| 成果報告書詳細 |
|---|
| 管理番号 | 20170000000288 |
| タイトル | *平成28年度中間年報 エネルギー・環境新技術先導プログラム 金属水素間新規熱反応の現象解析と制御技術 |
| 公開日 | 2017/6/7 |
| 報告書年度 | 2016 - 2016 |
| 委託先名 | 株式会社テクノバ 日産自動車株式会社 国立大学法人九州大学 国立大学法人東北大学 |
| プロジェクト番号 | P14004 |
| 部署名 | イノベーション推進部 |
| 和文要約 | |
| 英文要約 | Interim Report for the H28 fiscal year of H-27-29 program
R&D Subjective: Leading Program for Energy and Environment Sub-theme: Analysis and control of new thermal energy by metal-hydrogen interaction Reporters: The 6 parties of teams from Technova Inc., Nissan Motors Co, Kyushu University, Tohoku University, Nagoya University and Kobe University Brief summary of R&D results: To re-confirm and obtain basic data on the previously claimed anomalously high-energy-density heat release effect (AHE) by the interaction of hydrogen gas and Ni-based nano-metal composite samples, the following program was implemented by the 6 parties for the H28 period. The target to obtain thermal energy density more than 2 MJ/mol-H has been cleared with much enhanced energy density, by collaboration studies for CNS (Cu-Ni/ silica), CNZ(Cu-Ni/zirconia) and PNZ (Pd-Ni/zirconia) series samples at 200-300 degree C operation temperatures. 1) New experimental calorimetry system (new MHE facility) for metal hydrogen-gas interaction was installed in June H28 in Tohoku University, and the initial running tests in July and implemented the first experiment with PNZ-type sample to observe and confirm the previously claimed Technova-Kobe results of AHE, with less than 1.5% error in calorimetry. The new experimental system was totally established in August 2016 (H28). Collaboration study by the 6 parties was implemented with 10 test experiments in the H28 period, using the MHE facilities at Kobe University and Tohoku University, for metal nano-composite samples which were fabricated by the melt-spinning/oxidation technique to have provided PNZ-type and CNZ-type samples. PS-type (Pd /silica) and CNS-type samples provided by the wet technique at Kyushu University, Nagoya University and Kobe University were also tested. AHE phenomena were observed in most experiments except for using PS-type samples. Observed AHE data showed ca. 5-60 MJ/mol-H(or D for PNZ-type) level high thermal energy density for several days sustaining power (ca.4-8 W level) . 2）Material analyses by XRD, SEM and STEM/EDS for every sample before and after the hydrogen-charge run have been done by the 6 parties. Interesting nano-structure data have been obtained in the view of controlling the sustainable AHE phenomena of nano-composite metal and hydrogen gas interaction. |
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