1. 生物能源科技动态监测快报

guokm

决策参考 IRENA： 2017 年全球生物能源容量增长··················································1 生物燃料乙醇前景广阔，生物质高值化利用需要重视 ································2 储能将改变未来能源格局·····································································4 印度计划 2022 年实现可再生能源容量 175GW：日本软银拟巨资介 ··············6 BP：技术决定能源未来 促进全球低碳转型 ·············································7 科技前沿 浙大“微生物转化生物质油气燃料的能质传递强化机理”研究成果突出 ········9 绿藻太阳能转化成生物氢获突破，达成高效制氢 8 小时····························9 德国：模仿蝶翼提升太阳能电池吸光率·················································10 中国科学院水生所微藻生物能源中试并显著降低生产成本 ······························11 青岛能源所建立拉曼介导靶向元基因组技术研究海洋固碳机制 ··················12 产业动态 2017 年美国玉米基燃料乙醇出口创新高，中国进口锐减···························14 哈尔滨将建 200 处 2 兆瓦秸秆沼气项目——农村可再生分布式能源的新进展 16 上海：让更多车“喝上”地沟油··························································16 雄安新区电网规划：全球首个全时段 100%清洁电能城市电网 ···················17 秸秆变天然气， 农民年增收千万··························································17 中国科学院青岛生物能源所高浓度发酵等多项技术获赞 ·································18

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发布时间: 2018-12-29

2. 生物能源科技动态监测快报

guokm

决策参考 生物能源对欧洲乃至世界的能源需求至关重要 ·········································1 欧盟发布新版生物经济发展战略：释放中东欧生物质能和废物利用潜力 ········3 国家能源局加强储能技术标准化工作的 4 项重点任务 ································3 俄罗斯发布 2018-2020 生物技术发展路线图 ·············································5 国家政策大力支持，生物质能发电行业前景光明 ······································5 科技前沿 青岛能源所研究人员揭示微生物中一类转座元件的独特移码机制 ·················7 利用微生物将木质素转化为生物表面活性剂 ············································8 青岛能源所提出“微生物组影响指数” ···················································9 中国在生物质催化转化研究方面取得进展 ·············································11 青岛能源所利用协同调控机制对木质素成分实现分子设计 ························12 2018 合成生物技术（青岛）国际技术转移大会在研究所召开 ····················14 产业动态 探索实施“生物质扶贫” ···································································20 生物质取暖深推广阳信打造乡村振兴“齐鲁样板” ·································23 国内首部生物质电价政策研究报告解读·················································26 国内首部生物质电价政策研究报告正式发布 ··········································28 Science：酵母生物混合系统实现光驱精细化学品生产 ······························28 富锦市 30 万吨燃料乙醇项目开建 ························································32

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发布时间: 2018-12-29

3. 生物能源科技动态监测快报2017年第3期

wukan

决策参考 储能热点：锂能 21700 电池有望成为市场主流 ·························1 太阳能电池材料新突破，有望影响全球能源产业 ······················1 光伏技术新突破，单晶市场已来临 ································ ········2 科技前沿 Science：甲烷高选择性直接制甲醇 ································ ········2 Nature：低成本电催化剂，高效高选择性催化 CO2 还原为 CO ·····4 Nature：双功能催化剂，直接变 CO2 为液体燃料 ······················5 人工蒸腾：新型高效太阳能水处理结构 ································ ··6 中国科学院青岛能源所等联合开发抗菌药效评价新技术 ···················7 华中科技大学《 PNAS》：首个不需引物的 DNA 聚合酶 ············· 10 废油变航油：温和条件下水相催化油脂转化制备长链烷烃 ········· 10 产业发展 中国科学院青岛生物能源所固态锂电池完成万米海试 ····················· 14 中国科学院青岛生物能源所富功能生态鸡蛋走上岛城市民餐桌 ········· 16

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发布时间: 2018-01-05

4. 生物能源科技动态监测快报

guokm

决策参考 深度：中国生物质发电的前景与问题······················································1 乙醇汽油：原料成了问题·····································································9 领域知名院士：生物燃料乙醇的能源战略与产业前景 ······························12 秸秆产业新动能，绿色发展主旋律·······················································18 美国能源政策转变之内部因素浅析·······················································20 科技前沿 态势评估： DARPA 生物技术研究剑指何方？ ·········································24 蓝碳：应对气候变化的海洋方案··························································28 青岛能源所发明出新型浆态床混合与分离过程强化反应器 ························30 合成生物学：一种两用技术的机遇和挑战 ·············································32 产业动态 国内外燃料乙醇产业现状+深度解析·····················································37 IRENA：离网可再生能源促进人人享有可持续能源目标实现 ·····················43 新型纤维素生物质厌氧发酵可提高沼气产量 ··········································48 新材料产业如何支撑国家崛起？ ··························································49 智能化令可再生能源正趋于免费··························································60 合成生物学： 21 世纪最重要的生物技术平台··········································61

