Percorrer por autor "Titus, Elby"
A mostrar 1 - 3 de 3
Resultados por página
Opções de ordenação
- Smart Materials for Hydrogen EnergyPublication . Titus, Elby; Gil, João Campos; Chaudhari, Ajay; Rangel, C. M.ABSTRACT: Hydrogen has come out as a dominant part of clean energy component. Despite being the most abundant element in universe, passing the milestones of renewable hydrogen economy, from production to application is challenging. Great effort is required to extract the embedded hydrogen gas from other compounds, store and transport the same. Hydrogen found in organic compounds (hydrocarbons) can be separated by thermal processing known as reforming and it is the most commonly used method today. Electrolysis is a promising technology that uses electric current to split water into oxygen and hydrogen. Renewable energy sources like sun and wind can be used as clean energy source to produce hydrogen by water splitting. In future hydrogen could also be used as electricity, being an important energy carrier. AEM2018, the 3rd International conference on advanced energy materials held at the University of Surrey, England, gathered eminent researchers, from over 50 countries to discuss the latest technologies that can be employed in advanced renewable energy projects. The special issue of AEM2018 is a collection of selected papers on topic hydrogen energy, presented at AEM2018. The highlights were hydrogen production, storage, transportation, photovoltaics, fuel cells and electrochemical systems.
- State of the art energy materialsPublication . Titus, Elby; Gil, João Campos; Rangel, C. M.ABSTRACT: The special issue of AEM2017 is a collection of papers from the second series of AEM (Advanced Energy Materials) conference, which was held at the University of Surrey, England, from 11-13 September 2017. State of the art results were discussed by eminent researchers on a wide range of subjects including battery, fuel cells, catalysis, carbon materials, photovoltaics, biofuels, polymer-based hydrogen storage, hydrogen production by various methods, crystalline porous materials for hydrogen storage. We thank all the reviewers for their detailed reviews which immensely helped the authors to improve the quality of their papers. Advanced Energy Materials, AEM (www.advanced-energymaterialsconference.com) is an annual conference and we invite all our colleagues working in the field of energy materials to attend the next AEM.
- State of the art nano materialsPublication . Titus, Elby; Gil, João Campos; Rangel, C. M.ABSTRACT: The special issue of ANM2017 is a collection of papers from the 9th series ANM (Advanced Nano Materials) conference, which was held at the University of Aveiro, Portugal, from 19-21 July 2017. State of the art results were discussed by eminent researchers on a wide range of subjects including nanomaterials, graphene materials, polymer nanocomposites, magnetic materials, spintronics materials, hydrogen energy, nanoelectronics and solar energy materials. We thank all the reviewers for their detailed reviews which immensely helped the authors to improve the quality of their papers. Advanced Nano Materials, ANM (https://www.advancednanomaterials-conference.com/) is an annual conference at the University of Aveiro, Portugal and we invite all our colleagues working in the field of energy materials to attend the next ANM.