Energy Technologies for Sale or License

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Energy is the overall quantifiable identity of objects and systems that can do work or generate heat. Energy forms include kinetic, potential, thermal, gravitational, sound, light, elastic, and electromagnetic energy. Energy is a natural phenomena that can be captured and used for mankind’s benefit. Post your energy technology for sale or license here.
Seismic wave stimulation technology provides the solution for extracting the huge amounts of oil left behind in reservoirs.
There have been numerous methods and processes for oil recovery in an att..
BRIEF SUMMARY OF THE INVENTION
A novel stack design is disclosed below that overcomes the limitations of the conventional bipolar fuel stacks bipolar fuel stacks is proposed. This new stack design..
Joint Venture in -- Amazing Futuristics - Agri Farm Biomass - THRU 'BOOSTED Power Gasification'
We are a New Zealand based Biomass Gasifier manufacturing Company that is finally going the much ..
A patented soft-switching inverter designed especially for de-energizing high-voltage, high-energy capacitors is revealed in US Patent 7,157,884 (Hacsi) and used in conjunction with a very large in-gr..
Abstract
Conventional HVAC cooling systems are very energy intensive. In addition, most systems do not offer individual control over cooling. Desk fans are one answer to these problems, but normal de..
This worldwide available technology is retrofitted into any size or any fuel type power plant units and has proven efficiency improvement of about 10% in 600mw over the past 5 years. The inventions m..
Sun Thermodynamic Power Station
BACKGROUND: Biodiesel presents physical-chemical properties similar to petro-diesel, and can be used directly in the motor with no further significant mechanical modifications or expenditure in mainte..
BACKGROUND: Recent research efforts have produced stable amorphous materials that can be cast into films directly from solution. However, a tendency towards crystallization minimizes the utility of th..
Project Goal:
JBEI proposes to develop a comprehensive Techno-Economic model of a cellulosic biorefinery to better understand the biorefinery process and estimate the operating costs, research need..
Lignin, a complex biopolymer found in all vascular plants is the second most abundant renewable carbon source and is currently obtained as a byproduct in the pulp/paper industry. Lignin conversion in..
This technology is related to the development of a suite of fluids tailored to simulate specific crude oils. The base fluid would consist of a blend of one or more vegetable oils, naturally occurring..
Natural resins are generally separated from coal by froth flotation. The resins are important commercially, being used for adhesives, varnishes, coatings, waterproofing, linoleum, etc. Extracting resi..
Researchers at the University of British Columbia have developed a novel fuel cell diagnostic apparatus and method. The system uses micro-scale sensor electrodes strategically placed at various places..
Conventional fuel cells feed a fuel and an oxidant separately into distinct zones of the fuel cell. This requires specialized, costly materials and components to maintain the physical separation of th..
Researchers at the University of British Columbia have developed a new type of fuel cell with a novel architecture that can operate without the conventional polymer electrolyte membrane. The fuel cell..
Abstract:
The subject technology is a lightweight containment shield that both prevents escape of fragments and dissipates kinetic energy associated with the fragments in a controlled manner. The pro..
Advantages
• Allows the device to maintain full operation while at the same time charging the battery with an alternate energy source that is not large enough to do both at the same time.
• Ma..
A major reason why the commercialization of organic dye-sensitized solar cells (organic-DSSCs) has been slow is because of their low global energy conversion efficiencies, especially when compared to ..
This invention describes a novel product and procedure to store (and release) hydrogen as an energy source in fuel cells; it is a new material based on a combination of Lithium Nitride (Li3N) and Lith..
A major reason why the commercialization of organic dye-sensitized solar cells (organic-DSSCs) has been slow is because of their low global energy conversion efficiencies, especially when compared to ..
This invention describes a novel product and procedure to store (and release) hydrogen as an energy source in fuel cells; it is a new material based on a combination of Lithium Nitride (Li3N) and Lith..
Summary Low temperature, compact solid oxide fuel cell (SOFC) technologies.
A series of new Harvard technologies enables operation of SOFCs at low temperatures (300 deg. C to 600 deg. C). Operatio..
Summary A novel, low-cost microbial fuel cell (MFC) capable of delivering high power, high-efficiency energy. The MFC takes advantage of an easily accessible and ubiquitous carbon source. The organic ..
Introduction Plasma systems provide substantial savings over chemical propulsion systems but require higher power to attain any appreciable thrust. UW researchers have developed a basic system that en..
Introduction Hydrogen biofuel has the potential to solve a variety of challenges related to the global need for a clean and sustainable form of energy. Hydrogen can be produced from a variety of domes..
Introduction Hydrogen storage is widely recognized as a critical enabling technology for the development of hydrogen-fueled vehicles. The conventional storage method, compressed H2 gas, requires a lar..
Introduction Solar power is becoming more and more important with the increasing global effort to reduce petroleum consumption and is already vitally important as the planet’s primary source of ener..
Introduction X-rays have long been used in the characterization of a wide variety of materials. However, conventional techniques for dealing with light-element (or low-Z) materials, such as those cont..