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发布时间: 2018-12-29

5. 生物能源科技动态监测快报

guokm

决策参考 国家能源局发布生物天然气产业发展指导意见 ·······································1 Nature 期刊评出 2019 年最值得期待的 7 项生物技术 ······························3 中国生物质能源产业的发展优势与挑战·················································3 2018 年世界前沿科技发展态势及 2019 年趋势展望——能源篇 ·················4 2018 年世界前沿科技发展态势及 2019 年趋势展望——生物篇 ·················7 科技前沿 我国科学家研究揭示植物叶片衰老表观遗传学调控新机制 ························10 美国科学家发现内含子对酵母生长的调节机制 ·······································11 科学家在硅藻特有捕光天线蛋白复合体结构研究中取得突破 ·····················11 揭秘蓝细菌如何构建超高效光合作用机器 ·············································13 新生物传感器识别生物燃料高效生产微生物 ··········································14 酵母生产乙醇，防止代谢超负荷··························································15 产业动态 ExxonMobil、 REG 与 Clariant 合作推进纤维素生物燃料研究 ··················17 青岛能源所利用黄丝藻制备生物柴油前景广阔 ·······································17 青岛能源所提出全新木质纤维素整合生物糖化工艺 ·································19 全球生物质能源区域市场现状及发展趋势分析 ·······································20 一根小秸秆“链”起一个大产业······························································22 用粪便生产砖头减少碳排放还能隔热？ ················································23

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发布时间: 2019-02-28

6. 生物能源科技动态监测快报

guokm

决策参考 美国能源部宣布 7800 万美元生物能源研究新项目·····································1 美国农业部加入地球生物基因组计划······················································2 释放生物质能产业“大能量”，推动综合能源服务新发展····························2 清洁能源应用时代加速到来··································································5 北欧国家发布清洁能源宣言··································································8 科技前沿 瑞典成功研发一种新型木质素燃料电池···················································9 美生物能源研究聚焦微生物与成像工具·················································10 Nature：碳捕获封存是缓解气候变化有效工具 ········································10 青岛能源所制备出高湿强、高韧性兼具紫外屏蔽功能的纤维素纳米纸 ·········11 产业动态 上海：地沟油制生物柴油比 0 号柴油便宜！ ··········································14 青岛能源所开发出新型三维太阳光驱动海水淡化膜材料 ···························15 青岛能源所与上海植生所等团队合作阐明了利福霉素生物合成新机制 ·········18 储能是能源革命的重要技术支撑··························································19

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发布时间: 2018-12-29

7. 生物能源科技动态监测快报

guokm

决策参考 国家：关于开展秸秆气化清洁能源利用工程建设的指导意见 ·······················1 国家能源局： 2018 年推进七大重点工作解决新能源“三弃” ······················4 国家发改委制定价格政策促进光伏发电产业健康可持续发展 ·······················6 国际能源署报告预测可再生能源的发展趋势 ············································6 美以联合资助 480 万美元开展清洁能源技术研发 ······································9 科技前沿 韩国研发出新型石墨烯球电池·····························································10 俄罗斯科学家发现提高锂离子电池容量和快速充放电方法 ························10 我国科学家研制成功新型铝································································11 美 IEEE 发布新版电动汽车快速充电标准 ··············································11 中国科学院青岛生物能源所在光驱固碳蓝细菌合成蔗糖研究方面取得新进展 ······12 中国科学院青岛生物能源所发明基于拉曼组的生物储碳含能分子单细胞定量技术 14 产业动态 推进沼气利用是世界清洁能源发展大趋势 ·············································16 深水深层油气开发是人类未来能源的发展方向 ·······································17 发改委制定价格政策促进光伏发电产业健康可持续发展 ···························17 全球首套年产 50 万吨合成气乙醇装置技术许可合同在西安签····················18 我国光伏年发电量首超 1000 亿千瓦时 ··················································19 青岛储能院在低成本高比能镁/硫电池领域取得阶段性进展 ·······················20

