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-Indoor positioning system utilizing a wireless sensor network has developed and mobile phones are applied to the terminals.
Surnetics has developed technology to move very tiny volumes of liquids without the need for electricity or other external energy source.
Electric vehicles may have more than one source of DC power to deliver to the motor as AC.
An alternative to solenoids and conventional actuators or transducers, this family of advanced technology piezo-electric actuators betters the performance envelope of conventional small step-motors, actuators, transducers, and solenoids b...
NIR emitters are heavily sought by the defense, materials and pigments, and anti-counterfeit industries.
- The first successful metal-based high-speed optical scanning devices in the world.
The Evgentech technology allows batteries of various chemistries and sizes to take in power at a much higher rate than existing methodologies, without causing the expected damage seen with conventional accelerated charging paradigms.
Heat transfer fluids ideally should be operable at a broad range of temperatures; have low viscosities to minimize pumping problems at low temperatures and provide an acceptable rate of heat transfer; have a sufficiently low freezing poin...
- The National Institute of AIST, Japan has succeeded in monitoring power generation of each solar panel by direct current power-line communication.
The TherMISÖ device (Thermal Magnetic Ion Separator) uses the heat from a solar collector to dissociate water molecules and then uses a magnetic field to separate the streams of positively charged ionic hydrogen from negatively charged io...
-The national institute of AIST in Japan has succeeded in high yield bioethanol production.
DuPont has successfully developed a less complex, lower cost electrochromatic (EC) technology for controllable light transmission in automotive and architectural safety glazing applications.
100 miles per gallon, full size vehicles, zero toxic exhaust.
-The national institute of AIST in Japan has developed a flexible switchable mirror film that can be electrically switched between reflective and transparent states.
-The national institute of AIST in Japan has developed switchable mirror devices that can be reversibly changed between reflective and transparent states by either exposing gas or applying electricity.
Our partner a Hungarian SME has developed a zero emission climate and environmentally friendly power plant that combines two existing procedures.
AlHidrox is a simple method for generation of hydrogen and energy from water (or seawater) and aluminum (or aluminum scrap).
Venture Isles client, Personal Flight Systems (PFS), holds one of the most coveted patents in novel science, the patent for manned and unmanned electronic flight.
This technology comprises the synthesis process for and the vanadium oxide hydrate matrix material with a remarkable combination (1) high lithium ion insertion capacity, (2) low hysteresis in charge/discharge cycles, (3) high power densit...
This technology fulfills the long-standing need for a snow slider wax that performs well under a wide range of skiing snow conditions, is cost effective, can be easily manufactured, and has flexibility of application.
The increase in electric power consumption in developed countries is leading to increased exploitage and often overloading of power transmission and electric distribution lines.
Offering - Engineering Services - Conceptual DesignLiterature Review, Feasibility Analysis, Scaling Analysis, Preliminary Sizing, Performance Prediction, Pressure Drop Calculations, Aerodynamic Load Estimation, Thermal Hydraulic Analysis,...
Our partner, a Hungarian SME has developed an innovative new flat solar collector.
Riser strings link offshore platforms to the seabed and support land-bound structures such as wind turbines.
Oil and gas production can be a water-intensive operation.
This technology provides an apparatus and technique for recording multiple complex holographic images on photopolymeric films.
Technology offers a revolutionary and versatile platform with remote real time information combined with immediate control and response applications in the energy monitoring and management systems.
This invention addresses the $ 1 Billion USD annual storm water back up damage to finished basements and below grade construction that occurs during power outages when the AC pump cannot operate and DC battery back up pumps are unable to ...
Liquid metal has been used as a coolant for system-level thermal management for decades in nuclear reactors.
Highly pure, single-walled carbon nanotubes (SWNTs) are mass-produced in bulk forms such as vertically aligned ôforestsö through a process we call Super CVD.
The key drivers in agriculture for the next few decades will be water efficiency, energy efficiency and environmental sustainability.
This electroless plating method produces a superior ion-exchange membrane for the extraction of hydrogen from water via electrolysis.
Our breakthrough process produces a highly stable gelling agent that also functions as a dispersant for water or ionic liquids.
Emissions control system that provides up to 99% removal of hydrocarbons (HC) Carbon Monoxide(CO) and Nitrogen Oxides (NOx).
