Innovación en Wind energy : Oportunidades ...

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O-1111CITCEA-UPC / España 970

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Nuevos parques eólicos basados en la operación de frecuencia variable con un solo convertidor de potencia

green technologies, environment, energy, Repowering, offshore, power converter, induction generators, turbines, power plant, wind, wind power, Wind farm
- Descripción de la oferta tecnológica :
  
  Se propone este novedoso diseño de planta eólica con el correspondiente procedimiento de control para plantas de energía eólica basado en un único convertidor de potencia que facilita la operación de frecuencia variable en una planta de energía o grupo de plantas basado en generadores de inducción. El concepto permite aumentar la fiabilidad del sistema, reduciendo el coste general de la instalación. Se buscan socios para desarrollar aún más el sistema y / o establecer acuerdos comerciales, junto con la cooperación técnica.
  
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  The proposed configuration can be used for a cluster or for an entire power plant. Also, the proposed structure is suitable to adapt installed fixed speed wind turbines, adding a back-to-back power converter to inject the power to the grid. Furthermore, other generation technologies, such as tidal, wave or hydro based on induction generators can adopt the proposed concept. The key advantages of the concept include:
  
  Reduced number of power converters
  Cost reduction
  Reliability, availability and maintainability improvement
  Robust system with and without communications
  Grid code compliance including fault ride-through
  Possibility of removing the wind turbine transformer
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O-575Laser Consult Ltd. / Hungr 959

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Colchón "Energy free comfort"

Mattress, Energy free, Comfort
- Descripción de la oferta tecnológica :
  
  Nuestro socio, una PYME húngara ha desarrollado un nuevo tipo de colchón que es capaz de reemplazar los colchones convencionales para asientos y camas. El cliente está interesado en la búsqueda de socios para licenciar la tecnología.
  
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  The EFC mattress is a product which is able to replace the conventional seat- and bed mattresses and revolutionizes comfort foam-manufacturing. The hardness of EFC mattress can be controlled by loading, the required pressure can be set with the terminal-valve (which is placed on the bottom of the mattress) at compression. At ending the loading the EFC mattress behaves similar to the conventional seat-mattresses, it assumes its original shape without external energy needs.
  
  The carrying-capacity of the foam material which is hermetically closed into the textile can be divided between two components:
  
  • the carrying capacity of the foam material (it works similar to other conventional products which are on the market, but in that case this is the only component which provides comfort)
  
  • the air-cell, which surrounds the foam material is converted to a component also carrying the burden, for which pressure can be adjusted with a valve
  
  • according to the adjustment of the valve, the burden of the mattress can be divided between the air-cell and the foam material
  
  • the adjustment of the comfort sense is managed by adjusting the air-pressure Leer más
O-267University of Alicante / España 1816

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Solar energy use for water potabilization by electrodialysis

solar energy, Water, water potabilization, electrodialysis
- Descripción de la oferta tecnológica :
  
  Desalination of saline water for human consumption or irrigation by means of systems of electrodialysis powered by photovoltaic solar energy. The main advantages are that it is non-polluting and has a low maintenance cost. The technology is fully developed and useful for organisations dealing with water supply problems. A partner to set up the electrodialysis-photovoltaic system in its facilities and/or carry out feasibility studies is sought.
  
  The developed technologies could be of interest of companies, public bodies and organisations dealing with water supply problems. Companies or institutions interested in profiting water resources which come from brackish water. Users from engineering and industrial companies, waste water management firms, agricultural related companies, etc., could use this technology.
  
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  A Spanish research group owns the know-how for the desalination of saline water for human consumption or irrigation by means of systems of electrodialysis powered by photovoltaic solar energy. The main advantages are that it is non-polluting and has a low maintenance cost. The technology is fully developed and useful for organisations dealing with water supply problems. A partner to set up the electrodialysis-photovoltaic system in its facilities and/or carry out feasibility studies is sought.
  
  Market applications:
  
  The developed technologies could be of interest of companies, public bodies and organisations dealing with water supply problems. Companies or institutions interested in profiting water resources which come from brackish water. Users from engineering and industrial companies, waste water management firms, agricultural related companies, etc., could use this technology.
  
  Innovative aspects:
  
  The desalination system makes use of renewable energy, so it is respectful with the environment and not contributing to the climatic change. Desalination system for remote areas with access to saline reservoirs, where the supply of electricity is particularly expensive or even non-existent, or for coastal zones where there are saline aquifers and the hydric resources are scarce.
  
  Main advantages of the technology:
  
  The system electrodialysis-photovoltaic generator is reliable, versatile and has low maintenance costs. The advantages of the use of the photovoltaic power are that is non-polluting; it is also silent; the fuel-sunlight- is free, abundant and a renewable resource, decentralized; long-life and the low maintenance cost due to the fact that it includes neither accumulation batteries, nor regulators/inverter. Electrodialysis process is more competitive than reverse osmosis process for desalination of brackish water.
  
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O-763University of La Laguna / España 1741

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Sistema para generar energía a partir de la dinámica marina

renewable energy, tide energy, tide power, marine dynamics
- Descripción de la oferta tecnológica :
  
  La invención se refiere a un sistema que genera energía a partir de la dinámica marina por medio de la compresión del aire contenido en el interior de tubos conductores y turbinas, a través de una unidad con una geometría esférica en la superficie con varios agujeros, capturando la energía que se produce en el entorno del mismo, con independencia de la dinámica marina. Los agujeros de la esfera están conectadas a las tuberías conductoras por una estructura cónica para permitir la captura de un volumen mayor de agua y en el otro extremo del tubo conductor una boquilla se conecta con una turbina que permite el aumento de la presión ejercida por el agua. El tubo conductor a su vez tiene en ella un pivote o émbolo en movimiento de acuerdo con la presión ejercida por la dinámica marina
  
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  The exploitation of marine energy, both through the movement of currents and through the impact generated by waves, is a field which has given rise to various inventions relating to the way in which the movement is transformed into electric energy.
  
  Generally, mechanisms are being developed which use the height difference of tides, interposing mobile parts to the natural upward or downward movement, together with mechanisms channelling and depositing the flow to obtain movement in an axis. By means of the coupling thereof to an alternator, the system can be used to generate electricity.
  
  In this sense, various forms of energy generation are known, by means of tidal power stations (for example, La Rance in France), by means of marine turbines consisting of a horizontal flat blade which varies its inclination angle to obtain an upward and downward movement. Developments which attempt to generate energy from the temperature difference in the water by applying the Rankine cycle have also been set forth.
  
  Technologies have been generated for converting air flows, produced by the alternating movement of the sea, through turbines characterized by rotating in a single direction independently of the air flow, or pressurized structures in which the upper part moves with respect to the lower part due to the effect of the waves, producing electric energy through a linear generator, as well as articulated structures having hydraulic attachment nodes acting as electric generators, floats,.. to pressurize the driven air.
  
  However, these devices are not known to be characterized by the development of a marine energy capturing unit like the one set forth in this invention, which allows capturing the energy of marine movement, independently of the dynamics.
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O-1054Advanced Alternative Energy Corporation / Estados Unidos 3999

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New technology for conversion of low-value biomass to higher value end products

food crops, cleentechies, cleantech, waste, wastes, municipal wastes, biofuels, power, energy, biomass, fuel crops, Green, greentech, feedstocks, bio-products, bio-waste, power, Power Grid
- Descripción de la oferta tecnológica :
  
  A scalable and multifaceted energy and fuels processing technology providing for conversion of diverse low-value biomass, by products and wastes to higher value energy products has been invented, patented and developed. The technology is highly adaptive and the processes available are high yielding.
  
  An industrial, SME, larger company, or institutional or academic partner is sought for pursuing the joint venture development of various applications of this universal cleaner energy technology, and follow on commercialization. The subject technology is also available for licensing and/or joint development and commercialization outside the U.S.A.
  