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发布时间: 2018-12-29

8. 生物能源科技动态监测快报

guokm

决策参考 《中国可再生能源展望 2018》报告 ·······················································1 全球能源未来发展的五个趋势·······························································6 美国“藻类燃料”泡沫破灭································································11 访谈 ETBE：“乙醇汽油”辟新径·························································12 改革开放四十年能源发展报告：能源消费更绿了 ····································15 科技前沿 我国科学家发现新的木质素降解菌 -“深古菌” Bathy-8 ···························17 俄国合成新型生物质燃料···································································17 中国科学家研究发现调控甜高粱茎秆持汁特性基因 ·································18 我国利用木质纤维素一体化生物加工过程合成生物丁醇 ···························20 研究发现太阳能驱动生物质全利用新方法 ·············································20 青岛能源所开发出高纯度茶皂素关键制备技术 ·······································21 产业动态 我国能源发展进入新旧动能转换期·······················································23 “煤改霄”开辟清洁能源新路径··························································24 中国华电关停小火电 159 万千瓦 重点发展生物质能发电等清洁能源···········25 青岛能源所开发的雨生红球藻及其虾青素生产技术进入产业化实施 ············26 青岛能源所生物天然气、木质纤维素的高值化利用等项目落户青岛 ············27 访谈 ETBE：“乙醇汽油”辟新径·························································28

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发布时间: 2018-12-29

9. 生物能源科技动态监测快报

guokm

决策参考 生物天然气被列入国家能源发展战略························································1 专家视点：推进燃煤生物质耦合发电产业发展 ···········································2 生物质能清洁利用国际研讨会摘要···························································4 国家能源局将生物天然气纳入能源发展战略及天然气产供储销体系 ················5 IEA：生物质能是可再生能源中被忽视的巨人 ············································8 科技前沿 通过代谢工程将酿酒酵母用于生产长链脂肪酸衍生化学品 ···························10 戴俊彪研究员的合成生物学成就及见解····················································10 青岛能源所开发出“油脂结构定制化”的微藻细胞工厂 ··································12 日本 NEDO 资助 23 亿日元推进生物质能技术开发 ····································13 生物质热化学转化利用优秀团队推介·······················································14 通过调控转录因子 GntR1 和 RamA 提高谷氨酸棒杆菌的生长和中心碳代谢 ····18 产业动态 青岛能源所揭示丝状产油微藻异养条件下产油机制及其促进策略 ··················20 打通“地沟油”转化生物柴油技术通路························································21 我国科学家在可再生资源高值化利用技术上取得突破 ·································24 山东：融通基础研究到产业化全链条·······················································24 推进 CCUS 的部署-实现煤炭近零排放的路径 ···········································27 秸秆在门口堆放腐烂 生物质发电厂弃用原因很无奈····································32

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发布时间: 2019-02-28

10. 生物能源科技动态监测快报

guokm

决策参考 关于开展秸秆气化清洁能源利用工程建设的指导意见 ································1 国家能源局： 2018 年推进七大重点工作解决新能源“三弃” ······················4 国家发改委制定价格政策促进光伏发电产业健康可持续发展 ·······················6 国际能源署报告预测可再生能源的发展趋势 ············································6 美以联合资助 480 万美元开展清洁能源技术研发 ······································9 科技前沿 韩国研发出新型石墨烯球电池·····························································10 俄罗斯科学家发现提高锂离子电池容量和快速充放电方法 ························10 我国科学家研制成功新型铝································································11 美 IEEE 发布新版电动汽车快速充电标准 ··············································11 中国科学院青岛生物能源所在光驱固碳蓝细菌合成蔗糖研究方面取得新进展 ······12 中国科学院青岛生物能源所发明基于拉曼组的生物储碳含能分子单细胞定量技术 14 产业动态 推进沼气利用是世界清洁能源发展大趋势 ·············································16 深水深层油气开发是人类未来能源的发展方向 ·······································17 发改委制定价格政策促进光伏发电产业健康可持续发展 ···························17 全球首套年产 50 万吨合成气乙醇装置技术许可合同在西安签····················18 我国光伏年发电量首超 1000 亿千瓦时 ··················································19 青岛储能院在低成本高比能镁/硫电池领域取得阶段性进展 ·······················20