The inexpensive nature of these photovoltaic solar controllers allow each cell on a solar panel to have one, rather than have a single controller for two or more cells.
The innovation provider suggests transporting by pipeline a unique proprietary emulsified oil mixture originating from high viscosity oil fields such as some oil sands and heavy crude oil fields.
This technology provides a method for obtaining a microorganism that is resistant to organic solvents, such as those found in petroleum.
The present invention relates to a central solar receiver with a volumetric radiation absorber of the kind that absorbs concentrated solar radiation at a high temperature and transfers heat to a working fluid.
Conventionally coal gasification is based on the reaction of coal, steam and oxygen (or air) to form a gaseous product composed mainly of carbon monoxide and hydrogen ("synthesis gas").
The vortex choke valve technology uses a choke valve that significantly decreases the erosion of severe service conventional choke valves.
A supporting system for pipelines crossing deep canyons, climbing across the sharp slopes or up on the cliffs, or placed in other problematic terrain where traditional pipeline supports are ineffective or not usable.
This technology is a solid oxide fuel cell with a projected cost of $90/kW or lower.
Ceramic materials have been developed with superior, perfectly reversible electrocaloric cooling properties over a wide temperature range near room temperature.
Ceramic materials have been developed with very large dielectric constants at 77 K (liquid nitrogen temperature).
Optimal decision-making is about empowering people to take the best possible decisions.
ZYW has patented technology for the production of unlimited quantities of electrically charged liquids and aerosols.
Introduction of very high concentrations of hollow glass spheres homogenously into a resin during moulding into highly complex functional shapes.
AIST has developed efficient dye-sensitized solar cells (DSSCs) based on novel organic-dye molecules (MK dyes).
Developed for the automotive industry, where the rapid detection of the partial pressure of oxygen is critical to controlling the air-fuel ratio in modern electronic fuel injection systems, this new-type semiconductor resistance sensor of...
This technology provides an elegant, efficient and cost effective way to measure absolute position in one or two dimensions using a new Point Coupled Linear Transformer (PCLT).
AIST has developed a thin film technology that can reduce the consumption of raw selenium below one-tenth of the conventional standard when manufacturing non-silicon-based CIGS thin-film solar cells.
Carbon monoxide (CO) is an important industrial gas, which is widely used in more than 29 industrial applications.
A new method has been developed to provide a significant improvement to the processing of fish through a unique gas treatment method, resulting in a reduction in treatment time and an enhanced penetration of fish with the treatment gas.
The Cutcher Wind Turbine Generator is a cost effective tool that provides low and no cost power by utilizing tall structures such as rural and urban homes, as well as businesses and buildings.
The Power Router is a patented next generation power factor conditioning device that specifically addresses the issue of power loss that occurs when converting from AC to DC power.
The Continuously Operational Biological Reactor (COB) is the new innovation in animal manure management.
The Environment Purification Materials team of AIST's Synergy Materials Research Center (Japan) has successfully developed and tested significantly improved electrochemical reactors for the selective elimination of nitrogen oxides (NOx) i...
The present technology describes the method for the production of the zeolite membrane.
In this technology, methods of solidifying low-boiling-point hydrocarbon and gaseous hydrocarbons are proposed.
The present invention proposes a process for the production of a hydrogen gas from water wit reduced costs.
The present invention relates to the manufacturing process of a high-temperature ceramics-based composite material, which features excellent heat and oxidation resistance and frictional properties.
The rapid expansion of the Internet and the ever-increasing demand for bandwidth are fostering significant growth in the global cable and wiring market.
The present invention shows the superconductive magnetic levitation transportation system with high-efficiency and large-capacity utilizing potential energy as the drive source, which performs short to long distance transportation of carg...
The present invention relates to a method of separating and recovering CO.sub.2 from combustion exhausted gas.
Decomposing reaction of methanol generates reformed gas (endothermic reform reaction) and synthesizing reaction of reformed gas produces methanol (exothermic reform reaction).
Rapid solidification rate (RSR) technology enables production of fine-grained (nanometer-scale) and amorphous metals with uniform chemistry.