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  Low value biomass is readily available from the many non-edible fractions of various food crops and this resource is widely produced at large scale, and is often found to be locally available and often extremely cheap as it is a by-product that does not require any additional planting, cultivation, harvesting, fertilizer or chemicals for weed and pest control. Thus it is simply a byproduct that is available for conversion along with dedicated fuel crops and municipal wastes to higher value products and is well suited for cleaner low cost sustainable energy production on the farm and/or in nearby communities. Leer más
O-1013Spanish National Research Council (CSIC) / España 715

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Nuevo enchufe inteligente para aplicaciones domésticas e industriales.

smart socket, electric grids, domestic electric grids, industrial electric grids, electric power, domestic appliances, industrial appliances, electrical devices, electric engineers, electric engineering
- Descripción de la oferta tecnológica :
  
  Ha sido patentado un nuevo enchufe inteligente para uso en redes eléctricas domésticas e industriales. Promueve la eficiencia del suministro de energía eléctrica a los aparatos domésticos e industriales. Se buscan socios industriales que trabajen principalmente en la fabricación de aparatos eléctricos de bajo consumo de energía para colaborar en la implementación de esta tecnología, y explotar el know-how existente a través de un acuerdo de licencia de patente.
  
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  - Improves the concept of smart metering by initiating actions to control of energy from the measurement data and consumption.
  - Allows selecting the best power source of a diverse group of energy sources as: wind, solar, electromagnetic.
  - Promotes the energy efficiency in the supply to domestic and industrial appliances.
  - Reduce the energetic demands from the most expensive electric sources, both for domestic and industrial applications.
  - Optimizes the autonomy of each appliance connected to the electrical system of the user.
  - Allows independent control and management of individual outlets.
  - Provides electrical power to the appliances connected to multiple power grids.
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O-276University of Alicante / España 1680

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Dispositivo de absorción de energía para accidentes de tráfico

motor vehicle collisions, Trains, trams, vans, Trucks, collisions, vehicle, Automotive
- Descripción de la oferta tecnológica :
  
  Sistema para absorber parcialmente la energía generada en un accidente que implique al menos un vehículo de motor que viaja a una velocidad alta o media.
  
  Es un sistema de protección pasiva para vehículos que absorbe la máxima cantidad de energía mecánica en un choque con mínimo peso y volumen añadido. Asume una protección adicional que mejora la seguridad pasiva del vehículo, reduciendo al mínimo las consecuencias de una colisión para los pasajeros. El sistema tiene un diseño innovador que permite colocarlo en diferentes posiciones dentro del vehículo
  
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  Researchers at the University of Alicante have devised a system to partially absorb the energy generated in a crash involving at least one motor vehicle traveling at a high or medium speed.
  It is a passive protection system for vehicles which absorbs the maximum amount of mechanical energy in a crash with minimal added weight and volume. Assumes additional protection that enhances the vehicle's passive safety, minimizing the consequences of a collision for the passengers. The system has an innovative design that allows placing it in different positions inside the vehicle or making structural parts and is manufactured with advanced materials.
  
  Market applications
  
  • New concept passengers cars, especially elite-class vehicles.
  • Modular mechanical energy absorption for specific areas in already designed vehicles.
  • Improving for passive safety in special vehicles: police vehicles, armored ambulances, firefighters.
  • Structural parts of new generation vehicles, electric vehicles.
  • Enhanced passive safety for commercial vehicles in circulation.
  • Improved performance against collision of heavy vehicles like trucks and buses in circulation.
  • Collision protection of telecommunication towers and high-value structures near roads and highways.
  • Improved performance against vehicle collisions in very rigid structures, pillars of tunnels, bridges, houses, etc.
  • Increased ability to absorb mechanical energy into structural parts of trains and trams.
  
  Innovative aspects
  
  The system is designed to provide protection that goes beyond the current regulations for passenger cars, as it is able to absorb a larger proportion of the mechanical energy generated in a collision. Also improve the passive safety of vehicles (vans, trucks) or special vehicles (ambulances, fire trucks, armored vehicles) in circulation.
  
  It also provides substantial improvements for heavy duty vehicles, contrary to what is happening now should be able to absorb themselves much of the energy produced in a collision with a vehicle lighter, thereby minimizing the potential damage that may occur in people who travel light vehicle.
  
  The system consists in several stages which act consecutively on impact, absorbing energy in a gradual and proportional to the energy generated in the collision, which is a lower acceleration on passengers, thereby reducing the potential injuries.
  
  Less weight, volume and system size compared to traditional structural systems, through the use of advanced materials: tensile filaments that act in case of collision, thermosets broken links which act by absorbing the impact energy generated in the fiber and combined with high strength composite metal / polymer composite micro / nanostructures.
  
  Main advantages of the technology
  
  • Innovative system that complements existing passive safety systems of vehicles: passenger cars or redesigned vehicles in circulation.
  • Allows the absorption of a significant amount of mechanical energy generated in collisions produced in vehicles traveling at medium or high speed, with minimal added weight and volume.
  • Reduce injuries and increased safety for passengers
  • Technical solution easily adaptable to the aesthetic and design of the vehicle, allowing the fabrication of structural elements of great ability to absorb mechanical energy.
  • Technical solution ideal for next-generation vehicles, electric vehicles that require an efficient and lightweight. Leer más
O-610AIR PRODUCTS AND CHEMICALS / Estados Unidos 2664

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El líquido de Hidrógeno de almacenamiento tiene 3 veces la densidad de energía de las baterías de ión de litio.

Hydrogen, Storage, Fuel Cell, Fuel, energy
- Descripción de la oferta tecnológica :
  
  Este líquido de hidrógeno de almacenamiento se vierte y se almacena con la comodidad de los combustibles líquidos, sin embargo es tan inflamable como la madera. Almacenando tanto hidrógeno como el hidrógeno licuado en sí, esta tecnología permite que haya productos capaces de ofrecer alta potencia y larga duración para dispositivos electrónicos portátiles, dispositivos especiales, sillas de ruedas, vehículos aéreos no tripulados hasta el almacenamiento de energía a escala de redes.
  
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  This product delivers hydrogen with an extra degree of safety directly to fuel-cells on-demand. New designs are enabled since this "Liquid-Carrier for Hydrogen" is stored in tanks of any shape. The economics of this system have been validated by DOE and is among the least expensive methods of high-volume hydrogen storage. When loaded with hydrogen from renewable sources this technology delivers a complete green solution since the carbon portions of the molecules are completely re-used. With a well-to-wheels efficiency comparable to gasoline or EVs, this technology can deliver world-class efficiency. Leer más
O-1176Institute of Chemical Research of Catalonia (ICIQ) / España 3

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Reciclaje de dióxido de carbono: un proceso de alta rendimiento para la preparación de metanol y DME a partir de dióxido de carbono

engineering, energy, catalysis, dimethyl ether, Carbon Dioxide, methanol
- Descripción de la oferta tecnológica :
  
  Un conocido instituto de investigación química y catálisis español ha desarrollado un proceso de flujo continuo para la reducción de dióxido de carbono a metanol que procede con excelentes conversiones y selectividad en una sola pasada a través del reactor, que permite lograr rendimientos máximos de producción de metanol. El metanol obtenido puede ser procesado para DME y los hidrocarburos para producir productos químicos de alto valor.
  
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  Global warming is largely associated to the presence of greenhouse gases such as carbon dioxide in the atmosphere. This, along with the reached peak oil and the fast increasing demand in energy, places our societies in front of the urge of finding sustainable solutions for the generation of energy and chemical feedstocks. It was proposed in the 1990s that methanol could efficiently replace fossil fuels as a means to store, distribute and supply energy. Methanol can serve as a raw material for the preparation of chemical feedstocks and is also a good fuel itself; so is dimethylether. Methanol is currently being produced from synthesis gas, directly obtained from gas or biomass.
  
