Energetic efficiency and technological avant-garde in the Gallery of Innovation of Genera 2012

The system Fahemar, presented by Faher, Engineering and Projects, has like purpose the aprovechamiento of the present power in the waves (power undimotriz) transforming it in electrical power, using for this a module converter of power undimotriz. Essentially this module composes , at least, of buoy, bar of generation and camera of flotabilidad, anchored at the end marine. And all these elements configured so that the buoy, that forms part of the group motriz of the module and that moves in vertical sense, having like axis the bar of generation, creates a flow of mechanical power that drags, with linear movement an element magnetizado, the oscillator whose magnetic field will have a group of coils of conductive material on which will induce an electrical current, converting, of this form the power undimotriz, first in mechanical power and, this, later in electrical power.

The technology of the production of microalgas finds at present to level of laboratory and of installations of big surface but of low capacity and productivity. For the time being it does not exist an industrial process optimised for his production on a large scale. Nevertheless, See-nergy has between his main objective establish a first commercial installation to scale industrial for production of microalgas (phytoplankton) with technology developed and patented own, which can increase in more than 10 times the productivity achieved with the current technologies. This installation will be the base of the commercialisation ulterior of the system of FotoBioReactores with hybrid lighting of See-nergy in industrial installations of big capacity of production of microalgas. With this technology does profitable the massive production of biodiesel, proteins, pharmaceutical principles and oxygen amongst other by-products, and simultaneously capture enormous quantities of CO_2, avoiding like this his broadcast to the atmosfera.

Some-Echo (sound meterological environingingmental correlacion) is a pioneering project in the field of the wind power that has like aim resolve the current problems of characterisation and forecast of the external background noise. His purpose is correlacionar the background noise with the meteorological variables of a place of concrete characteristics and quantify the correlation of the background noise measured in the short term with his equivalent value on a long-term basis. Led by ICR, Engineering for the Control of the Noise, with the collaboration of Aemet, State Agency of Meteorology, reformula the current methods for the measurement of the background noise and contributes, for the first time, representative data to guarantee measurements and forecasts of the most real background noise. The data obtained pretend to optimise to the maximum the economic performance of the initial investment, adjust the installed power and the strategies of operation of an wind park.

Treats of a plant of autolavado situated in a gasolinera in the Western Costa del Sol in operation 24 hours to the day with 12 departments of launch of water to pressesure and two lanes-tunnel of automatic wash for 6 trucks simultaneously. The supply of water has to keep a constant temperature of 60 °C for a better dissolution of the detergent. The project, developed by Iberian of Geotermia (Promogeo), consists in reducing the consumptions of his boilers by means of an analytical study of the necessary energetic demand for his operation, reduce the broadcasts of C0₂ poured to the atmosphere and substitute the current boiler by a renewable power. In this case it has chosen the geotermia, where does not exist the environingingmental impact, is cleaner, economic and safe in the work to realise.

The project Natur-Sun, of Engineering of Compounds, proposes the design of new renewable compound materials and biodegradable for the design and development of a solar manifold of low temperature. This proposal defines like an ambitious alternative and supposes besides, a technological challenge and scientist: the application of natural fibres funcionalizadas in the process of manufacture of composites in replacement of synthetic technical fibres like the fibres of glass; and the use of materials of renewable origin like polymeric matrix. With this pretends achieve develop material more respectful with the environingingment, reduce his weight and cost of processed without altering his provision and applicability.

The main aim of this project is the application of a new system of transmission of power of high performance to electrical trucks. This technology, designated CVP (Continuously Variable Powertrain) has been developed and patented by the Spanish company Powertrack. The CVP is a system of mechanical transmission and infinitely continuous that allows to the vehicle displace from course backwards, stopped, initiate the course and reach ‘overdrive', keeping the engine at all times to diet of constant twist (optimum point of design), without need of embragues, internal brakes neither systems of electronic control, offering a pair constant engine for any speed of the vehicle. This new concept of ‘green transmission' offer numerous advantages in economic matter, technical and environingingmental.

The sustainable elevator Synergy, presented ThyssenKrupp Elevator Manufacturing Spain, finds in phase of commercialisation with continuous adaptations to the needs of the market and to the new technologies, all they centred in achieving the greater energetic saving in the cycle of complete life of the elevator, that do viable the project, as well as facilitate the accessibility to disabled people. It is an elevator in continuous evolution that adapts to the needs that arise so much in the national market as of export. These can be: application of rules of different countries to the initial development, personalización for customers, application of new systems to favour the energetic saving, expand his field of application to favour and increase the export or adecuación of requirements of accessibility.

Intigis (Ciemat) Is an application SIG designed to give answer to problems of electrificación rural and generation decentralised of electricity. On the base of a SIG of general purpose like Arcgis, the application develops in language NET using arcobjects. His aim is to compare different systems, renewable and conventional basing in his cost of electrificación equivalent or LEC. It evaluates in the first place if it treats of isolated installations and afterwards combine distinct geographic variables with technical and economic parameters through the algorithms of specific calculation of LEC of each technology to compare. Like this they obtain so much the numerical values like cartographic of each one of the technologies of electrical generation studied, what improves the result in each point of demand. Incidentally, the application allows to realise an analysis of space sensitivity that serves to evaluate the weight of each variable in the case of study, analyse the stability of the result and realise different stages in function of the variability of the parameters.

The fangos are the main by-product of the processes of depuración and his management can arrive to suppose until 50% of the total costs of operation. In a context of increasing costs, so much in the electrical supply as in the management of slimes of depuración, results necessary the development of able innovative systems to reduce the energetic bill and the bill by waste of the EDAR taking advantage of the energetic potential of the own slimes. The energetic rationalisation in the operation of an EDAR has to reach by means of the combination of solutions that maximicen the energetic efficiency in the processes developed in the EDAR and the development of processes with a maximum aprovechamiento energetic from the present organic matter in the slimes of depuración. The project Sludge4Power, of the Society of Agricultural Promotion Castellonense, has like main aim the optimisation of the production of power from the digestion anaerobia of the slimes generated in the EDAR. The new process that pretends develop will employ the combination of technologies like the ozonización and the digestion anaerobia in phases of temperature, as new technological solution to increase the production of biogás.