This highly efficient device for recycling heat from hot water waste has a simple design, compact size and weight, and reclaims about 30 percent of the heat that would otherwise go down the household or industrial drain with used hot water.
AIST proposes a method using hydrogen-occluded alloy for recovering power from waste heat.
Rhodia phosphate ester technology is highly versatile and the wide range of products covers a broad set of functionalities: wetting, solubilization, anti-corrosion, dispersion, emulsification, extreme pressure load carrying, and anti-wear.
This technology relates to a deodorizing lamp and method for the production of the lamp.
Over the past several decades there has been a proliferation of medical diagnostic and treatment devices that involve the use of x-rays, beta rays, gamma rays and radioactive isotopes.
Wind energy is a renewable energy source that is completely environmentally friendly as it does not create harmful by-products or pollutants.
This technology enables the use of dramatically less expensive flooded screw compressors instead of precision fit dry compressors.
This advanced technology product and process has been fully developed in 1999 by DSM and Smurfit Kappa Packaging to produce consistent, robust high energy fuel pellets from mixed and municipal waste.
The shadow mask is eliminated by replacing it with an electronic control system that guides the electron beams over the correct phosphor lines.
This technology comprises ionic liquids containing heterocyclic ring cations and fluorinated, sulfonated anions useful as solvents for a broad class of reactions including aromatic electrophilic substitution, nitration, acylation, esterif...
Computers and server modules have status indicator LEDs that stay on as long as the machine stays on.
More thermally stable, safer lithium-ion electrochemical cells with high capacity retention at high discharge rates and long cycle life are the output of this technology.
Our partner, a Hungarian SME has developed an innovative new flat solar collector.
The AFT is the first and only system that actually prevents tampering, illegal filling and decanting of refillable containers thus reduce the incentive to steal the containers.
Extending aircraft range and endurance is a common requirement.
The carriage and deployment of new munitions and payloads require development of unique suspensions means and pods, as well as certifying the new configuration (typically by analysis, wind tunnel tests and flight tests).
The Torrizo Electromagnetic Accelerator Rail Gun 6000 (TEMAG 6000) is a new innovation in rail gun technology.
The Freeway Power Generator is an innovative tool utilized in converting the motion of moving vehicles in generating useful amounts of energy.
New innovative RealStream salt-in-crude analyzer offers real-time online salt content measurement in crude oil without moving parts, sampling systems or chemicals.
Proposed is a novel synthetic inorganic porous material having a chemical composition of the general formula [(SiO2)8 ?(MO2/3)a ?(OH)2/3a+b ]b- ?b/c(Ac+), in which M is an ion of a divalent metal, e.g., Mg, A is a cation of an alkali meta...
Low cost smart monitoring system installation on an aerosol can or other sealed metal containers.
This system uses existing dedicated and interactive TV cable communications, computers, the Internet for detecting conditions, meters, and alarms and when needed reporting to the appropriate agencies.
Traditional fossil fuels, such as coal and crude oil, are non-renewable energy sources that generate harmful pollutants.
Besides batteries, one promising method to store solar energy, while at the same time overcoming the energy storage limitation of renewable energy sources (RES), is to convert the solar energy of photovoltaics directly to hydrogen, which ...
Plant material, vegetation, or agricultural waste used as a fuel or energy source, or simply biomass, is one of the recently discovered renewable energy sources.
As electronic systems shape an ever increasing segment of our everyday lives, innovations relating to their performance and monitoring become increasingly important.
Spanish-based researchers have developed two models that facilitate the application of Drag Reducing Agents in pipelines, helping make oil transport cheaper.
UK-based AOS Technology has come up with an inexpensive way to convert linear sensors into two-dimensional gas imaging systems.
PipelineStudio® is a flexible robust software for simulation of fluid hydraulics in oil pipelines, particularly for planning and designing injection of flow improvers.
The gas industry requires safe, rapid and accurate means of detecting leaks of natural gas.
The AESOP project investigated the influence of two Drag Reducing Agents (DRAs) on characteristics and properties of fuels, with the aim of using them more widely to improve the efficiency of oil pipeline networks.
Diesel engines, despite their superior fuel economy, durability and driveability characteristics, emit higher levels of oxides of nitrogen (NOx) and particulate matters emissions than gasoline engines.
