Realization of a low carbon society through game changing technologies
It is a global issue to build a "low-carbon society," in which the emission of greenhouse gases, especially carbon dioxide (CO2), which is a cause of the global warming problem, should be suppressed. To tackle this issue, we need an innovative technology based on a completely new concept and science, in other words, the creation of "game changing technology."
For the creation of a game changing technology, completely new proposals made by researchers in different fields are also important, in addition to the challenging proposals that may result from the integration, utilization, and/or development of the forefront research methods by researchers in this field.
In order to promote it, we show "bottleneck issues" (technological bottlenecks for practical implementation of research results) based on the opinions of experts. Through this theme, we aim to contribute to the realization of a low-carbon society by creating "game changing technology" that drastically reduces CO2 while satisfying the service demand expected in 2050 and connecting research results to practical implementation.
R&D Projects
Full-scale R&D Project
Low-ac-loss and robust high-temperature-superconductor technology (Amemiya PJ) *This is promoted in the ALCA-Next.All solid state batteries with extremely high energy density and safety (Uchimoto PJ)
Innovation of microalgal cultivation and utility systems using acidic water (Miyagishima PJ)
Pb-free Perovskite Solar Cells Consisting of Sn (Wakamiya PJ) *
Biomass innovation by elucidating the principle of hybrid vigor (Sazuka PJ)
Future society opened by direct dynamic wireless power transfer to EV (Fujimoto PJ)
* Set a new PI for full-scale project.
Feasibility Study
| <Adopted in FY2017> R&D Project Title | Summary | R&D Period |
|---|---|---|
| Research and Development of Magnetic Core Materials for 100 MHz Switching Power Supplies SATO Toshiro（Professor, Faculty of Engineering, Shinshu University） |
 (PDF:253KB) |
2017.11 -2022.03 |
| New Gas-To-Liquid Catalytic Technology using Carbon Dioxide TSUBAKI Noritatsu（Prof., School of Eng., University of Toyama） |
(PDF:276KB) |
2017.11 -2021.03 |
| CO2Development of mixed matrix porous membrane endowed with high performance in CO2 selectivity and anti-aging SIVANIAH Easan（Prof., Pureosity Group. iCeMS, Kyoto University） |
(PDF:279KB) |
2017.11 -2022.03 |
| Energy-saving design of C1 chemistry by low-temperature reforming ADSCHIRI Tadafumi（Professor, NICHe, Tohoku University） |
(PDF:222KB) |
2017.11 -2022.03 |
| Efficient on-demand ammonia synthesis at low temperature in an electric field SEKINE Yasushi（Professor, Waseda University） |
(PDF:231KB) |
2017.11 -2022.03 |
| Additively Manufactured High Strength Titanium Materials by Solid Solution of Oxygen and Nitrogen Atoms KONDOH Katsuyoshi（Professor, Joining and Welding Research Institute, Osaka University） |
(PDF:220KB) |
2017.11 -2021.03 |
| Development of alloy powders by freeze-dry pulsed orifice ejection method (FD-POEM) for additive manufacturing NOMURA Naoyuki（Professor, Department of Materials Processing, Graduate School of Engineering, Tohoku University） |
(PDF:207KB) |
2017.11 -2022.03 |
| Intermediate temperature hydrogen membrane fuel cells AOKI Yoshitaka（Associate Professor, Faculty of Engineering, Hokkaido Univ.） |
(PDF:385KB) |
2017.11 -2022.03 |
| Development of Elemental Technologies for Anion Secondary Battery Aimed at Social Implementation TSUDA Tetsuya（Assoc. Prof., Graduate School of Engineering, Osaka University） |
(PDF:215KB) |
2017.11 -2022.03 |
| Pb-free perovskite solar cells consisting of Sn HAYASE Shuzi（Program-Specific Professor, Info-Powered Energy System Research Center, University of Electro-communications） |
