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城市环境设计 2009年第10期 59-60+58页

作者： Marc Fornes skylar Tibbits Jared Laucks

THEVERYMANY位于纽约。创始人是Marc Fornes,主要成员有skylar Tibbits,Mat Staudt,Jared Laucks,Brandon Kruysman,Jon Proto。Marc Fornes曾在SOM,Ross Lovegrove及Zaha Hadid的建筑事务所担任项目建筑师。他策划了美国2007年的Scripted by purpose以及2008年北京双年展的欧洲部分。项目名称:非周期脊椎V2.0(APERiODiC VERTEBRAE V2.0)展览地点:德国法兰克福展览时间:2008年设计:Marc Fornes,skylarTibbits,Jared Laucks明确&编码协议:Rhinoscripting、Marc Fornes材料:聚乙烯板(4.7625mm厚)+丙烯酸连接(4.7625mm)+拉接固定构建装配:24小时+2人+2台笔记本电脑来(重新)集合360个面板和320个节点赞助商:象限资源增值计划美国公司(材料),Continental Signs(数控切割),Dick Dunlop(激光切割)

关键词：非周期 Marc 脊椎

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improvement of Renewable Bioenergy Production in Microbial Fuel Cells with Saponin Supplementation

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Journal of Sustainable Bioenergy Systems 2021年第2期11卷 82-93页

作者： skylar ch.i Yongjin Park immanuel H. Anaborne Jin Sik Song Ji Woo Han So Hyun Jeon Jaewoo Kim James Kim Jinkwon Lee Paul S. chung Horace Greeley High School Chappaqua NY USA Deerfield Academy Deerfield MA USA Oakton High School Vienna VA USA School of Arts & Sciences University of Virginia Charlottesville VA USA School of Arts & Sciences Emory University Atlanta GA USA Bachelor of Science Villanova University Villanova PA USA College of Letters & Sciences University of California Los Angeles Los Angeles CA USA School of Arts & Sciences University of Michigan Ann Arbor MI USA Division of Biological Sciences Revelle College University of California San Diego CA USA Fuzbien Technology institute Rockville MD USA

Microbial fuel cell (MFC) is one of renewable biofuel production technology that directly converts biomass to electricity. Cellulosic biomass is particularly attractive renewable resources for its low cost and abundance and neutral carbon balance. However, methanogenesis remains as a major factor limiting MFC performance. The current study reports that saponin addition at 0.05% w/v dose to anolyte in MFCs inhibited methanogenesis and improves power generation and cellulose fermentation. Mediator-less two chamber H-type MFCs were prepared using rumen fluid as anode inocula at 20% v/v of anolyte to convert finely ground pine tree (Avicel) at 2%, w/v to electricity. Saponin was added to the anode of MFC at 0.005% or 0.05% v/v dosage for treatment. MFC power and current across an external resistor were measured daily for 10d. On d10, collected gases from anode compartment were measured for total gas volume and analyzed for gas composition on gas chromatography. Supplementation of saponin to MFC at 0.005% did not have any effects on electricity generation or biogas production and composition. Saponin at 0.05% dose reduced 10%ily:Verdana;"> of methane prod

关键词： Microbial Fuel Cells Saponin Bioenergy

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