Due to the related environmental and economic advantages, newly advanced diesel engines have become very popular for further exploitation in automobiles.
The easy detection and location of gas leaks offers increased benefits not only to the gas industry, but also to society as well.
Aiming at preserving resources, such as fossil fuels and reducing the environmentally unfriendly emissions, the use of CO2-neutral fuels including biomass for power generation has been extensively explored.
The EU's AESOP project aimed to formulate guidelines and techniques associated with the use of flow-improvers in the European oil transportation network in order to improve efficiency and reduce losses.
In meeting future legislative needs on cleaner automotive technologies, a newly adapted valve actuation system offers improved operational efficiency in diesel engines.
Leakage from gas mains networks is an important issue that receives significant attention from the gas industry worldwide.
The combustion of biomass can now be successfully tested with the development of a non-spherical particle combustion model, NSPCM.
The introduction of long polymer chains as flow improvers or drag reducers in oil pipeline networks has an increased potential for great reductions in energy consumption.
Addressing technological and market issues concerning biomass, the BIOCOGEN project collected and analysed information about biomass Cogeneration Heating Plants (CHP) in Europe.
The measurement and detection of gases is required for a number of industries in order to ensure effective and safe working environments.
Natural gas offers a great alternative to fossil-based fuels given its environmentally friendly profile.
Fuels containing 'short-cycle carbon' have the potential to reduce the overall emission of CO2 into the atmosphere.
Due to safety, environmental and financial reasons, gas leaks need to be early and quickly detected, as well as, effectively reduced.
In spite of global concerns regarding levels of oil production and prices, there are still significant losses associated with oil transportation worldwide.
Utility companies looking to train field operatives will find a new packet of training materials including footage of actual leaks very valuable.
As environmental and financial concerns render the use of fossil fuels increasingly controversial, new options are explored to cover the heating and power requirements of European populations.
A new web-based dissemination system for BioFlam results has been established.
The preparation of secondary fuels for the energy industry is an important step in reducing toxic emissions and in making the entire process more efficient.
Reflecting environmental and societal concerns, the EU is focusing on the evaluation of biomass-based energy systems as an alternative to fossil fuels.
By taking a closer look at individual particle properties, we can gain insight into which biomass fuels are more appropriate for combustion in today's power plants.
One of the key parameters for the realisation of energy projects is the participation and involvement of local authorities, such as national governments and municipalities.
A floodlight capable of continuing to offer illumination even after the first filament breaks down has been invented.
The ever changing socio-political, economic, regulatory, workforce and technological environments impose new needs on the management of nuclear power plants.
A new sensor that measures fireside corrosion rates has been developed and demonstrated in power plant boilers.
The problems associated with CO2 emissions have instigated an investigation of control methods and processes involving the use of thermal utilisation of secondary fuels recovered from waste materials.
The use of non-conventional fuels in coal-fired boilers has resulted in significant changes in deposit chemistry of furnace and convective section surfaces.
Waste disposal and the availability of cleaner energy sources are two major issues facing Europe and the rest of the world.
Corrosion is a problem in industry wherever oxidising environments are present.
The large variety and non-uniformity of organic contaminants found in biomass gasification systems makes their systematic measurement a difficult task and is damaging for the systems.
Co-fired coal boilers are expected to be the most promising "alternative" energy source of the near future.
Fireside walls of coal fired utility boilers are subject to corrosion during combustion at standard temperatures, but in order to reduce nitrous oxide emissions, combustion temperatures have to increase.
Catalysts eliminate pollutants before they enter and contaminate our environment.
Cofiring power plants can be both more economical and less polluting than traditional power plants.
The appropriate design of solar power plants is one of the driving forces for the further development and wide use of green energy, especially in Mediterranean countries.
Increasing the feasibility and attractiveness of green electricity is paramount to ensuring a sustainable future.
Fibre optic technology is not something one would normally associate with geological research.
One of the problems associated with unplanned furnace shutdowns is due to the formation of ash deposition and furnace corrosion as a result of the chemicals released by the gases.
There is still hope for the development of cost-effective green power.
Adapting solar energy to boost the efficiency of current gas operated turbines sounds like something out of a science fiction magazine.