Introduction Shape memory alloy (SMA) materials are easily deformed at low temperature and return to their original configuration by heating. Via the piezoelectric effect, some materials will produce ..
Introduction Using light from the sun, plants are able to harness the energy of a light-induced charge separation in water and redirect it for their own needs during photosynthesis. If such a process ..
BACKGROUND Industries are under increasing pressure to reduce the pollution being discharged in their effluents. This is due to increasingly stringent legislation in the UK, Europe and elsewhere, such..
BACKGROUND Wave energy is a major potential source of renewable energy especially for an island nation. The total power of waves breaking on the world's coastlines is estimated at 2 to 3 million megaw..
The Invention Dr. Amir Sharon and his team from Tel Aviv University have developed a transformation-based approach through which fungi can be modified to be less sensitive to external conditions and ..
ZBS (Zero Bias Switch) patent # 7,106,188
A long range radio receiver without an amplifier (no battery drain)
This RF receiver is acitvated by the incoming signal no stand-by power is needed.
..
APPLICATIONS OF TECHNOLOGY:
Gas separation Fuel cells Catalytic reactors Energy generation Coal gasification Selective oxidation of hydrocarbons
ADVANTAGES:
Economical Increased reliability ..
APPLICATIONS OF TECHNOLOGY:
Planar solid oxide fuel cells Planar gas separation devices Planar membrane reactors
ADVANTAGES:
Produces high-quality thin films with no warping or cracking Solid..
ADVANTAGES:
Inexpensive Structurally sound
APPLICATIONS OF TECHNOLOGY:
Electricity production (e.g. solid oxide fuel cells)
Electrolytic gas separation Electrolytic syngas production by part..
APPLICATIONS OF TECHNOLOGY:
Solid oxide fuel cells Oxygen generators Electrochemical reactors
ADVANTAGES:
Offers less expensive manufacturing Displays excellent mechanical bonding between lay..
APPLICATIONS OF TECHNOLOGY:
Tubular solid oxide fuel cells Ceramic membrane fabrication Electrolytic separation
ADVANTAGES:
Produces high quality films on non-shrinking substrates Scalable f..
APPLICATIONS OF TECHNOLOGY:
Solid oxide fuel cells Electrochemical devices Protective barrier coatings Gas separation membranes Membrane reactors Sensors
ADVANTAGES:
Achieves thicknesses betw..
APPLICATIONS OF TECHNOLOGY:
Solid oxide fuel cells Oxygen generators Electrolyzers
ADVANTAGES:
Greatly expands the choice of sealing materials Promises inexpensive manufacturing, high sealing..
APPLICATIONS OF TECHNOLOGY:
Gas separation Fuel cells Catalytic reactors Other devices
ADVANTAGES:
Improved performance Improved reliability
ABSTRACT:
Berkeley Lab researchers Lutgard D..
APPLICATIONS OF TECHNOLOGY:
Solid oxide fuel cells Gas separation Mixed ionic electronic thin film devices Sensors Magnetic films Various barrier coatings Potentially LaCrO3 interconnects
ADVAN..
APPLICATIONS:
Assembling planar SOFCs into stacks for power generation Auxiliary power for autos and RV Individualized oxygen production for use in homes or hospitals
ADVANTAGES:
Start-up tem..
APPLICATIONS:
High temperature seals for electrochemical devices, oxygen generators, and metal/ ceramic interfaces
ADVANTAGES:
Enables rapid thermal cycling Overcomes brazing limitations wit..
APPLICATIONS OF TECHNOLOGY:
Lithium ion batteries with high power requirements e.g. electric and (plug-in) hybrid/electric vehicles, power tools
ADVANTAGES:
20-30% increase in power performan..
APPLICATION OF TECHNOLOGY:
Lithium metal polymer and lithium polymer batteries PEM fuel cells Electrochromic windows Electroseparations
ADVANTAGES:
High lithium ion conductivity (10-5 S/cm ..
APPLICATIONS:
Point of use fluorine generation, separation, and recycling
ADVANTAGES:
Compact solid state system Extremely high purity fluorine separation, allowing the gas to be recycled on..
APPLICATIONS OF TECHNOLOGY:
Porous metal, ceramic, cermet and polymer Fuel cell or catalyst deposition supports Gas diffusion layers Filtration or reactive filtration structures for hot gas and liq..
APPLICATIONS OF TECHNOLOGY:
Carbon coatings for LiFePO4 electrode materials used in lithium ion or lithium metal batteries for high power applications such as power tools and hybrid electric vehicl..
APPLICATION OF TECHNOLOGY:
Electric vehicles Load-levelling Consumer goods
ADVANTAGES:
Compatible with solid polymer electrodes Low-cost Environmentally benign
ABSTRACT:
Berkeley Nation..
APPLICATIONS OF TECHNOLOGY:
Solid-based storage and capture of hydrogen, carbon dioxide or other gases
ADVANTAGES:
Promises higher storage capacity than carbon materials, better environmental sta..
