Grand Coulee power station on the Columbia River in Washington State. The plant is being up-scaled to 10,080 megawatts, which will place it second in the world behind a colossal 13,320 megawatt plant in Brazil.

How Hydropower Works

Hydropower converts the energy in flowing water into electricity. The quantity of electricity generated is determined by the volume of water flow and the amount of “head” (the height from turbines in the power plant to the water surface) created by the dam. The greater the flow and head, the more electricity produced. This is where the similarity between "conventional" hydro-power sites and our systems ends.
Germano & Dorantes uses a proprietary system based on the works of Viktor Schauberger and Nikola Tesla. Our systems do not require dam construction, nor the invasive reservoir thus created. Our systems offer a "zero-impact," environmentally sensible approach to hydro-power electrical generation facilities. We can take any average water flow from a medium to large river, divert part of that flow into a vortex-inducing structure, and capture the water's energy via a Bladeless Disk Turbine.
A typical hydropower plant includes a dam, reservoir, penstocks (pipes), a powerhouse and an electrical power substation. The dam stores water and creates the head; penstocks carry water from the reservoir to turbines inside the powerhouse; the water rotates the turbines, which drive generators that produce electricity. The electricity is then transmitted to a substation where transformers increase voltage to allow transmission to homes, businesses and factories. Short of the creation of a dam and reservoir, our systems operate on identical principals. However, with our revolutionary system, the beauty of the environment is not disturbed in any way!

Types of Hydropower Plants:

• Conventional - Most hydropower plants are conventional in design, meaning they use one-way water flow to generate electricity. There are two categories of conventional plants, run-of-river and storage plants.

• Run-of-river plants - These plants use little, if any, stored water to provide water flow through the turbines. Although some plants store a day or week’s worth of water, weather changes - especially seasonal changes - cause run-of-river plants to experience significant fluctuations in power output.

• Storage plants - These plants have enough storage capacity to off-set seasonal fluctuations in water flow and provide a constant supply of electricity throughout the year. Large dams can store several years worth of water.

• Pumped Storage - In contrast to conventional hydropower plants, pumped storage plants reuse water. After water initially produces electricity, it flows from the turbines into a lower reservoir located below the dam. During off-peak hours (periods of low energy demand), some of the water is pumped into an upper reservoir and reused during periods of peak-demand

• "Vortex Accelerated, Flow Induced Systems" (InVAID®) - this type of system utilizes the vast energy that is stored in flowing water, acted on by the additional force of a spiral vortex system (a Viktor Schauberger design), which further accelerates the water, at which point it is “collected” by a special type of bladeless disk turbine (of our Tesla based design). This system far surpasses other types in both its cost of installation, its power output, and the “zero-impact” ecologically on the surrounding environment. See our "OCEAN POWER SYSTEMS" for more information - power taken directly from the freely available ocean's waters.

Victor Schauberger, born in 1885, set a modern precedence in the understanding of the nature of water. His insights came from observing natural phenomena such as the undulation of the water snake and the meandering nature of water. Some saw applications of his insights, hiring him to construct means of timber transportation. His understanding of cycloid spiral motion allowed him to build chutes and flumes (up to 50 kilometers in length) to float the logs off the mountain. Others tried and failed to duplicate this work. The log flumes were considered technological mysteries. He was officially appointed the Austrian State Consultant for Timber Flotation.

With access to new trees and no restrictions, large timber companies sprang up everywhere. The dangers of technological misuse became apparent. By the end of the 1920’s he was promoting sustainable methods that were in harmony with Nature’s motion. He realized the creative centripetal force, versus the destructive centrifugal force. In his time he became known as the water magician. WW II arrived. Resisting the political pressures of the time in a semi-coerced atmosphere, Viktor refrained from disclosing vital aspects of his research. The Russians burned down his lab and house before the Americans got a chance to investigate. He spent his remaining years working with the ancient highland farmers of Austria, uncovering mysteries of magnetism, soil, and water in relation to crop growth, vitality, and strength.

Viktor Schauberger’s central theme was:

"Prevailing technology uses the wrong forms of motion. Our machines and processes channel such agents as air, water and other liquids and gases into the type of motion which Nature only uses to decompose and dissolve matter. Nature uses another form of motion for rebuilding. When our technology only uses the decomposing motion, it becomes a dead technology, a destructive one, dangerously affecting all of Nature."

This is where the past meets the future. This is today. This is the satori where the rational illusion of a fixed three dimensional space and of an unwavering linear time become no more. This is the infinite mystery of which WATER is the greatest metaphor.