Long chain SO3H-functionalized ionic liquid as efficient and recyclable catalyst for biodiesel synth

来源 :The 6th World Bioenergy Symposium(WBS 2012)(第六届国际生物能源会议) | 被引量 : 0次 | 上传用户:yushui223
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
  Biodiesel has been produced by esterification of oleic and low-molecular weight alcohol in the presence of highly Brφnsted acidic liquid [n-DecMe2PSN][PTSA].The new "task specific" ionic liquid [n-DecMe2PSN][PTSA] were characterized by FT-IR, 1H NMR, 13C NMR and TG.H0 (Hammett function)values of the IL was also determined and the results revealed that the acidities and catalytic activities of the IL in esterification were related to its long chain structure.This catalyst showed good catalytic and reusable performance under mild conditions and without any additional organic solvent.The ionic liquid could be reused ten times after removal of methanol and water under vacuum.The yields of oleate could reach between 92.6% and 96.5% after the esterifications were carried out at 60℃ for 3 h.Therefore, an efficient and environmentally friendly catalyst was provided for the synthesis of biodiesel from low cost feed socks such as waste oils and non-edible plant oils.
其他文献
对纺制13.1tex涤纶包芯线生产中影响包芯纱质量的几个细纱工艺参数,如捻度、后区牵伸倍数和粗纱捻系数等,采用正交试验法进行了多因素优选分析,找出了最佳细纱工艺参数,大大改善了成纱质量.
1、TCG简介2、TCG密码芯片相关技术、标准、策略3、TCG密码芯片产业化应用举例。
会议
Bioethanol can be produced from nearly any readily available sugar or starch based cropssuch as corn, wheat, rice.Enzyme technology is broadly applied in various configurations of commercial process.E
会议
Consolidated bioprocess (CBP) is one of the most promising process options for cutting expensive enzyme cost for ethanol production from biomass resources.This is especially true when Jerusalem artich
Lipase-catalyzed transesterification from renewable oils for biodiesel production has many advantages over chemical approaches though the latter has been put into the industrialization for biodiesel p
Atmospheric and room temperature plasma (ARTP) is a novel and rapid mutation tool for microbial evolution engineering, which has been proved to be convenient and powerful because of its mild operating
The worldwide political discussion about food-prices and bioethanol from food crops (i.e.wheat,maize, sugarcane, etc.) makes it necessary to demonstrate and to prove that optimal concepts with these c
Given the context-specific variability and uncertainty around input parameter values in Life Cycle Assessment/analysis (LCA), country-specific studies are needed for providing quantitatively more mean
Recently, the world is facing a vital calamity in respect to energy and environment.Biodiesel is considered to be a most sustainable alternative to conventional fuels as being renewable and environmen
针对麻疯树生物燃油产业发展存在原料瓶颈、加工转化等问题,我们重点研究了麻疯树逆境生理学、太阳能生物柴油加工装置以及麻疯树生物燃油原料生产的商业模式。结果表明:(1)从高温/高盐碱/干旱/强光照/高浓度重金属/冷害和冻害等多种逆境因子的胁迫浓度和持续时间分析,发现麻疯树对两者的生理和代谢应答强度并不低于水稻/烟草这些广泛种植的物种,一些应答反应强度甚至远高于后两者,表明麻疯树具有耐受性提高的潜力和研
会议