  A much more sustainable approach to methanol synthesis consists in capturing carbon dioxide from atmosphere or from burning plants and treat it with hydrogen to form methanol, thereby closing the carbon cycle. Such processes have been reported and they most commonly suffer from low selectivity to methanol and/or conversion of carbon dioxide to methanol, therefore requiring sofisticated process plants with high associated operating costs.
  
  The developed process allows for the preparation of methanol and DME from carbon dioxide in high yields using well-known catalysts.
  
  The Institution is searching for industrial partners to further develop these technologies from the laboratory scale to the commercial plant, jointly or independently.
  
  - The process employs commercially available catalysts
  - High productivity of methanol per gram of catalyst per hour
  - no recycling of unreacted carbon dioxide is virtually needed
  - high per-pass conversion of carbon dioxide and selectivity to methanol or dimethylether
  - further methanol processing is possible Leer más
O-1174University of Alicante / España 69

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Panel de acondicionamiento térmico de cerámica

ceramic, panel, heating, Ventilation, insulation, thermal energy, building
- Descripción de la oferta tecnológica :
  
  Varias instituciones españolas han desarrollado un innovador panel de acondicionamiento térmico de material cerámico capaz de enfriar o calentar cualquier entorno de una manera sencilla, sostenible y energéticamente eficiente. Se requiere un mantenimiento mínimo y se puede implementar utilizando una amplia gama de diseños y configuraciones. Se logran importantes ventajas en términos de ligereza, estética y limpieza. Estamos buscando, sobre todo, empresas de concesión de licencias de tecnología, aunque también están abiertos a la colaboración técnica.
  
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  The main advantages of this technology are:
  
  - The technology consists of a cooling and heating system more sustainable and efficient. This system allows the usual air conditioners, forced air convective or hot water radiators to be replaced.
  - The installation and fastening system is very simple, so the panels could be easily mounted and dismounted.
  - Panels can be arranged horizontally, vertically or any other inclination, applied on walls and ceilings.
  - The use of ceramic materials enables greater lightness, so it can take larger formats (up to 300 x 100 mm; thickness 3 to 5 mm)
  - Ceramic material panels are more resistant to the effects of humidity, condensation, adsorption of dirt and moisture, as well as a higher mechanical strength.
  - Ceramic materials provide greater flexibility in terms of aesthetics and design, so different colour, texture or image could be applied to the walls and ceilings of a room. Leer más
O-302Laser Consult Ltd. / Hungr 1278

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Intelligent wireless power management systems ( ®)

technology transfer, IP, technology offer, technology request, patent
- Descripción de la oferta tecnológica :
  
  Power management system called ® which can be used in medical applications. Intelligent energy management systems, as well as of the intelligent and implantable human diagnostic and therapeutic applications based on such systems.
  
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  Our partner, a Hungarian SME is involved in the research and development of intelligent energy management systems, as well as of the intelligent and implantable human diagnostic and therapeutic applications based on such systems. They developed such a power management system called ® which can be used in medical applications. They are looking for a license agreement.
  
  In our days, active implanted devices are becoming increasingly and more and more widely used in therapeutics. In addition to the most frequently used pacemakers, cardiac defibrillators, drug delivery devices, neuro-stimulators, retina implants, hearing aids, incontinence management devices, bone growth stimulators and other devices are applied in order to extend the patients’ lifetimes and improve their life conditions. In light of the ongoing rapid development of electronics and medicine, the number of such implanted devices can be expected to grow even further. As the implantation of such active devices is both costly and risky and, in case of certain applications, their uninterrupted operation is essential, electricity necessary for their operation must be supplied on the long run and in a reliable manner.
  
  Innovation of the product:
  
  The elements of the product family ® are systems that may be battery-fed, accumulator-fed, based on the principle of capacitive storage or operating with hybrid supply (the joint application of various energy supply and/or energy storage technologies), as the given applications may require. Our partner has also established product classes in order to implement the effective energy management of devices with differing levels of energy demand. These product classes constitute complex system technologies optimized to the conditions required by the devices/implants to be supplied both in structure and technological makeup. The services and characteristics of this product family are as follows:
  
  They provide the opportunity for effective, intelligent and wireless non-invasive power supply and recharging, thus increasing the intelligence/calculation capacity of the implants while maintaining their lifetime. All of these services are coupled with the very favorable condition that the application of the technology does not require any surgical or even ambulant intervention, as patients may recharge the systems at home on their own as well.
  
  They realize effective storage protection for the energy storage systems (accumulator, battery, capacity and hybrid) applied.
  
  They ensure the power supply of the units of differing energy demand of the systems supplied (the physiological monitoring and/or physiological data supply systems of intelligent implants).
  As a particularly important service, they also support the mobile telemetric diagnostic monitoring of the technological state of either the energy storage system applied or the system supplied.
  
  According to their energetic classification, the product classes established cover systems with various levels of daily energy consumption ranging from 2 mAh or less (such as a mobile implantable blood pressure measuring system, for example) to 1,500 mAh or even beyond (such as the mobile artificial heart systems, to mention an important application).
  
  Main advantages:
  
  • Mobile, wireless chargeability
  • Intelligent energy management
  • Miniature geometrical design
  • Adaptability to other intelligent implants, usability in medical instruments
  • Modular set-up
  • Clustered product group set-up
  
  Potential areas of use:
  
  • Typical application areas:
  • Wireless energy supply systems
  • RFID solutions, wireless communication systems
  
  Typical customers:
  
  • Industry
  • Healthcare
  • Transportation
  • ITC
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O-1103ARETE RESEARCH CONSULTANTS / Estados Unidos 627

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Soluciones oportunas y rentables mediante CFD, análisis térmico, y el modelado y simulación para la industria aeroespacial y de defensa, energía, y la biotecnología.

programming, consulting, thermal analysis, modeling and simulation, CFD, Computational Fluid Dynamics
- Descripción de la oferta tecnológica :
  
  Oportunas y rentables soluciones de análisis a los sectores aeroespacial y de defensa, energía, y los campos de la biotecnología. Contamos con las técnicas de modelización avanzadas para satisfacer sus necesidades de análisis para apoyar todas las fases de su desarrollo de productos: desarrollo del concepto inicial de diseño, optimización y análisis de fallos. Somos expertos desarrolladores y usuarios de herramientas de análisis avanzadas, tales como la dinámica de fluidos computacional (CFD) y análisis térmico.
  
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  We provide an innovative approach to meet your analysis needs, and work with you at all stages of your design to fully understand your problem. Since we are a US based company and only employ legal US residents, we are able to conduct analysis where ITAR restrictions are of issue. Our team is composed of highly experienced subject matter experts and we use state-of-the art modeling tools. Leer más
O-596KIM, Knowledge Innovation Market / España 2221

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Innovador sistema para cafeteras expresso universal y ligero

coffee maker, expresso, pressure, erogation, portable
- Descripción de la oferta tecnológica :
  
  La innovación se basa en un nuevo sistema de presión que ofrece nuevas oportunidades para satisfacer el creciente mercado de consumo de café.
  
  El éxito principal es la compatibilidad con todos los sistemas de cápsulas en el mercado, así como su bajo peso y el sistema de energía autónoma, que pueden inspirar a nuevos usos y cubrir nuevos mercados y estilos de vida de los consumidores.
  
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  The pressure system solves the traditional calcifyng problems by means of reducing dimensions of the water distribution system.
  
  It provides a high decrease of energy compsumption (6 times less energy), with a maximum weight of 2.2 lbs and size of 240x70 mm, that allows to think in portable concepts.
  
