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Featured researches published by Zhang Lin.
African Journal of Biotechnology | 2017
Qiao Qian; Ye Meijing; Si Fenfen; Ren Hongjian; An Kai; Feng Zhen; Zhang Lin; Sun Zhong-Kui
Shantung maple seed oil methyl esters have emerged as the potential feedstock for producing biodiesel. The goal of this work was to assess variations in seed oil content and fatty acid compositions for optimal biodiesel production among 138 Shantung maple accessions native to 14 regions of China. Dramatic differences in seed oil content were observed among trees grown in the various regions tested; seeds of trees grown in Daiqintala, Inner Mongolia (DQTL) and Yongshou, Shaanxi (YS) exhibited the highest oil content (32.47 and 32.09%, respectively). Among the 138 germplasm accessions, seed oil content ranged from 17.81 to 36.56%, with a mean value of 28.57%. Of a total of 15 fatty acid components detected overall, oleic acid and linoleic acid comprised the highest proportions of fatty acids (20 to 34.31% and 27.08 to 36.71%, respectively). Correlation analysis revealed the highest positive correlation between oleic acid and cis-11-eicosenoic acid (0.698) and the highest negative correlation between oleic acid and linoleic acid (-0.766). Ranges of saponification number (180.26 to 182.86), iodine value (101.84 to 113.70 g I2/100 g), cetane number (50.77 to 53.53), density (873.03 to 880.08 kg/m3) and kinematic viscosity (4.92 to 5.28 mm2/s) confirmed that Shantung maple methyl esters are suitable for biodiesel production, and correlation analysis showed that the accession with high monounsaturated fatty acid content was suitable as optimal germplasm resources for biodiesel production. DQTL, YS and Taian, Shandong (TA) regions was considered the best plantation, and DQTL-1, DQTL-6, DQTL-8, YS-6, and TA-10 germplasm accessions generated oil with optimal properties for biodiesel production. These results could guide future development of Shantung maple seed oil for improved biodiesel production. n n Key words: Acer truncatum Bunge, biodiesel properties, fatty acid composition, oil content, variation.
Archive | 2015
Zhang Lin; Wang Feng; Wang Bo; Sun Zhongkui; Chen Rongwei; Wang Fujin; Wang Zhenghao; Wang Houxin; Wang Changxian; Zhang Anqi
Archive | 2013
Zhang Lin; Li Chengxiu; Sun Zhongkui; Wang Zhenghao; Zhang Xing; Wang Houxin; Wang Changxian; Wang Feng; Du Hui; Kong Fanwei
Archive | 2014
Zhang Lin; Wang Houxin; Wang Changxian; Sun Zhongkui; Zhang Anqi; Wang Feng; Li Chengxiu; Wang Zhenghao; Wang Bo; Zhong Fengwei
Archive | 2013
Zhang Lin; Wang Changxian; Yan Weidong; Li Chengxiu; Chen Rongwei; Yan Ying; Zhang Anqi; Zhang Xing; Zhou Guangfeng; Sun Zhongkui
Archive | 2016
Zhang Lin; Sun Zhongkui; Wang Feng; Cheng Tiantian; Wang Changxian; Yan Liping; Zhong Fengwei; Zhang Pengyuan; Qin Yongjian; Nie Shuo
Archive | 2016
Sun Zhongkui; Zhang Lin; Wei Xingfa; Wang Feng; Cheng Tiantian; Wang Changxian; Zhang Pengyuan; Qin Yongjian; Zhang Anqi; Wang Bo
Archive | 2016
Wang Changxian; Li Chengxiu; Sun Zhongkui; Xie Xian; Zhang Lin; Wang Feng; Yang Bo; Zhang Pengyuan; Qin Yongjian; Gao Xingyun
Archive | 2016
Zhang Lin; Zhu Cuicui; Wang Zhangxian; Wang Feng; Sun Zhongkui; Cheng Tiantian; Zhang Anqi; Li Chengxiu; Wang Bei; Xie Xian
Archive | 2016
Wang Feng; Wang Changxian; Cheng Tiantian; Zhang Anqi; Sun Zhongkui; Zhang Pengyuan; Qin Yongjian; Zhang Lin; Zhu Cuicui; Xie Xian
