现在利用纤维素成产乙醇成本还很高，但很多人相信随着技术进步它会替代玉米发酵。
The technology for producing this "cellulosic" ethanol is still quite expensive, but many believe that it will displace corn ethanol as the technology advances.
应用微生物发酵技术将甘蔗、玉米、木薯和纤维类废弃物等转化为燃料乙醇，已成为解决世界能源危机的一条理想途径。
The conversion of sugarcane, corn, cassava and fiber waste to fuel ethanol by microbial fermentation techniques has become an ideal approach to settle the worldwide energy crisis.
本文从木质纤维素生产燃料乙醇的利用原理及技术等方面进行了全面阐述。
The theory and technology of lignocellulosic materials for bioethanol production were expounded in this paper.
纤维素乙醇因被当作最佳液体替代燃料并具有生态效益而成为生物技术的研究热点。
Cellulose ethanol is been the best alternative liquid fuel and industrial biotechnology research focuses on ecological benefits.
纤维素乙醇因被当作最佳液体替代燃料并具有生态效益而成为工业生物技术的研究热点。
Cellulose ethanol is been the best alternative liquid fuel and industrial biotechnology research focuses on ecological benefits.
纤维素乙醇因被当作最佳液体替代燃料并具有生态效益而成为工业生物技术的研究热点。
Cellulose ethanol is been the best alternative liquid fuel and industrial biotechnology research focuses on ecological benefits.
应用推荐