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