APPLICATIONS OF TECHNOLOGY:
Commerical and residential building windows Auto and airplane window glass Aerospace applications
ADVANTAGES:
Can save up to 25% of the energy lost through building wi..
APPLICATIONS OF TECHNOLOGY:
Architectural glass Sunroofs and rear view mirrors Aerospace insolation controls Optical switching elements Thin film displays
ADVANTAGES:
Active components are more s..
APPLICATIONS OF TECHNOLOGY:
Small-to-medium water heater and forced-air furnace retrofits Reduction of air pollution
ADVANTAGES:
Allows natural gas burners to burn lean Economical, simple retrofi..
APPLICATION OF TECHNOLOGY:
Organic/nanomaterial hybrid solar cells
ADVANTAGES:
Promises improved electrical conduction over fullerene/polymer blends Increases the fraction of the more optically a..
APPLICATION OF TECHNOLOGY:
Organic/nanomaterial hybrid solar cells
ADVANTAGES:
Introduces a new parameter for controlling solar cell morphology Improves conversion efficiency by increasing mobili..
APPLICATION OF TECHNOLOGY:
Organic/nanomaterial hybrid solar cells
ADVANTAGES:
Maximizes conversion efficiency Reduces interface charge recombination Eliminates the possibility of electrical shor..
APPLICATION OF TECHNOLOGY:
Nanoscale solar cells ADVANTAGES:
Multi-junction absorption efficiencies with easier fabrication Promises simpler installation than conventional cell/concentrator comb..
APPLICATION OF TECHNOLOGY:
Flat panel displays Energy efficient lighting Field effect transistors (FETs)
Blue and green light semiconductor lasers Blue and green light emitting diodes (LEDs)
ADVA..
APPLICATION OF TECHNOLOGY:
Chemical manufacturing Hydrocarbon oxidation
ADVANTAGES:
Works at ambient temperature Highly selective Energy-efficient process Environmentally benign
ABSTRACT:
Hei..
APPLICATIONS OF TECHNOLOGY:
Appliances--R-14 per inch appliance insulation to replace CFC- blown foam; modular panels used in composite with non-CFC foam to boost performance or decrease wall thickne..
APPLICATIONS OF TECHNOLOGY:
Thermal management for:
microelectronic devices solar cells and solar energy management systems refrigerators hybrid biological/inorganic systems nanoscale calorimeters I..
APPLICATIONS OF TECHNOLOGY:
Laboratory Fume Hoods
ADVANTAGES:
Up to 75% energy savings over current fume hood systems Allows use of small HVAC systems Avoids expensive control systems required by..
APPLICATIONS OF TECHNOLOGY:
Residential gas water heating
ADVANTAGES:
Promises to be ~ 90% efficient; 30% more efficient than conventional gas water heaters Could be manufactured by adapting a ba..
APPLICATIONS OF TECHNOLOGY:
'Smart' windows Photochromic ophthalmic lenses Tunable neutral density filters Photosensitive mirrors Displays Light detectors Optical switches Light-intensity meters Ne..
APPLICATIONS:
Product dehydration, i.e. converting liquids like milk, drugs, and chemicals, into powders Drying waste streams Atomizing liquids
ADVANTAGES:
Eliminates clogging Combines atomi..
APPLICATIONS:
Sealing ventilation shafts Sealing underground pipelines and other enclosed systems
ADVANTAGES:
Portable Works past bends and junctions Includes leakage measuring capability
..
APPLICATIONS OF TECHNOLOGY:
Biosynthesis of carboxylic acids and lactones for biofuel production
ADVANTAGES:
- Provides biofuel alternatives to ethanol - The new enzymes can be modified to tailor..
APPLICATIONS OF TECHNOLOGY:
- Heat harvesting - Electricity for internal automobile use, i.e. heating, windows - Conversion of automotive exhaust into supplemental power for hydrogen fuel cell-powe..
APPLICATIONS OF TECHNOLOGY:
Converting plant lignocellulosic biomass to simple sugars for fermentation into biofuels, and hydrogen.
ADVANTAGES:
- Promises to be more energy and chemically efficie..
EJIB-2540
APPLICATIONS OF TECHNOLOGY:
Biosynthesis of carboxylic acids and lactones for biofuel production
ADVANTAGES:
Provides biofuel alternatives to ethanol The new enzymes can be modi..
Solution / invention summary :
TCC Process is operated in existing steam cracking reactors and uses a novel catalyst material to increase the production of Ethylene-Propylene at a lower cracking temp..
Background
NUI, Galway have developed and filed a patent application on a technology that determines the maximum and remaining capacity of a 12-volt battery. The technology can determine between diff..
BACKGROUND: Saturated hydrocarbons are among the most abundant components of petrochemicals, but they are generally unreactive in chemical reactions. Alkenes and arenes, however, are more reactive and..
BACKGROUND: Solar energy created through photovoltaics is finding increasing interest as an alternative power source for domestic and industrial use. The amount of power generated by a solar cell arr..
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