Below are news stories and blog posts related to the Energy Materials Network (EMN) from the Energy Department and the Office of Energy Efficiency and Renewable Energy.
ChemCatBio Webinar Announcement
Register now for the February 19, 2020, presentation on addressing the unique catalyst deactivation challenges for converting biomass-derived feedstocks.
ElectroCat’s 2019 Annual Merit Review Presentation
August 5, 2019 - The Electrocatalysis Consortium’s 2019 presentation from the June 2019 Department of Energy Hydrogen and Fuel Cells Program Annual Merit Review and Peer Evaluation Meeting is now available.
Energy Department Announces $31 Million Investment to Advance H2@Scale
March 19, 2019 - The U.S. Department of Energy announced approximately $31 million in funding to advance the H2@ Scale concept through R&D in the areas of hydrogen storage and infrastructure, hydrogen production and utilization, and the development of new integrated production, storage, and fueling systems.
HydroGEN Supernodes: A New Collaboration Strategy for Advanced Water Splitting Materials Research
March 4, 2019 - The U.S. Department of Energy (DOE) has established five new “supernodes” within the HydroGEN consortium through which multiple lab capability nodes and experts will work synergistically to address a specific water splitting materials problem or research need.
Hybrid Composite and Steel - the Best of Both Worlds
December 3, 2018 - Researchers from Oak Ridge National Laboratory and Idaho National Laboratory are collaborating with Detroit-based Diversitak to test a novel carbon fiber reinforced epoxy (CFRE) developed by the automotive technology company.
Notice for Round 2 – Energy Materials Network Consortium for Durable Module Materials Program: Design, Testing, and Production of Advanced Materials and Photovoltaic Modules Innovative Project Opportunity
June 7, 2018—The main goal of this solicitation for letters of interest from DuraMAT is to enable U.S. global competitiveness within the renewable energy sector by supporting research and development projects on module materials and designs that improve the performance and lifetime of photovoltaic modules and systems while decreasing the levelized cost of electricity toward the SunShot 2030 goals.
May 16, 2018—CaloriCool consortium members have filed a pair of provisional patent applications on two caloric materials, which are compounds that generate strong cooling effects when acted upon by magnetic, electric, or mechanical forces. One of the materials has a magnetocaloric effect 50% better than any material of this class known before. The second patentable discovery corrects a flaw in an already known material, which was formerly thought to be too brittle to use outside of the laboratory setting.
May 8, 2018—The U.S. Department of Energy’s (DOE) Bioenergy Technologies Office announced funding opportunities up to $28 million to develop highly efficient conversion processes for improving the affordability of fuels and products from biomass and waste streams, including improving organic and inorganic catalysts for lignocellulosic biomass conversion. Topic Area 1: ChemCatBio Industry Partnerships will provide funding for collaborative projects between industry and the Chemical Catalysis for Bioenergy (ChemCatBio) Consortium aimed at tackling fundamental challenges in catalyst development that can reduce the cost and improve the efficiency of converting biomass feedstocks into fuels, intermediates, and coproducts.
April 19, 2018—Anticipated R&D topics include ElectroCat, H2@Scale, Innovative Fuel Cell Membrane R&D Concepts, and Innovative Reversible and Liquid Fuel Cell Component R&D Concepts.
Jan. 11, 2018—Five American-based organizations are receiving $2.25 million in technical assistance from DOE national laboratories to further develop lightweight materials technologies and more efficient vehicles. The awarded projects are part of a second round of industrial assistance opportunities supported by DOE’s LightMAT.
Nov. 8, 2017—The goal is to expedite the discovery and development of efficient, durable, and low-cost AWS materials capable of meeting the long-term hydrogen production cost goal of <$2/kg hydrogen through the establishment and implementation of best practices.
Sept. 25, 2017—An inexpensive and useful layered superconductor compound, magnesium diboride, also may be an efficient solid-state material for storing hydrogen. Lawrence Livermore National Laboratory scientists discovered a hydrogenation mechanism that directly forms magnesium borohydride. This avoids issues known to inhibit the speed at which a hydrogen vehicle can be refueled.