An international team of researchers has synthesized a new material that stores an unusually large amount of hydrogen. Performing high-pressure X-ray studies at DESY's PETRA III and other light sources, the scientists detected the formation of previously unobserved iridium hydride at a pressure of 55 gigapascals, corresponding to approximately 550,000 times the Earth's atmospheric pressure. The new material can store up to three times more hydrogen than most other metal hydrides.
Scientists initiated the RELHY project to overcome the challenges of integrating currently in-use solid oxide electrolyte cells (SOECs) into industrially-relevant efficient, cost-effective and durable stacks. The research and development team focused on optimisation of cell materials and innovative SOE stack designs.
The development of combustion engines is under increasingly stringent constraints with regard to fuel efficiency and emissions. Advanced modelling tools will help meet performance objectives starting from the early phases of design.
The 'Resource and cost-effective integration of renewables in existing high-rise buildings' (COST-EFFECTIVE) project developed five new facade components and systems. Each system was customised according to the building under consideration, taking into consideration size, wind load and safety barrier function.
Researchers at Sandia National Laboratories will use their expertise in protein expression, enzyme engineering and high-throughput assays as part of a multiproject, $34 million effort by the Advanced Research Projects Agency-Energy (ARPA-E) aimed at developing advanced biocatalyst technologies that can convert natural gas to liquid fuel for transportation.
Researchers show for the first time that one of the most abundant methane-producing microorganisms on Earth makes direct electrical connections with another species to produce the gas in a completely unexpected way.
Securing affordable energy supplies, changing the energy mix towards a more sustainable and renewable portfolio, as well as providing energy to those who currently have no access ranks high on the global agenda. In order to discuss these issues as part of Swiss Re's 150-year anniversary event series 'connecting generations', Swiss Re organised a small conference entitled 'Meeting the energy challenge'.
The EU-funded IURBAN project, which kicked off in October 2013, aims to develop an intelligent tool that gives consumers greater control of their energy use and energy suppliers greater flexibility in providing the energy needed.
Engineering researchers have developed new technology and techniques for transmitting power wirelessly from a stationary source to a mobile receiver - moving engineers closer to their goal of creating highway stations that can recharge electric vehicles wirelessly as the vehicles drive by.
A new research project will contribute to the everyday practicality of lithium-ion batteries, thus improving consumer acceptance of electric vehicles. In the course of the project, the researchers will consider the entire development process, from materials to suitable operating strategies.
Researchers studying more effective ways to convert woody plant matter into biofuels have identified fundamental forces that change plant structures during pretreatment processes used in the production of bioenergy.
Nature designed lignin, the tough woody polymer in the walls of plant cells, to bind and protect the cellulose sugars that plants use for energy. For this reason, lignin is a major challenge for those who would extract those same plant sugars and use them to make advanced biofuels. As part of their search for economic ways to overcome the lignin challenge, researchers have characterized the enzymatic activity of a rain forest microbe that breaks down lignin essentially by breathing it.