  In an increasing market, an universal capsule device can take advantage other's market uptakes and perform a quick return on investment. Also it is compatible with high and low pressure systems, pods, pads and ground coffee.
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O-1161PHARM-REGION, Ltd. / Rusia 571

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Programa de investigación y desarrollo basados en la plataforma biotecnológica NovoBio

Biotechnology, cell cultivation, Cell, bioscience
- Descripción de la oferta tecnológica :
  
  Es bien sabido que hay tres partes significativas de cultivo de células. Estos incluyen la tensión, la tecnología y el medio de cultivo. Aplicamos nuestra metodología (Novobio):
  1) para evaluar el potencial de la tensión aplicada para alcanzar el nivel máximo de acumulación de biomasa y de metabolito;
  2) para determinar el tiempo óptimo de duración y finalización de la fermentación de acuerdo con los parámetros de calidad predefinidos de cosechado masa celular;
  3) para estudiar los cambios en la estructura de edad de las células cultivadas durante el proceso de cultivo;
  4) para determinar la relación entre la estructura de edad de las necesidades de la población y fisiológicos en los componentes del medio de cultivo;
  5) para determinar la limitación factores de tanto el sustrato de energía como otros componentes del medio de cultivo;
  6) para determinar la influencia de factores físicos y reológicos en cultivo de células
  7) para optimizar la composición del medio de cultivo y el método de alimentación para el medio de cultivo (tipo de fermentación: batch, fed-batch o continuo);
  8) para desarrollar los manuales y las instrucciones de preparación del inóculo sobre la base de la estructura de edades y la concentración.
  
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  Biotechnology platform NovoBio consists of three major parts.
  
  1. Unstructured model energy limited the growth of microorganisms (developed in collaboration with Dr. Victor Derbyshev)
  2. Structured kinetic model.
  3. Structured kinetic model substrate utilization and valuable metabolite production.
  
  All three models provide an Integrated mathematical Model of Development (IMD), which is the basis of the biotechnology platform NovoBio.
  
  We will not bother you with mathematical derivation of all the equations that are the basis of the model, only the final equations for the calculation of the growth dynamics of biomass and valuable metabolites will be presented. Detailed description of the derivation of the equations for periodic and continuous catches of cell culture is presented in published papers.
  
  This slide shows two derived equations for periodic conditions. The first of the equations is applied in the case where the biomass is the fermentation aim in the periodic conditions, the second one is applied in the case where valuable metabolite is the cell culture aim.
  
  Most not previously used important parameters have a specific physical meaning and are used for the solution of these equations, namely: Factor A that determines the rate of inhibition of cell growth, as it determines the ratio of energy amount to maintain vital functions to energy assumption for the development, which determines the dynamics of accumulation of stable cells ceasing their growth. The most important indicator of cell culture is factor R, which determines the age structure of the population, is an indicator of cell synchronization on age and the completion of the batch process. K factor is the product of the growth rates for the total number of cells and the cells in a dormant state.
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O-1020Atlanta Marketing Consultants / Estados Unidos 1130

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Hybrid Fuel Cell System With Smart Power Electronic Technology

fuel cells, power production, power, energy, heat recovery, solar power, wind power, waste/energy
- Descripción de la oferta tecnológica :
  
  The GEI-X5 HTPEM power generation and fuel reforming solution provides customers requiring an efficient, clean with near zero emissions, silent, low maintenance, with fuel flexibility, an affordable pathway for on-board and stationary electric power generation.
  
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  Aspectos nuevos e innovadores
  
  Key Advantages of GEI-X5 Power Solution include:
  
  • Independent of the hydrogen infrastructure and do not require pure hydrogen for electric power production (able to operate on any carbon based fuel including biogas)
  • Use locally available carbon based infrastructure fuels employing a fuel reforming system that is 50% smaller than traditional fuel reforming systems with a 30% increase in power density (kW/liter).
  • Results in a 40%+ reduction in fuel consumption with the GEI-X5 HTPEM vs. diesel electric generators
  • Reduces harmful CO2 greenhouse gas emissions by 80% as compared to diesel electric generators
  • Provides silent power generation and multi-fuel diversity (critical for military applications).
  • Leverages a Common Technological Infrastructure (CTI) allowing adaptable and reconfigurable electric power output across multiple application domainareas with a common fuel cell stack infrastructure.
  • Incorporates a proprietary bi-polar plate flow field design which increases power density for use with reformed fuels
  • Hybrid fuel cell system containing a lithium battery allowing for more efficiency than straight fuel cell systems
  • Scalable system enabling for a wide range of renewable energy applications
  • Compatibility and ability to enhance the performance of other power technologies such as solar, wind, etc...
  • One button start
  
  CUSTOMER PROBLEM (Prior To GEI)
  
  Fuel cells are a highly efficient, combustion-less, and virtually pollution free energy source which provide electricity to power a wide array of applications including buildings, electric grids, trucks and automobiles, emergency back-up systems, laptop computers, and numerous other consumer devices. In principle, a fuel cell is an electrochemical device that operates like a battery. However, unlike a battery, a fuel cell requires re-fueling, and not recharging. A fuel cell uses fuel — usually hydrogen extracted from natural gas, propane, or other carbon based fuels, and oxygen extracted from air — to produce electricity. Fuel cells will continue to produce energy in the form of electricity and heat as long as there is a constant fuel source. Hydrogen fuel cells work simply, have no moving parts, and operate silently with water and excess heat as the only by-products.
  
  GEI High Temperature PEM (HTPEM) fuel cells operate at 160-180C. The HTPEM higher operating temperatures allow the use of non-pure hydrogen as a fuel while maintaining the cost and expanding the application flexibility benefits of low temperature PEM fuel cells.
  
  The specific benefits include:
  
  1) More efficient use of thermal energy or by-product heat used in a combined heat and power application resulting in high system efficiencies;
  
  2) Reduction of balance-of-plant (BOP) components for cooling, water management and purification resulting in reduced maintenance and simpler operations and controls;
  
  3) When using reformed fuels rather than pure hydrogen, the result is increased tolerance to carbon monoxide (by a factor of 300) which can poison LTPEM systems. The ability to use non-pure hydrogen reduces the equipment and capital cost necessary to remove fuel impurities.
  
  The resulting triad of benefits listed above result in a simpler yet compact and robust design which requires no humidification with high fuel flexibility and lower cost, yielding significant competitive advantages for commercial HTPEM fuel cell power systems. When HTPEM's are integrated with fuel reforming technologies, the combined heat and power fuel processing system is very efficient, with a high power/weight ratio, and represents the optimum technology for on-board reforming of military JP8 diesel,synthetic fuels, and locally available infrastructure fuels. The GEI HTPEM power generation and fuel reforming technology represents the optimum balance between the cost and availability of low temperature PEM fuel cells, and the high temperature fuel impurity tolerance of much higher temperature (800C+) fuel cells.
  
  The result is a game changing power technology which out-performs solar, wind, geothermal, hydro-electric, coal, and other power solutions from a cost and an efficiency standpoint while also being able to enhance the performance of these power solutions.
  The GEI Hybrid fuel cell system(Combining a lithium battery and fuel cell) is also equipped with state of the art electronics (making it a smart system which is able to communicate real time for monitoring and adjustment purposes). Leer más
O-1001Ascamm / España 639

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Sonoplast: tecnología de inyección ultrasonido en termoplástico para la fabricación de componentes de plástico micro y mini tamaño.

ultrasound thermoplastic injection technology, injection technology, plastic components, plastics, microinjection, plastc molding, molding, molding industry plastic, thermoplastics, micro-molding machines, micro moulding, mini moulding, thermoplastic microinjection machine, welding, cutting
- Descripción de la oferta tecnológica :
  
  Sonorus es una máquina de fácil mercado que ofrece un concepto totalmente nuevo de microinyección, en el que las ondas ultrasónicas se utilizan como la fuente principal de energía para el mini moldeo y micro componentes. Esta tecnología permite fundir cantidades reducidas de material termoplástico y llenando las cavidades en el molde. Debido a la transmisión de vibraciones obtenidos por ultrasonidos, la presión aplicada se reduce significativamente en comparación con otras máquinas de microinyección convencionales.
  