Corrosion is a major concern for many industries, primarily where it threatens performance, functionality or safety such as in the shipping industry, petroleum storage and boilers.
Whereas commercial biomass energy production is considered an environmentally friendly alternative to conventional energy production, it still does not make commercial sense.
Seismic technology has helped oil and gas field operators to determine more accurately reservoir properties, enhance production, increase recovery and reduce the costs of finding and developing oil reserves.
Though well over 100 million kilometers away, the sun could be the earth's best energy resource.
The increasing need for cleaner energy production such as biomass gasification has led to the search of low-cost, simple, reliable and high performance gas cleaning systems.
A Norwegian research institute has been addressing the performance in hydrocarbon reservoirs seeking to improve the production efficiency of oil and gas extraction.
The geological structures of significant European oil reserves make conventional seismic exploration difficult.
Improving reservoir knowledge and management in oil fields is recognised as being an important factor to increasing total yield.
Two software tools have been recently adapted and optimised for layout and performance calculation of solar-hybrid systems.
Oil transportation companies are in need of improving their efficiency and capabilities.
Wind turbines are highly advanced works of engineering.
We are having to go deeper and deeper into the ocean to find oil.
Being able to predict when and where mineral scaling will occur in an oil well gives well operators a distinct advantage in combating this common phenomenon.
Chemical engineers normally encounter, in oil and gas production systems, the flow of a three-phase mixture, in wells and pipelines.
The need to reduce nitrogen dioxide emissions is not solely aimed at the automobile industry, but also includes the aerospace and maritime industry.
The emerging needs for a new market-based environment for energy power supply have imposed new demands for restructuring the current infrastructure.
An EC funded project has extensively studied the evaporation kinetics of multi-component droplets in order to provide better insight on liquid fuel behaviour in internal combustion engines.
A British company has recently investigated a late phase source term phenomena programme, which aimed at quantifying nuclear fission product and core material released from molten corium.
A nuclear vessel reactor project conducted within the Fifth Framework Programme aimed to address the unresolved safety issues pertaining to melt vessel interaction phases for the in-vessel progressions of severe accidents.
Prior to May 1st 2004 when the ten new member countries joined the EU, the progress made in the field of Joint Implementation (JI) had been hampered by a lack of member consensus.
A total of seven partners have joined forces to establish simulation models for direct injection gasoline engines that have low hydrocarbon emissions.
Engineers are constantly trying to evaluate new ways of analysing and testing the combustion process in automobile engines.
With the current restructuring of the European electricity industry into a market-based environment, the vulnerability of the European Power System (EPS) is expected to increase.
The current commitment of European car manufacturers is to realise carbon-dioxide emissions of just 120 grams per kilometre.
Within the wind turbine industry and its certification authorities, it is not clear just how much confidence they have with analysis codes for calculating dynamic loads and energy yields.
Using laser technology, a Danish research institute has developed a laser anemometer for the control and performance testing of wind turbines.
The large industrial needs for both heat and electricity makes Cogeneration of Heat and Power (CHP) technologies particularly attractive.
A German company has designed and developed an innovative hub for wind turbines, made entirely from composite structures and is approximately 50 percent lighter than comparative steel components.
Lightweight structures are the most common applications for continuous-fibre reinforced composite materials because the materials they use often involve a thickness of no more than a few millimetres.
Alternative sources of energy such as wave technology are steadily becoming increasingly important sources of electrical supply worldwide.
Maximising efficiencies whilst minimising cost and weight are the constant challenges facing designers of the 21st century.
The Laboratoire National des Champs Magnetiques Pulses (LNCMP) in Toulouse, France, accommodates Europe's most powerful electro-magnet capable of generating 80 Tesla (T) in a 15 millimeter bore.
The size of magnets is generally determined by the availability of the huge energy sources; thus the larger the energy source the bigger the magnet.
Researchers revealed that large concentrations of alkali metals, CI and S in straw are largely responsible for biomass operational problems.
The commercial aspects of photovoltaic generated electricity have been exploited for many years with varying degrees of success.
Since the development of biomass as an alternative form of fuel, science has endeavoured to make it cleaner, more viable and of course, cheaper to use.
In line with the Kyoto objectives, an EC funded project primarily focused on the extensive investigation of biomass in terms of chemical composition and combustion conditions.
