The first talk includes brief fundamentals of anaerobic treatment, followed by the introduction of a list of traditional and high-rate anaerobic treatment technologies with their case studies.

The second one focuses on a new paradigm of examining an integrated biorefinery concept to exploit the potential of biotechnology in recovering bionergy, biofuels and other value-added products from waste biomass with concomitant water treatment and removal of pollutants. During bioprocessing, carbon, nitrogen, hydrogen and sulfur from municipal, agricultural and industrial wastewaters can be converted into valuable resources, e.g. bioenergy and biofuels (hydrogen, methane, ethanol, butanol, and biodiesel), biofertilizer (biosolids and compost, sulfur), chemicals (organic acids and solvents), animal feed (microbial protein), nutraceuticals (chitin, and nisin), others (enzymes and biopesticides). This one will also cover some of the findings of the speaker’s research on resource recovery at Iowa State University.

講師介紹：

宋士武教授

現 職：愛荷華州州立大學 教授

經 歷 ：

․Ph.D. Iowa State University 1994 Environmental Engineering

․M.S. Auburn University 1988 Environmental Engineering

․B.S. Tam Kang University, Taiwan 1983 Civil Engineering

專 利 ：

․Temperature-Phased Anaerobic Digestion (TPAD) [US Patent # 5,746,919] : May 1998 (Developed by research under joint supervision of Dr. R. R. Dague and himself.)

․Anaerobic Sequencing Batch Reactor (ASBR) [US Patent # 5,185,079] : Feb. 1993 (Based on Ph.D. research.)

時間與地點：(下載地圖)

97年7月4日(星期五)，國立成功大學國際會議廳 (台南市大學路1號)

費 用： 免費

備註： 因應環保署之規定，不提供紙杯、杯水等，請與會者自備茶杯

報名方法：

1. 線上報名

2.傳真或email報名：請自行下載報名表，填妥資料後傳真至 06-3840208或 E-mai至信箱wpeiic@thl.ncku.edu.tw

聯絡電話： 06-3840106轉223 (鄭小姐)

議程：請按此下載