  Compartir tecnología
  
  Aspectos nuevos e innovadores
  
  While other micro-molding machines simply adapt the concepts used in conventional injection molding processes, Sonorus 1G has been specially designed for manufacturing above quality standard micro and mini scale components, by using energy efficient ultrasounds.
  
  Furthermore, the operation of this new technology involves a smaller number of control variables than those used for conventional microinjection, allowing to improve the quality of parts produced.
  Sonoplast technology, developed in Spain, has been conceptualized in the machine Sonorus 1G, the first high precision thermoplastic microinjection machine based on ultrasounds. The machine is available in the market since 2011.
  
  The industrial application of high frequency ultrasounds is currently focused in only some applications such as welding, cutting, cleaning or discrete mass, mixing and componding, etc. Our product is a real revolution for the molding industry plastic.
  
  Sonorus is a compact size machine (between 1-2 tons) with minimal noise emission level. Its main advantages are:
  
  - Higher quality of the final piece: The high accuracy of Sonorus allows to obtain excellent finish end pieces.
  - Reduced costs: Significant energy savings (around 40%) derived from the integration of ultrasonic device as a system of merger and reduced material waste (around 50%).
  - Increased speed of production: Lower cycle time than conventional machines down to 3 seconds.
  Leer más
O-926Institute of Chemical Research of Catalonia (ICIQ) / España 1010

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Nuevo catalizador inorgánico basado en metales para la oxidación del agua: Se buscan socios para el desarrollo conjunto

Inorganic water oxidation catalyst, oxidation catalyst, Catalyst, Water, inorganic chemistry, fuel cells, solar cells, Solar fuels, batteries, hydrogen production, hydrogen economy, photoproduction, chemical energy, electrochemical, photochemical, oxygen generation
- Descripción de la oferta tecnológica :
  
  Un bien conocido Instituto de investigación centrado en química y catalisis ha desarrollado un catalizador homogéneo para la oxidación del agua en oxígeno. El catalizador es totalmente inorgánico y basado en materiales baratos y abundantes. Es muy activo y estable, el catalizador puede ser utilizado en pilas de combustible, células solares, producción de hidrógeno limpio, etc Estamos buscando socios para el desarrollo conjunto de aplicaciones comercializables del catalizador.
  
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  Aspectos nuevos e innovadores
  
  Conversion of sunlight energy into storable chemical energy is the major pillar of a hydrogen economy based on non fossil fuels. Hydrogen (or other fuels) photoproduction must be coupled with the oxidation of water to oxygen. Recombination of fuels with oxygen would then provide the chemically stored energy for its use as required. Solar fuels are a promising alternative to other energy storage methods as batteries, since fuels are easier to transport and store in terms of handling and long term durability. The water oxidation process needs a proper catalyst to be feasible at large scale. This is one of the most important challenges that needs to be solved within this field.
  
  Being totally inorganic, the offered polyoxometallate catalyst does not decompose in the highly oxidative conditions of water splitting. The catalyst advantageously operates in a wide range of pHs and in the presence of an oxidant (either chemical, electrochemical, or photochemically generated). The catalyst allows for high turnover numbers, fast catalytic cycles and is self-repairing, which means that it does not show signs of fatigue or degradation upon time. Leer más
O-1089empresa anónima / India 455

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Use of plate heat exchanger (PHE) to control dough temperature and excellent energy saving

plate heat exchanger, Food, food technology, food technologist, Dairy
- Descripción de la oferta tecnológica :
  
  PHE is a device consisting of thin plates built in such a way that there are two inlets and two outlets. We can transfer the temperature of chilled water to nor
  
  One 10 t chilling system only for process water and one 5 t water cooling system for jacketing of mixer and creamer which was insufficient and leading to high dough temperature and blisters in biscuits. we used to get around 18 – 20 deg c temperature in process water from 10 t chiller and 25 to 39 deg c in jacket water from 5 t water cooler.
  
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  Requirement of materials:
  
  1.One chiller of capacity 10 ton blustar make.
  2.Two plastic tanks of 1000 litre capacity i.e tank 1 & tank 2 in line diagram for jacket water.
  3.One 1000 litre capacity ss tank i.e tank 3 for process water.
  4.Two pumps of 2 h.p and 3 phase for circulating water inbetween chiller, phe, storage tanks and mixers jackets.
  5.1 h.p ss pump for circulating watr through phe and ss storage tank storing water for process.
  
  6.One phe of alfa level make.
  
  7.2 “Pipes and accessories..
  
  Power saving after installation of PHE
  
  For chilling units - 8.8 kw x 17 hrs = 147 units and circulating and transfer pumps 3.75 kw x 17 hrs = 64 units = total 211 units x rs 8 = rs 1688 per day.
  
  Saving – (2208 – 1688) – rs 520 per day.
  
  Existing system:
  
  1. We were using one chilling plant of 10 ton capacities for providing chilled water in process.
  2. Two water cooling units of 3 ton and 2 ton to provide cold water circulation in mixer and creamer jackets.
  3. Considering the plants run for 70 % of total working hours i.e 17 hrs total electricity cost.
  4. For chilling units - (8.8 + 3.4 + 1) kw x 17 hrs = 225 units and circulating and transfer pumps 3 kw x 17 hrs = 51 units = total 276 units x rs 8 = rs 2208 per day.
  
  Problem was facing:
  
  One 10 t chilling system only for process water and one 5 t water cooling system for jacketing of mixer and creamer which was insufficient and leading to high dough temperature and blisters in biscuits. we used to get around 18 – 20 deg c temperature in process water from 10 t chiller and 25 to 39 deg c in jacket water from 5 t water cooler. Leer más
O-845IRIS Research & Development / España 1123

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"Smart Wireless Sensors Networks technology" y solucio¡ón basada en la inteligencia artificial, con aplicaciones en Energía, Medio Ambiente y en el Control de Procesos Industriales

telecommunications, data mining, monitoring, industrial control, industrial processes, WSN, sensor, web -based, hardware, electronic´s, Software
- Descripción de la oferta tecnológica :
  
  "MultiSensor Smart Monitoring" y Control de Procesos Industriales es una combinación de la adquisición de datos multicanal y sofisticados algoritmos de minería de datos, diseñados para ser flexibles para ser adaptados a la supervisión en tiempo real y el control de los diferentes tipos de proceso. Añadiendo la inteligencia artificial permite al sistema mejorar el control y la producción, así como generar recomendaciones y soluciones automáticas con el objetivo de reducir el coste total del sistema y mejorar el control de la producción y el producto. El sistema puede funcionar sobre la base de los modelos empíricos, semi-empíricos o teóricos, y es capaz de llevar a cabo la mejora automática de los modelos de predicción a lo largo del período de explotación.
  
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  Aspectos nuevos e innovadores
  
  The novelty of the described technology lies on the combination of standard or traditional sensors and Artificial intelligence in the same predictive package, which improves the quality of the prediction beyond the limits of both kind of techniques. This allows not just monitoring the system as well as to generate recommendations or automatic solutions based on the previous experience and results with the aim to improve the final product and the quality of the process and control. Leer más
O-900Parmatech / Rusia 989

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Equipos de trabajo en la tecnología de molienda en seco/disolución y el secado de los materiales orgánicos.

dryind, grinding, separation, biomass, recycling
- Descripción de la oferta tecnológica :
  
  El dispersador aerodinámico es una solución de diseño único, que tiene como principales ventajas la eficacia del secado y la molienda de materiales diferentes. Es especialmente ventajoso para procesar materiales orgánicos fibrosos. Como dispersador aerodinámico permite secar, moler y separar el producto en las características requeridas de humedad y tamaño al mismo tiempo.
  