A EU funded research project tests geostrophic winds with the use of radiosonde data derived from coastal stations to forecast sea surface and temperature conditions.
A German institute has developed a novel disposal method whereby harmful contaminants such as polythene and polypropylene can be used for steel production electrical supply.
Modern energy needs are considerable to say the least, and while government establishes severe controls and performance values, the production of power facilities must also consider cost-effectiveness, competitive levels as system perform...
Extensive studies on improving nuclear reactors have led to many advancements in their design, operation, safety and cost-efficiency.
Heating and ventilating buildings is no easy matter when optimising energy consumption is involved.
An EC-funded project studied in detail the complex behaviour of iodine in a nuclear reactor containment in case of a severe accident and developed a set of reliable models and codes.
Significant advances in nuclear safety have originated from the transfer of the results and information obtained during scaled experiments to the real reactor conditions.
Managing nuclear reactors could be made easier by finding from Eurocore, (European Group for the Analysis of Corium Recovery Concepts), a European group that has highlighted areas of melt stabilisation for further research and development.
Several reactor safety research organisations came together to save valuable experimental data from being lost forever.
Aimed at exploiting cleaner energy systems fueled by biomass, an EC funded EESD project generated a dynamic on-line model for assessing heat transfer in boilers.
VVER-440 nuclear reactors generate electricity in several of the newly admitted European Union Member States.
The process of hydraulic fracturing in the extraction of oil and natural gas is a technique that is over 500 years old.
Combined heat and energy plants are a step in the right direction for a sustainable future.
The biggest concern over the use of nuclear energy remains the danger of accidental release of radioactive material into the environment.
A complete analysis of the current state of Material Test Reactors in Europe led to the call for the immediate construction of at least one new reactor.
Alternative fuels must be cost competitive with traditional fuels in order to ensure widespread adoption, which is necessary for their benefits to be realised.
Optimal implementation of Severe Accident Management (SAM) procedures can help reduce the impact of nuclear accidents and prevent catastrophes like Chernobyl.
In recent years variable-speed electrical machines have evolved considerably, and this is largely to do with the technological advances for modern power plants.
A newly designed hard-drive battery integrated with the memory of mobile devices can serve to increase their storage capacities.
In the quest for alternative forms of energy, it seems there is an ever-increasing trend towards being self-sufficient in this regard.
Significant savings in energy bills can be realised with a new family of light controllers from a Polish company.
A new Czech invention allows for the first time the exploitation of low amounts of water for small and medium scale production of electricity (up to 1kW).
A French team of engineers have designed and patented a device for controlling the electrical, magnetic and/or mechanical properties of electrical energy sources.
A new engine incorporating pneumatics has exhibited the potential for great savings in fuel consumption in comparison with traditional internal combustion engines.
Care for protecting the environment against global warming has been growing in recent years.
Scientists in recent years have been searching for alternative forms of energy to compensate for the shortage of over-used resources (i.e. oil), and thus help preserve the environment.
Neutron scattering techniques are widely used in research areas of condensed matter such as those performed in solid-state physics, chemistry, materials science, biology and polymers.
As part of a combined project to investigate the economic advantages of biogas/solar power electricity, the University of Karlsruhe, Germany have designed and constructed a biogas combustion burner.
With the aid of over 3/4 million Euro grant, a pioneering British company with a reputation spanning over 100 years has designed a more energy efficient and environmentally friendly boiler.
Solar energy is a highly viable yet underused alternative source of energy.
Advancing boiler technology, not only for economic reasons, but also to reduce their manufacturing cost and material usage, has resulted in an innovative horizontal furnace.
The emphasis on reducing energy production costs has fuelled a research programme into a number of cost reduction initiatives aimed at producing more progressive and safer supercritical boiler technology.
Solar energy is still a developing science, far short of its ideal to replace forms of fossil fuels currently used for energy purposes.
The development of gas turbine engines is set to become a simpler, more efficient and cost effective process thanks to improvements in Computational Fluid Dynamics (CFD) modelling.
Contemporary designers of gas turbines need to address key problems associated with heat transfer and fluid flow in their internal cooling air systems.
Renewable sources of energy exist, but are often more expensive than traditional, non-renewable energy sources.