(PDF:212KB) |
2017.11 -2022.03 |
| Ultra-Thin Silicon-Based Triple-Junction Solar Cells KONAGAI Makoto（Prof., Advanced Research Lab., Tokyo City University） |
(PDF:229KB) |
2017.11 -2021.03 |
| Membrane Transport Engineering for Medium Molecule Fermentation TSUGE Takeharu（Associate Prof., Tokyo Institute of Technology） |
(PDF:224KB) |
2017.11 -2021.03 |
| Making full use of the potential of cellulose nanofibers through multistep bottom-up structural controls SAITO Tsuguyuki（Associate Prof., The University of Tokyo） |
(PDF:205KB) |
2017.11 -2022.03 |
| Efficient and stable production of biofuel via the "Milking" strategy OMATA Tatsuo（Prof., Nagoya Univ.） |
(PDF:202KB) |
2017.11 -2021.03 |
| Construction of a microalgal culture system in weakly acidified seawater MIYAGISHIMA Shin-ya（Prof., National Institute of Genetics） |
(PDF:201KB) |
2017.11 -2022.03 |
| Biomass innovation by elucidating the principle of hybrid vigor SAZUKA Takashi（Prof., Biosci. and Biotech. Center, Nagoya Univ.） |
(PDF:197KB) |
2017.11 -2021.05 |
| Creation of nitrogen fixing plants FUJITA Yuichi（Prof., Nagoya Univ.） |
(PDF:200KB) |
2017.11 -2021.03 |
| Creation of PEP-accumulating chassis strains by cell surface engineering and metabolic engineering TANAKA Tsutomu（Associate Prof., Graduate School of Engineering, Kobe Univ.） |
(PDF:176KB) |
2017.11 -2022.03 |
| Development of photo-energetic cell factory HARA Kiyotaka Y（Associate Prof., Graduate School of Nutritional and Environmental Sciences, University of Shizuoka） |
(PDF:196KB) |
2017.11 -2022.03 |
| Construction of synthetic microbiota for chemical production from organic wastes HONDA Kohsuke（Associate Prof., Graduate School of Engineering, Osaka University） |
(PDF:190KB) |
2017.11 -2019.03 |
| Realization of a low-carbon society with novel microcapsules including phase change materials SUZUKI Hiroshi（Professor, Kobe University） |
(PDF:190KB) |
2017.11 -2022.03 |
| Future society opened by direct wireless power transfer to EV in motion FUJIMOTO Hiroshi（Professor, GSFS, The University of Tokyo） |
(PDF:205KB) |
2017.11 -2021.05 |
| <Adopted in FY2018> R&D Project Title | Summary | R&D Period |
| Superconducting Computing for Low Carbon AI INOUE Koji（Professor, Department of I&E Visionaries, Kyushu University） |
(PDF:262KB) |
2018.11 -2023.03 |
| All solid state batteries with extremely high energy density and safety UCHIMOTO Yoshiharu（Professor, Grad. Sch. Human and Environmental Studies, Kyoto Univ） |
(PDF:164KB) |
2018.11 -2023.03 |
| Control of Hierarchical Structure of Functional Composite Materials by Using Modified CNF UYAMA Hiroshi（Professor, Graduate School of Engineering, Osaka University） |
(PDF:189KB) |
2018.11 -2022.03 |
| Development of breeding method for high biomass hybrid barley by flowering mutation SATO Kazuhiro（Professor, Institute of Plant Science and Resources, Okayama University） |
(PDF:175KB) |
2018.11 -2023.03 |
| Microbial design for production of useful materials from renewable energy NAKASHIMADA Yutaka（Professor, Graduate School of Advanced Science of Matter, Hiroshima University） |
(PDF:175KB) |
2018.11 -2023.03 |
| Establishment of technology to produce biocoal from grasses through network analyses of genome-transcriptome-translatome FUJIWARA Toru（Professor, Graduate School of Agricultural and Life Sciences, The University of Tokyo） |
(PDF:188KB) |
2018.11 -2021.03 |
| Creation of High Performance Electrode Systems for Lithium Ion Secondary Batteries by Design of Binders/Additives with Specific Functions MATSUMI Noriyoshi（Professor, School of Advanced Science and Technology, Japan Advanced Institute of Science and Technology） |
(PDF:183KB) |
2018.11 -2021.03 |
| <Adopted in FY2019> R&D Project Title | Summary | R&D Period |