  La separación por inercia del material permite elegir entre un grado de secado y molienda, satisfaciendo los parámetros de tamaño y humedad, evitando así la exposición innecesaria de material. El secado y la molienda de materiales sensibles al calor se realiza eficientemente. El secado de los materiales tiene lugar como resultado de una intensa ventilación. El caudal del aire que permite el secado del material es superior a 30 000m3 por hora. La velocidad del agente de secado es de 25-28 metros por segundo con respecto a las partículas del lecho de aire fluidizado. El consumo de energía térmica es 750-800 kW por tonelada.
  
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  1) A combination of technological processes — drying and grinding as a result of a combination of drying, grinding and inertial separation at the same Dispergator working area.
  2) Constant conditions of an «ideal drying process». The speed of drying agent is 25-28 meters per second relative to the material particles, located in an air-fluidized bed.
  3) Approximate consumption of heat energy is 750-800 kW per 1 tone of moisture evaporation.
  4) Compactness - Dimensions of grinding and drying unit are 2000x1600x1600 mm.
  5) Inertial separation — from the drying-grinding area the material particles are separated of necessary size and moisture.
  6) The safety of the drying process — low temperature of a heat carrier plus equipment work «under vacuum» increase equipment fire safety and explosion safety dramatically.
  7) Getting powders — effective getting dry powders of less than 100 mkm and moisture less than 1%.
  8) During the processing of fibrous materials the combination of the basic configuration allows to keep the fiber presented in the basic material.
  
  Our equipment can execute an effective drying of such materials as: technological sludge (waste pulp), hydrolytic lignin (initial moisture is up to 70%, particle size is 1000-50 m.), peat and sapropel (initial moisture is up to 70%), spent grain (initial humidity is up to 70%), sawdust.
  
  During the processing of multilayer waste consisting of the layers of different materials (Tetra Pak, Elopak and etc., consisting of cardboard, polyethylene and aluminum layers) it can be gotten single fibers of cardboard (they are selected radially) and polyaluminium/polyethylene flakes (they are carried away tangentially). Leer más
O-191Nanozar S.L. / España 1208

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CNT Dispersion Technology

Carbon Nanotubes, Carbon Nanotube Dispersions, Functional Plastic Nanocomposites, Nanocomposite Processing
- Descripción de la oferta tecnológica :
  
  Nanozar S.L. is a Spanish R&D company offering tailored solutions for the development of highly functional nanocomposites materials for applications in various fields ranging from Energy (Supercapacitors, Batteries, Photovoltaics), Smart Textiles, Functional Coatings, Conductive Inks and Paints, Corrosion Protection, Sensors of interest to allmost all industrial sectors (Automotive, Aeronautics, Maritime, Construction, Textile, Electronics)
  
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  Aspectos nuevos e innovadores
  
  Stable and homogenous dispersions of commercially available carbon nanotubes and graphene for different types of solvents suitable for the development of
  - functional masterbatches
  - conductive inks
  - functional adhesives
  - functional coatings
  - functional fibers
  
  Type of materials:
  - Thermosets
  - Thermoplastics
  - Intrinsically conducting polymers
  
  Functionality refers to:
  Ligth-weight plastic materials with
  - improved conductivity (up to 10 S/cm)
  - improved thermal properties (thermal degradation stability, glass-transistion, and heat conductance)
  - improved rheological and mechancial properties (wear, toughness)
  
  Applications (Sectors):
  - Electrostatic discharge (Automotive, Aeronautics, Textiles)
  - Conductive surfaces and conductive paints for electrosatic discharge, Electropainting (Automotive, Aeronautics, Construction))
  - Sensing coatings and fibers (Automotive, Aeronautics, Construction, Textile)
  - Anticorrosive coatings (Automotive, Aeronautics, Maritime, Construction)
  - Flexible conductive films and paper materials (Energy, Plastic electronics)
  Leer más
O-837UATEC - Technology Transfer Office of University of Aveiro / Portugal 1637

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Reactor óhmico para la síntesis química, el método y sus aplicaciones

reactor, heating, ohmic, chemical synthesis
- Descripción de la oferta tecnológica :
  
  Un grupo de investigadores de tres universidades públicas ha desarrollado un reactor de calentamiento óhmico para la síntesis química, en particular en medios acuosos. Este reactor y el método de calentamiento ha encontrado aplicación en la síntesis orgánica e inorgánica, preparación de materiales organometálicos, síntesis de nanopartículas y polímeros, siendo aplicable en la industria química y farmacéutica. Su simplicidad y el bajo coste del reactor, su baja capacidad térmica y la inercia térmica, el calentamiento rápido y uniforme, su alta eficiencia, facilidad de mantenimiento y manipulación, así como la posibilidad de un control visual de la evolución de reacción y la posibilidad de la adición de reactivos durante el curso de la reacción, hacen de este reactor una opción versátil y ventajosa para los procedimientos de síntesis química
  
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  Aspectos nuevos e innovadores
  
  In ohmic heating electrical energy is dissipated in heat with a very high efficiency (electrodes in contact with the reaction medium), resulting in fast and uniform heating and in the increase of charged species movement. As in the case of the heating with microwave radiation, electrical energy is transformed into thermal energy. However, on contrary of heating with microwave radiation (penetration depth of microwave radiation in absorbing media is limited) the penetration depth is virtually unlimited and the extent of heating is regulated only by the spatial uniformity of electrical conductivity throughout the reaction medium and the time spent in the ohmic reactor. Thus, the direct scaling of the ohmic heating for the pilot or industrial scale shouldn’t have the limitations presented by microwave radiation heating. It is also possible to reduce reaction times and increase the energy efficiency of chemical reactions Leer más
O-280University of Alicante / España 1228

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Know-how in home automation and smart environments

adhesives, dioxin, electrocoagulation, holographic, wastewater, hepatitis, electrodialysis
- Descripción de la oferta tecnológica :
  
  Digital services for housing, efficient use of energy, life-assisted for living environment, buildings, technologies for the elderly or disabled people. The research group "Automation and Intelligent Environments (DAI)" has a wide-ranged knowledge in the development and implementation of technologies for home automatation systems.
  
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  Aspectos nuevos e innovadores
  
  The research group "Automation and Intelligent Environments (DAI)" has a wide-ranged knowledge in the development and implementation of technologies for home automatation systems. In that sense the Group has been working in the development of technologies that integrate the management of the entire set of electronic devices existing in a home.
  
  The group is specialized in providing home automation solutions to people with mobility problems, such as elderly people, children or disabled people. It also is experienced in the development of computer systems for energy management of housing.
  
  Market applications
  
  Digital services for housing, efficient use of energy, life-assisted for living environment, buildings, technologies for the elderly or disabled people.
  
  Innovative aspects
  
  The research group has significant experience in developing automated systems for all types of environments. The possibility to develop specific integration solutions for any type of device used in a home (lighting, security system, wireless appliances and entertainment equipment, sensor network environment, etc.).
  
  They can also integrate all kinds of control systems and power generation to facilitate saving and energy efficiency of buildings.
  
  The group is able to develop new solutions based on the requirements and user needs.
  
  Main advantages of the technology
  
  The technology developed by the research group is established in the project metalTIC - Digital Home. This project, conducted for the Federation of Employers of the Metal of the Province of Alicante (FEMPA), has been the design and development of a set that simulates a house with the latest innovations in TICC to provide services at home.
  