In recent decades distillery like processes have been used for the production of liquid fuels by utilising biomass as a raw material.
Normally, a conventional greenhouse presents high-energy requirements for growing pot plants to compensate for the extremely low insulation features of its building material.
It is becoming increasingly important for power companies to become more environmentally friendly by utilising biomass for energy generation.
Over the last thirty years, the negative consequences of automobiles on the environment has stimulated extensive research on electric vehicle technology.
Energy demands from air conditioning are a primary concern in many Southern European countries where long, hot summers are the norm.
Tiles, made from either clays or ceramics, require extremely high kiln temperatures in order to be fired and glazed properly.
Geothermal energy is the earth's interior heat with its exploitable resources ranging from shallow ground to hot water and deep rock several kilometres below the earth's surface.
Wind energy could become a valuable source of energy in the future as it is both renewable and environmentally friendly.
The rapid advancement of pyrolysis as a means of converting biomass to energy has established a need for an authoritative information source documenting the various technical aspects involved.
Lithium ion batteries constitute one of the most rapidly growing energy markets because of the many advantages they offer.
The future security of Europe's energy supply could be attained with advanced power generation cycles from solid fuels.
The agro-food industry requires food to be preserved or treated through the use of either cold or hot air.
The paper manufacturing industry is a vital European business that should be cost-effective and energy efficient in order to remain competitive.
It is important for European turbine engine manufacturers to enhance their competitiveness by designing efficient advanced aircraft and electrical power generation gas turbines.
It is becoming increasingly important for European industries to implement energy efficient and environmentally friendly technologies.
The growing demands on clean technologies for energy production has led power industries to search for new ways of optimising their processes.
Wind energy can be harnessed to provide renewable energy without the drawbacks of traditional energy sources.
Convenient and efficient cooking equipment is popular in many markets, including country home items, camping tools, and barbecue accessories.
Heat exchangers are ideal for a wide variety of product designs across a broad range of industries, including aerospace, military and chemical processing.
Since the first sail was raised in an attempt to harness the power of the wind, man has understood the difficulties involved.
Compact heat exchangers have a great potential to work as condensers in the process industry.
One of the primary concerns of the modern process industry is the minimisation of the energy consumptions involved.
Most batteries are made from composite materials possessing Cobalt, which is not only a hazardous but also an expensive material.
Energy consumption for buildings is a costly expense, while the reliance on non-renewable forms of energy could lead to environmental problems, such as energy resource depletion, in the future.
Gasoline-powered vehicles emit harmful pollutants that contribute to health and visibility problems.
A major achievement of mankind consists of the ability to maintain safe and comfortable indoor environments.
Electricity generation is a vital part of everyday life.
The adoption of energy saving technologies by industries is the most successful receipt for increasing their competitiveness.
Wind energy is a completely environmentally friendly, renewable source of energy Considering the strain that traditional forms of electricity generation technologies have placed on the environment, a company from the UK has designed wind ...
The ever increasing demands on energy saving has motivated the energy-intensive manufacturing and non-manufacturing industries to include energy saving technologies in their processes.
Capillary cycle cooling is based on the principle of evaporation.
Due to their outside location, solar arrays are submitted to low performance risks.
Environmental considerations and overall production costs have forced plants and manufacturers of heat exchangers to reconsider the performance and design of these widely used machines.
Coals are classified to ranks according to their degree of progressive alteration from lignite to anthracite.
A simulator of a hybrid system has been constructed for testing, combing wind-turbine, photovoltaic and diesel generator system with battery storage.
Efficient and environmentally friendly industries and industrial equipment are essential aspects of today's business environment.
Efficient resource and energy management as a way of protecting the environment is a long-term project that involves many methodologies and techniques.
The earth's non-renewable energy sources, such as fossil fuels, are quickly being depleted.
Renewable energy sources are a boon to the energy industry that, if properly exploited and placed, can be used very efficiently in conjunction with more traditional energy platforms.
Coal is one of the primary fossil fuels on which the world relies for energy generation.
A solar parabolic trough collector has been developed incorporating advanced technology, achieving lower installation, manufacturing and operation costs as well as higher performance of the collector.
The typical operation of a contemporary heating system is currently based on combustion, a process in which fossil fuel reacts with oxygen to provide heat.