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发布时间: 2018-12-29

11. 生物能源科技动态监测快报

guokm

决策参考 人民日报：新能源 为高质量发展添动力·················································1 国家发改委：可再生能源消纳矛盾突出，电力需求侧管理应对 ····················3 国家能源局：加快推进深度贫困地区能源建设重视清洁能源 ·······················3 国家能源局：清洁化——我国能源发展的方向 ·········································4 生物燃料乙醇的未来——生物能源的科技动力 ·········································5 科技前沿 美国加州大学：·················································································6 蓝细菌中利用全局代谢重排提高 CO2 固定和化合物产量 ····························6 Nature：可见光催化 CO2 制甲烷 ···························································7 碳负离子液体捕集 CO 取得重要进展······················································8 复杂空心结构的可控合成及其在能源储存和转化中的应用 ··························9 产业动态 ASTM 将发布测试碳氢化合物杂质的新标准 ··········································10 重磅利好：国家电网公司改制助推清洁能源电力市场化 ···························11 国内首个浮萍生物技术处理畜禽污水并实现高值化利用项目 ·····················11 工业和信息化部：符合《锂离子电池行业规范条件》企业名单 ··················13 国家“扩大生物燃料乙醇生产方案”将促纤维素乙醇技术突破 ··················14

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发布时间: 2018-12-19

12. 生物能源科技动态监测快报

guokm

决策参考 美国能源信息署（EIA）更新 2018 年 2 月份生物能源预测报告····················1 国际能源署：生物能源技术的可持续发展路线图 ······································2 2018 年中国生物质能源行业现状分析 分布式热电联产受重视 ·····················4 科技前沿 美国科学家拟通过开发新的生物质产品来全面替代石油 ·····························8 科学家仿效蝴蝶翅膀结构开发高效太阳能电池 ·········································9 工业生物技术基础研究助推我国生物产业快速发展 ···································9 蓝细菌光合细胞工厂开发的新视角---工业过程导向的代谢工程（iPOME） ···10 青岛能源所实现纤维小体原位关键酶的纯化及解析 ·································13 青岛能源所研究人员实现 100%光学纯 D-乳酸的生物合成·························15 产业动态 研究显示：美国生物质原料年产可达十亿吨 ··········································16 日本养鸡场用鸡粪发电获得成功··························································19 全额消纳：河北清洁能源发电近 54 亿千瓦时 ·········································20 上海市生物柴油试点销售扩大到２００个加油站 ····································24 青岛储能院在高安全性阻燃隔膜和阻燃电解质领域取得系列进展 ···············25

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发布时间: 2018-12-29

13. 2017年第1期

guokm

生物能源科技动态监测快报2017年第1期

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发布时间: 2017-06-20

14. 生物能源科技动态监测快报2017年第2期

wukan

决策参考 科技部印发《“十三五”生物技术创新专项规划》 ·····················1 押注下一个前沿：合成生物领域创新与投资趋势 ······················2 欧盟软物质纳米技术研究动向 ································ ··············6 科技前沿 Science: DNA 存储技术可最大化 ································ ···········6 Science：细菌耐药机制的新见解 ································ ···········8 新材料比三维石墨烯的导电率还大两个数量级 ·························9 Mxene 膜在水处理中取得进展 ································ ············· 10 中国科学院植物所:真菌“吃”掉塑料垃圾难题······························ 11 Robert Bergman 摘得 2017 年度沃尔夫化学奖 ·························· 12 产业动态 青能所固态锂电池进军马里亚纳海沟 ································ ···· 13 青能所秸秆生物利用技术取得多项进展 ································ · 13 中科能源与材料创新中心落成 ································ ············· 14

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发布时间: 2018-01-05

15. 生物能源科技动态监测快报

guokm

决策参考 丹麦发布“2018 加速清洁能源革命”国际能源系列报告·····························1 DOE 橡树岭国家实验室：植物基因新功能有望提高生物燃料产量 ················2 甲醇可能是未来能源载体·····································································2 BBI JU 发布 17 个生物基研发新项目 ·····················································3 国际能源署：光伏将成中国最经济发电方式 ············································4 科技前沿 青岛能源所在植物 miRNA 合成调控领域取得重要进展 ····························11 青岛开发出新型生物质基碳材料负载催化剂制备方法 ······························12 德国科学家正在开发一种储能太阳能电池 ·············································14 青岛能源所在木质素合成调控机制方面取得新进展 ·································14 青岛能源所开发出新型生物质基碳材料负载催化剂制备方法 ·····················16 青岛能源所成功解析产 D(-)酒石酸的环氧化物水解酶催化机制 ··················19 产业动态 “秸秆制油”关键技术被突破 千亿绿色能源产业呼之欲出·······················22 青岛自主研发出发酵产物新型高效绿色转化工艺 ····································27 我国学者在国际上首次阐明了利福霉素生物合成新机制 ···························28 国际可再生能源署：全球可再生能源新增装机 168GW，中国近半 ··············30 新成果变废为宝 挖掘玉米秸秆的潜在价值 ············································34 报告： 2030 年储能电池成本降低 67%，可再生能源促 2026 年中国煤电达峰·35