  The 50 square meters house has a living room with kitchen, bedroom and bathroom, showing key concepts such as energy control, monitoring and security, comfort and leisure, communications, accessibility and management. Leer más
O-924University of Almeria / España 1835

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Nueva especie de microalga Scenedesmus Almeriensis

microalgas, microalgae, lutein, aquaculture, carotenoids, food additives, energy, comestics, pharmaceutical
- Descripción de la oferta tecnológica :
  
  La presente innovación consiste en una nueva cepa aislada de microalgas -Scenedesmus almeriensis- y la tecnología asociada para recuperar la luteína de la misma. Debido a su alta tasa de crecimiento y su composición bioquímica Scenedesmus almeriensis tiene importantes aplicaciones en la acuicultura y/o en el consumo humano, y es adecuado para la producción de carotenoides que pueden ser utilizados en el mercado de aditivos alimentarios para uso animal y/o humano.
  
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  Aspectos nuevos e innovadores
  
  Scenedesmus ameriensis presents several strengths, including a high growth rate and high tolerance to extreme culture conditions, a distinct biochemical composition: high lutein content and others carotenoids, very tough cell wall that protects against mechanical stress factors, suitable adaptation to continuous processes and industrial production. Associated technology for itensive and continuous production in photo-bioreactors working inside a greenhouse under controlled conditions. Leer más
O-1157University of Louisiana at Lafayette / Estados Unidos 611

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Sextuplet Sistema de lentes cuadrupolo para enfocar partículas cargadas

Material science, ion lithography, photonics, medicine, energy, lens, planetary science, microelectronics, astronomy, archeology, nanotechnologies, physics, ion beam, ions
- Descripción de la oferta tecnológica :
  
  Sistema sextillo de lentes cuadruplo para enfocar partículas cargadas, el sistema de lentes se compone de dos tripletes simétricos de juegos de lentes. Esta tecnología mejora la resolución del haz de iones y se centra en un sistema de lentes fijas (magnética o electrostática) permitiendo el óptimo pequeño tamaño del punto del haz.
  
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  Aspectos nuevos e innovadores
  
  Charged particle focusing systems have many valuable uses, including those wherein the charged particles are accelerated. The focusing systems for many charged particle systems employ multiple quadrupole lenses in parallel with the optical axis. For high energy applications, increased beam current is desired and this can be achieved by enlarging the effective beam converging angle.
  
  However, the size of the beam converging angle is limited by the spherical aberration, which is present to some extent in all designs of probe-forming systems, thus optimum spatial resolution can typically only be achieved at the expense of a reduction in beam current.
  
  The current invention describes a lens system with sextuplet quadrupole arrangement that permits focusing of ion beams at various focal lengths, thus mitigating intrinsic aberration of the lens to achieve optimal small beam size without a need for reduced beam current. This technology improves the resolution of ion beam focusing within a fixed lens system to achieve an optimum small beam spot. Leer más
O-194Nanozar S.L. / España 960

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CNT Quality Assessment

Carbon Nanotubes, Carbon Nanotube Dispersions, Functional Plastic Nanocomposites, Nanocomposite Processing
- Descripción de la oferta tecnológica :
  
  Nanozar S.L. is a Spanish R&D company offering tailored solutions for the development of highly functional nanocomposites materials for applications in various fields ranging from Energy (Supercapacitors, Batteries, Photovoltaics), Smart Textiles, Functional Coatings, Conductive Inks and Paints, Corrosion Protection, Sensors of interest to allmost all industrial sectors (Automotive, Aeronautics, Maritime, Construction, Textile, Electronics)
  
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  Aspectos nuevos e innovadores
  
  Impartial quality assessment of commercial carbon nanotube or graphene materials and its value for specific applications:
  
  Focus lies on:
  - Dispersibility and Homogeneity
  - Compounding/Processability
  - Functionality (electrical, thermal, mechanical) properties
  
  Techniques:
  - Spectroscopy (Z-sizer, UV-Vis, IR, Raman)
  - Structure/Morphology (microscopy: optical, SEM, TEM, AFM)
  - Functionality (conductivity, TGA, DMTA, stress-strain, rheology)
  Leer más
O-193Nanozar S.L. / España 1006

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CNT Processing Technology

Carbon Nanotubes, Carbon Nanotube Dispersions, Functional Plastic Nanocomposites, Nanocomposite Processing
- Descripción de la oferta tecnológica :
  
  Nanozar S.L. is a Spanish R&D company offering tailored solutions for the development of highly functional nanocomposites materials for applications in various fields ranging from Energy (Supercapacitors, Batteries, Photovoltaics), Smart Textiles, Functional Coatings, Conductive Inks and Paints, Corrosion Protection, Sensors of interest to allmost all industrial sectors (Automotive, Aeronautics, Maritime, Construction, Textile, Electronics)
  
  Compartir tecnología
  
  Aspectos nuevos e innovadores
  
  Processing of functional carbon nanotube composite materials into various macroscopic forms required by a specific application
  
  Macroscopic forms:
  - Films (supported or free standing)
  - Coatings
  - Fibers
  - Papers
  - Foams
  
  Focus: Maintain functionality of nanocomposites (see Nanocomposite Technology) in different macroscopic forms
  
  Applications (Sectors):
  - Light-weight conducting plastics components: Electrostatic discharge and Electromagnetic Shielding (Automotive, Aeronautics, Construction).
  - Lightweigth thermally stable plastic components (Automotive, Aeronautics, Construction)
  - Lightweigth thermally conducting plastic components (Automotive, Aeronautics, Construction)
  - Lightweight shock absorbing components (Construction, Automotive, Aeronautics)
  - Fire-retardant components (Construction, Automotive, Aeronautics)
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O-192Nanozar S.L. / España 1177

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CNT Nanocomposite Technology

Carbon Nanotubes, Carbon Nanotube Dispersions, Functional Plastic Nanocomposites, Nanocomposite Processing
- Descripción de la oferta tecnológica :
  
  Nanozar S.L. is a Spanish R&D company offering tailored solutions for the development of highly functional nanocomposites materials for applications in various fields ranging from Energy (Supercapacitors, Batteries, Photovoltaics), Smart Textiles, Functional Coatings, Conductive Inks and Paints, Corrosion Protection, Sensors of interest to allmost all industrial sectors (Automotive, Aeronautics, Maritime, Construction, Textile, Electronics)
  
  Compartir tecnología
  
  Aspectos nuevos e innovadores
  
  Development of functional Nanocomposites for a wide range of matrix materials (thermosets, thermoplastics, intrinsically conducting polymers) using commercially available CNTs.
  
  Compounding technologies applied:
  From solvent or Melt.
  
  Focus:
  Achieve highly functional nanocomposites with superior properties and which can be processed into macroscopic form required for a specific application
  
  Functionality refers to:
  Light-weight plastic composite materials with
  - improved conductivity (up to 10 S/cm)
  - improved thermal properties (thermal degradation stability, glass-transistion, and heat conductance)
  - improved rheological and mechancial properties (wear, toughness)
  
  Applications (Sectors):
  - Light-weight conducting plastics components: Electrostatic discharge and Electromagnetic Shielding (Automotive, Aeronautics, Construction).
  - Lightweigth thermally stable plastic components (Automotive, Aeronautics, Construction)
  - Lightweigth thermally conducting plastic components (Automotive, Aeronautics, Construction)
  - Lightweight shock absorbing components (Construction, Automotive, Aeronautics)
  - Fire-retardant components (Construction, Automotive, Aeronautics)
  
  Leer más
O-189University of Girona / España 3427

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Metal removal and chromium (VI) reduction by using wastes from agro-industries

wastewater, agro-industries wastes, electroplating industries, metal, metal ions
- Descripción de la oferta tecnológica :
  
  Removing metal ions from wastewater using a low cost technology based on the use of agro-industries wastes as sorbents. Cr(VI) reduction is achieved by contact of wastewater and the wastes; neither reagents nor energy are required. This technology is an alternative to the traditional treatments that are costly and no biodegradable.
  