The advent of energy production with the use of wind turbines has resulted in a great many of these giant sized rotary devices strewing the country-side.
Bioenergy technologies help protect the environment by making use of renewable plant materials such as sawdust, tree trimmings, rice, straw, animal wastes and paper components of municipal solid waste.
Fossil fuels, such as coal and lignite, are the main sources for power generation in many countries of the western world.
A significant proportion of the total national energy budget of European countries goes toward buildings' energy consumption.
Continual and expanded use of plant biomass for energy will require increased utilization of agriculturally derived materials, as well as further identification and development of the 300,000 or so productive and desirable plants.
At a time when energy resources are quickly being depleted, wind energy could provide the perfect solution to the problem, as it meets both human energy needs and environmental protection requirements.
Bovine Spongiform Encephalopathy (BSE) or Mad Cow disease has been life threatening for beef consumers and has led cattle feeders to despair.
Among their many applications, heliostats, a renewable source of energy, can be used for domestic daylight illumination by exploiting solar energy.
Modern industries are increasingly searching for new means of purifying gas filtration.
An Italian SME with a focus on biotransformations and energy saving has recently patented an innovative method for fresh biomass production.
Lubricants are widely used in our industrialised world for reducing friction and wear of machines.
One way of achieving reductions in the cost of photovoltaic modules and, at the same time, promoting their use in buildings, is to incorporate them as roof structures or facades with enhanced visual, aesthetic appeal, acceptable to archit...
Rural areas are usually rich in biomass and poor in electric supply.
In order to address the sharp rise in energy consumption, while available energy sources are either diminishing or production of energy causes noticeable environmental destruction; there has been a major shift of interest towards renewabl...
Upgrading power grids in remote or isolated areas to Photovoltaic (PV) solar systems is not a feasible matter of building industrial sized plants that will cover these regions, but rather a concern of networking widely distributed, stand-...
The current sharp rise of public interest in environmental issues, triggered by the by now obvious consequences of human industrialised activities, has boosted research in alternative environmentally friendly technologies.
Renewable energy is an important concept to preserving natural resources and minimizing pollution.
A new concept of battery has been developed, innovative primarily in its dimensions but also in its usage.
Cheaper alloys can now be used as system components, increasing the benefits of using SOFC.
Satisfying our cooling needs with air-conditioning systems is an intensive energy consuming method.
Fluidized Bed Combustion (FBC) is an environment-friendly technology because biomass is a renewable source of energy.
Decentrilised power production from biomass is a technically and commercially feasible concept, given careful selection of the site and the appropriate type of conversion technology.
This technology produces thermally stable perfluorpolyethers.
We are seeking partnering and investment opportunities in the tire recycling sector.
(a) Solar Grid Tie Inverters- GTI 3 Phase(b) Charge Controllers - Solar Charge controller based on MPPT technology integrated with GTI and data logging with remote monitoring facility.
During our product manufacturing process, powder is converted to granulate as one series of operations.
OVERVIEW This organization seeks expertise or technology to modify the viscosity of a miniemulsion during storage to prevent leakage of the liquid from its container at 35C and above.
Traditionally, heat treatments are used to sterilize food products, through either ultra-high-temperature processing or retorting.
Overview This global organization is seeking a low weight material that can replace the heavy weight of steel but withstand the physical and chemical demands of automotive applications.
Overview This global organization is seeking a low weight brake energy storage system for use in smaller commercial vehicles.
OVERVIEW This organization needs a way to render dirty water clean enough to use for washing or sanitary purposes.
OVERVIEW We are looking for technologies that can be incorporated into a container that will provide even heating of a wide range of foods, when heated in a conventional microwave oven.
OVERVIEW Interested in licensing or supply of materials that can be printed, sprayed, or transferred onto a metal surface (e.g. copper, stainless steel, brass, aluminum, nickel, chrome) as a film, such that, when connected to a power sour...
 
Boston, MA, USA
+1 (781) 972-0600
fax +1 (781) 972-0601
Liverpool, United Kingdom
+44 (0) 151 705 3539
fax +44 (0) 151 705 3542
Tokyo, Japan
+81-3-5217-0217
fax +81-3-5217-0218
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