| Low-AC-Loss and Robust High-Temperature-Superconductor Technology AMEMIYA Naoyuki（Professor, Department of Electrical Engineering, Kyoto University） |
(PDF:718KB) |
2019.11 -2024.03 |
| Selective production of aromatic compounds from lignin SONOKI Tomonori（Associate Professor, Faculty of Agriculture and Life Science, Hirosaki University） |
(PDF:600KB) |
2019.11 -2024.03 |
| A cost-effective and highly productive process for the production of furan-based monomers aiming for value-added biopolyesters application NAKAJIMA Kiyotaka（Professor, Institute for Catalysis, Hokkaido University） |
(PDF:290KB) |
2019.11 -2024.03 |
| Development of cyanobacteria specialized in substance production by cell division control technology and application to photosynthetic aromatic production HASUNUMA Tomohisa（Professor, Engineering Biology Research Center, Kobe University） |
(PDF:680KB) |
2019.11 -2024.03 |
| Development of welding / separation integrated technologies by utilizing non-weldable materials
FUJII Hidetoshi（Professor, Joining and Welding Research Institute, Osaka University） |
(PDF:559KB) |
2019.11 -2024.03 |
| Production of plastics from natural rubber and rubber wastes *1 KASAI Daisuke（Associate Professor, Nagaoka University of Technology） |
(PDF:1.0MB) |
2019.11 -2024.03 |
| Biodegradation control in plastics by control of microbiome structure formed on the surface *1 KASUYA Ken-ichi（Professor, Faculty of Science and Technology, Gunma University） |
(PDF:539KB) |
2019.11 -2022.03 |
| Cleanly separation, application, and return of plant for its recycling usage *1 SHIKINAKA Kazuhiro（Chief Senior Researcher, Research Institute for Chemical Process Technology, National Institute of Advanced Industrial Science and Technology） |
(PDF:495KB) |
2019.11 -2024.03 |
| Replacement from Benzene ring to Bifuran Structure in Materials *1 TACHIBANA Yuya（Associate Professor, Faculty of Science and Technology, Gunma University） |
(PDF:608KB) |
2019.11 -2024.03 |
| Development of Plastics with Controlled Biodegradability Responding to Different Environments *1 HIRAISHI Tomohiro（Senior Research Scientist, Bioplastic Research Team, RIKEN Center for Sustainable Resource Science） |
(PDF:204KB) |
2019.11 -2024.03 |
| Biosynthesis of sequence-regulated bacterial polyesters with elastic properties *1 MATSUMOTO Ken'ichiro（Professor, Faculty of Engineering, Hokkaido University） |
(PDF:501KB) |
2019.11 -2024.03 |
| <Adopted in FY2020> R&D Project Title | Summary | R&D Period |
| Magnet Reversal Permanent Magnet Motor (MRM) Driven by High Current Pulse Injection. AKATSU Kan (Professor, Faculty of Engineering, Yokohama National University) |
 (PDF:226KB) |
2020.11 -2024.03 |
| Development of novel organic semiconductors and challenge for 20% efficiency in organic solar cells OSAKA Itaru (Professor, Graduate School of Advanced Science and Engineering Hiroshima University) |
(PDF:190KB) |
2020.11- |
| Synthesis of high-value materials from biomass by controlling thermochemical reactions KAWAMOTO Haruo (Professor, Graduate School of Energy Science, Kyoto University) |
(PDF:172KB) |
2020.11- |
| Reconstruction of symbiotic nitrogen fixation SATO Shusei (Professor, Graduate School of Life Sciences, Tohoku University) |
(PDF:344KB) |
2020.11- |
| Biomass production with low fertilizer input through enhancement of nitrogen fixation by iron-reducing bacteria SENOO Keishi (Professor, Graduate School of Agricultural and Life Sciences,The University of Tokyo) |
(PDF:474KB) |
2020.11- |
| Development and Demonstration of Biomass Gasification with Chemical Heat Recuperation HAYASHI Jun-ichiro (Professor, Institute for Materials Chemistry and Engineering, Kyushu University) |
(PDF:211KB) |
2020.11- |
* For feasibility studies adopted by FY2020, the affiliation and job title of PIs are as of the end of the studies.