  Compartir tecnología
  
  Aspectos nuevos e innovadores
  
  This technology is suitable for electroplating industries and in general industries whose wastewater contains metal ions.
  
  The wastes whose potential use as sorbents we have investigated are: grape stalks from the wine production industries and exhausted coffee from the instant coffee manufactures. The main advantage is the low cost of the sorbents. In general these wastes are burned or disposed of. In addition, they don’t need neither of pre-treatment before their use nor regeneration.
  
  Our research group offers the possibility of removing metal ions from wastewater using a low cost technology based on the use of agro-industries wastes as sorbents. Cr(VI) reduction is achieved by contact of wastewater and the wastes; neither reagents nor energy are required. This technology is an alternative to the traditional treatments that are costly and no biodegradable.
  
  Our researchers have published a great number of articles in peer-review journals where the potential use of these wastes is demonstrated. Leer más
O-759University of Alicante / España 946

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Avanzados dispositivos de seguridad pasiva para vehículos

Automotive, materials, security, impact, bumper, absorption, car, truck
- Descripción de la oferta tecnológica :
  
  Esta tecnología desarrollada permite la producción de nuevos dispositivos de seguridad avanzada con una estructura interna y un diseño innovador (estructura fractal) que mejora la absorción de la energía mecánica generada en una colisión de un vehículo. Este sistema es complementario a los sistemas de seguridad estándar como el cinturón o bolsas de aire.
  
  Compartir tecnología
  
  Aspectos nuevos e innovadores
  
  The passive safety systems are elements incorporated to the vehicles in order to minimize the consequences of an accident that implies the collision of the vehicle. The use of standard technologies in motor vehicles does not avoid completely the consequences of the accidents and thus a high number of them are mortals. Moreover, thousands of persons including children and elderly are gravely wounded or died each year in traffic accidents.
  
  This technology developed lets the production of new advanced safety devices with an internal structure and an innovator design (fractal structure) that improves the absorption of the mechanical energy generated in a collision of a vehicle. This system is complementary to the standard safety systems as the belt or airbags.
  
  The advanced materials used and the design of the internal structure of parts and components let to develop new systems with light weight and a high efficiency rate compared to the standard devices: metallic tubes, standard bumpers, program of structural deformation, etc.
  
  Redesigning the internal structure of standard components or by means of the development of new devices specifically designed for this use, this technology could be incorporated in any type of vehicle.
  
  The technology could be incorporated to the standard industrial production methods and does not affect to the standard safety systems of the vehicles.
  
  Parts, components and specific devices with the same external shape than the standard ones but with a higher performance could be developed. In cars and other vehicles, the chassis, bumpers, the engine supports and the perimeter of the passengers’ box could incorporate this technology.
  
  The tests with prototypes based on the technology reach a high capacity of absorption energy up to 1 MJ/m3 with a gradual absorption.
  
  The most important innovative aspects are:
  
  • The technology can be incorporated to any vehicle or component: heavy and light vehicles, industrial vehicles, cars, trucks, body car, bumpers, passenger box, etc.
  • Innovator design with a high performance in absorption of mechanical energy.
  • Advanced materials let a high performance and low weight: composites with an advanced nicro/nano structure, fiber/metal materials combination.
  • New devices with high capacity of mechanical energy absorption could be developed. The energy is absorbed in a gradual manner.
  • The absorption of standard components could be improved by means of the redesigning their internal structure with this technology.
  • Quick design of parts and components with high performance and lightweight.
  • Easy implementation on a large scale production.
  • The standard safety systems of the vehicle are not affected by the use of this technology. Leer más

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5TH NEW PRODUCT DEVELOPMENT AND INNOVATION MANAGEMENT

3rd Annual Alliance Management for Open Innovation in Pharma

XXIV ISPIM Conference, 16-19 June 2013, Helsinki, Finland: Innovating in Global Markets:

The 6th ISPIM Innovation Symposium – Innovation in the Asian Century

Innovación en Wind energy : Oportunidades ... | Ofertas

Innovación en Wind energy : Oportunidades ... | Ofertas

green technologies, environment, energy, Repowering, offshore, power converter, induction generators, turbines, power plant, wind, wind power, Wind farm

Mattress, Energy free, Comfort

Nuestro socio, una PYME húngara ha desarrollado un nuevo tipo de colchón que es capaz de reemplazar los colchones convencionales para asientos y camas. El cliente está interesado en la búsqueda de socios para licenciar la tecnología.

solar energy, Water, water potabilization, electrodialysis

renewable energy, tide energy, tide power, marine dynamics

food crops, cleentechies, cleantech, waste, wastes, municipal wastes, biofuels, power, energy, biomass, fuel crops, Green, greentech, feedstocks, bio-products, bio-waste, power, Power Grid

smart socket, electric grids, domestic electric grids, industrial electric grids, electric power, domestic appliances, industrial appliances, electrical devices, electric engineers, electric engineering

motor vehicle collisions, Trains, trams, vans, Trucks, collisions, vehicle, Automotive

Hydrogen, Storage, Fuel Cell, Fuel, energy

engineering, energy, catalysis, dimethyl ether, Carbon Dioxide, methanol

ceramic, panel, heating, Ventilation, insulation, thermal energy, building

technology transfer, IP, technology offer, technology request, patent

Power management system called ® which can be used in medical applications. Intelligent energy management systems, as well as of the intelligent and implantable human diagnostic and therapeutic applications based on such systems.

programming, consulting, thermal analysis, modeling and simulation, CFD, Computational Fluid Dynamics

coffee maker, expresso, pressure, erogation, portable

Biotechnology, cell cultivation, Cell, bioscience

fuel cells, power production, power, energy, heat recovery, solar power, wind power, waste/energy

The GEI-X5 HTPEM power generation and fuel reforming solution provides customers requiring an efficient, clean with near zero emissions, silent, low maintenance, with fuel flexibility, an affordable pathway for on-board and stationary electric power generation.

ultrasound thermoplastic injection technology, injection technology, plastic components, plastics, microinjection, plastc molding, molding, molding industry plastic, thermoplastics, micro-molding machines, micro moulding, mini moulding, thermoplastic microinjection machine, welding, cutting

Inorganic water oxidation catalyst, oxidation catalyst, Catalyst, Water, inorganic chemistry, fuel cells, solar cells, Solar fuels, batteries, hydrogen production, hydrogen economy, photoproduction, chemical energy, electrochemical, photochemical, oxygen generation

plate heat exchanger, Food, food technology, food technologist, Dairy

telecommunications, data mining, monitoring, industrial control, industrial processes, WSN, sensor, web -based, hardware, electronic´s, Software

dryind, grinding, separation, biomass, recycling

Carbon Nanotubes, Carbon Nanotube Dispersions, Functional Plastic Nanocomposites, Nanocomposite Processing

reactor, heating, ohmic, chemical synthesis

adhesives, dioxin, electrocoagulation, holographic, wastewater, hepatitis, electrodialysis

microalgas, microalgae, lutein, aquaculture, carotenoids, food additives, energy, comestics, pharmaceutical

Material science, ion lithography, photonics, medicine, energy, lens, planetary science, microelectronics, astronomy, archeology, nanotechnologies, physics, ion beam, ions

Carbon Nanotubes, Carbon Nanotube Dispersions, Functional Plastic Nanocomposites, Nanocomposite Processing

Carbon Nanotubes, Carbon Nanotube Dispersions, Functional Plastic Nanocomposites, Nanocomposite Processing

Carbon Nanotubes, Carbon Nanotube Dispersions, Functional Plastic Nanocomposites, Nanocomposite Processing

wastewater, agro-industries wastes, electroplating industries, metal, metal ions

Automotive, materials, security, impact, bumper, absorption, car, truck

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