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发布时间: 2018-12-29

16. 生物能源科技动态监测快报

guokm

决策参考 生物质能源产业的比较优势··································································1 生物柴油发展须机制创新“给力” ·························································4 国务院常务会议确定生物燃料乙醇产业总体布局（附典型案例） ·················7 国际能源署（IEA）评估清洁能源技术部署进展 ·····································10 农业农村部对秸秆综合利用非常重视····················································13 科技前沿 红藻中发现可增加生物燃料产量的酶····················································16 耐受型酵母、大数据算法对生物燃料作物的基因干预降低生物质的顽固性 ···16 高分子材料内部结构影响太阳能电池效率 ·············································18 萜烯化合物生物合成效率提升突破难题·················································19 青岛能源所基于“基因互补”和差异转录组学策略 发现新的蓝细菌胁迫耐受关键因子·······················································21 青岛能源所开发出新型二维柔性电极材料 ·············································23 产业动态 新能源消纳正逐步打破“省间壁垒” ····················································25 乙醇汽油再获加码，“烷基化油”（异辛烷）发展前景看好 ························27 我国城市生活垃圾焚烧发电形势分析及展望 ··········································30 “地沟油”变柴油要过三道坎·····························································36 五分钟看懂日本储能市场···································································37 青岛能源所开发出电还原 CO2 反应新型催化剂 ······································40

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发布时间: 2018-12-29

17. 生物能源科技动态监测快报

guokm

决策参考 IEA： 2017 年能源需求增长强劲 碳排放强势反弹 ·····································1 生物质发电路在何方？ ········································································4 清洁供热，生物质能发展新契机····························································8 我国生物燃料乙醇拥有巨大发展空间····················································12 人民日报：清洁能源，美丽中国新动能·················································13 科技前沿 青岛能源所研究人员实现木糖的高水平综合利用 ····································15 青岛能源所在噻唑异靛蓝的合成和聚合方面取得突破 ······························17 青岛能源所提出结晶纤维素降解新模式·················································18 青岛能源所开发理性设计 P450 过加氧酶的新策略···································20 储能连接未来能源互联网···································································21 产业动态 黑龙江多路径探索秸秆综合利用··························································26 优化秸秆综合利用 推进生物质资源发展 ···············································28 生物燃料乙醇生产将获推广 2020 年需求将达 1300 万吨 ···························28 上海两家加油站开售生物柴油——餐厨废弃油脂利用“最后一公里”打通！ 29 南非利用藻类提高污水处理质量··························································31 2018 可再生能源装机容量统计简报······················································32

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发布时间: 2018-12-29

18. 生物能源科技动态监测快报

guokm

决策参考 2018 年度中国生命科学十大进展公布····················································1 福布斯： 2019 可再生能源六大趋势······················································9 2019 中国能源行业十大发展趋势展望···················································12 全国 46 个重点城市垃圾分类取得积极进展 ············································17 作物基因组编辑的国际态势································································18 科技前沿 科学家研究发现植物细胞核和质体基因差异表达触发植物免疫反应新机制 ···32 酵母生产乙醇，防止代谢超负荷··························································33 Science 述评: 人工改造光呼吸代谢途径助力 C3 作物生长························34 Science：揭秘光合作用蛋白的结构和功能 ···········································37 谷歌算法解读酶活性·········································································37 机器学习助力构建酶动力学模型··························································38 产业动态 储能在西北区域应用与发展分析及思路举措 ·········································39 黄丝藻“富得流油” ···········································································43 利用藻类和真菌创造新的生物燃料系统················································44 秸秆发电排放受限，生物质燃气产业化道路宽广 ···································45 中国科学院青岛能源所开发出“油脂结构定制化”的微藻细胞工厂······················47

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发布时间: 2019-02-28