| <Adopted in FY2021> R&D Project Title | Summary | R&D Period |
|---|---|---|
| Innovation of biomass production by regulation of environment memory in seeds ISHIBASHI Yushi  |
(PDF:270KB) |
2021.10- |
| Chemical heat pump for P2H2P KATO Yukitaka |
(PDF:363KB) |
2021.10- |
| Development of Wood-mimetic Microparticles by Nanocellulose-mediated Interfacial Catalysis *1 KITAOKA Takuya |
(PDF:538KB) |
2021.10- |
| Controlled Biodegradation of Biodegradable Polymers by Multiple-Stimuli *1 KIKKAWA Yoshihiro |
(PDF:565KB) |
2021.10 -2024.03 |
| Development of electro-fermentation processes for producing long-chain polyhydric alcohols KOUZUMA Atsushi |
(PDF:209KB) |
2021.10- |
| Development of highly efficient perovskite solar cells with low environmental impact SHIRAI Yasuhiro |
(PDF:578KB) |
2021.10 -2024.03 |
| Materials Technology for Thermal Power Generation toward Carbon Neutrality TAKEYAMA MASAO |
(PDF:349KB) |
2021.10- |
| Development of environmentally circulating polymer materials with high mechanical strength using bacterial nanocellulose *1 TAJIMA Kenji |
(PDF:348KB) |
2021.10 -2024.03 |
| Development of recyclable natural rubber materials using on-demand degradable cross-linker *1 TSUCHIYA Kousuke |
(PDF:390KB) |
2021.10- |
| Creation of next-generation lignocellulosic materials based on the molecular-structure study *1 NISHIMURA Hiroshi |
(PDF:230KB) |
2021.10- |
| Development of passive and rapid control of reaction heat using latent heat storage technology NOMURA Takahiro |
(PDF:390KB) |
2021.10 -2022.03 |
| Functionalization of Degradable Polymers by Reconstruction of Natural Molecules *1 FUKUSHIMA Kazuki |
(PDF:597KB) |
2021.10- |
| Development of novel catalysts with unique electronic structure for the synthesis of green ammonia, urea and its derivatives HOSONO Hideo |
(PDF:497KB) |
2021.10- |
| Data driven automated experiments accelerates the discovery of advanced materials for seawater electrolysis MATSUDA Shoichi |
(PDF:374KB) |
2021.10 -2024.03*2 |
| Structure-Ordered Interfaces for Effective Water Electrolysis MURAKOSHI Kei |
(PDF:470KB) |
2021.10 -2024.03*2 |
| <Adopted in FY2022> R&D Project Title | Summary | R&D Period |
| Development of novel CO2 adsorptive separation technology with controlled pressure responses INUMARU Kei |
(PDF:162KB) |
2022.10 -2024.03 |
| Development of 2D material CMOS & device integration technology NAGASHIO Kosuke |
(PDF:342KB) |
2022.10- |
| High-rate bioproduction of valuable organic compounds using synthetic sugars NAKANISHI Shuji |
(PDF:187KB) |
2022.10 -2024.03 |
| Silicon Lateral Power MOSFETs for Complementary Inverter HIRAMOTO Toshiro |
(PDF:415KB) |
2022.10- |
| Development of novel proton conductors for intermediate-temperature fuel cells MATSUI Toshiaki |
(PDF:245KB) |
2022.10 -2024.03*2 |
| Development of a novel low-carbon bioproduction process of useful compounds from recyclable one-carbon feedstock YURIMOTO Hiroya |
(PDF:405KB) |
2022.10- |
*1 Management method by harmonized various technological seeds
*2 These R&D projects were terminated earlier than originally planned to participate in team-based research projects in the GteX Hydrogen Area.
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From FY2021, affiliation and job title should automatically appear from the information that a researcher registered with researchmap.
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