2014年11月5日上午9:30-11:30，由匈牙利的罗兰大学Gyula ZARAY 院士主讲的主题分别为《Water treatment by ferrate technology》和《Study of bioaccumulation and biotransformation of microanalytical x-ray technology》的学术报告会在B4-308进行。学院部分老师、博士研究生和硕士研究生40余人参加了此次报告会。
    在主题为《Water treatment by ferrate technology》的报告中，Gyula ZARAY 院士介绍了高铁盐氧化技术在去除地下水中砷的研究情况，污染物去除机理及所在团队研究成果。他指出，对于地下水中的痕量的浓度标准要求，高铁盐氧化技术可确保地下水中的砷含量稳定低于相关标准。随后与在座师生进行交流互动，让在座师生受益匪浅。接着他展开了主题为《Study of bioaccumulation and biotransformation of microanalytical x-ray technology》的报告会，主要介绍了X射线相关分析检测技术在废水处理中微生物对污染物的生物富集和生物转发的研究应用情况，包括TXRF、XANES、SEM、EPMA、FIB等技术，并以一些图片和数据展示了自己所带团队的相关研究结果。最后他还在场进行了热烈的讨论。
    报告会在热烈的掌声中结束，最后在场全体师生进行了合影留念。

报告人简介：
Gyula Záray，匈牙利科学院院士，罗兰大学化学教授。
Present occupation
Professor of Chemistry, EötvösLoránd University;
President of Cooperative ResearchCentre for Environmental Sciences;
Head of Hungarian SatelliteCentre of Trace Element Institute for UNESCO.
Research interests
Development of solid samplingICP-AES methods for analytical investigation of high-purity metals, specialalloys and ceramics; Uptake, accumulation and translocation processes of heavymetals in plants by GF-AAS, ICP-AES, TXRF and ICP-MS; Chemical characterizationof urban aerosols and fly ash; Heavy metal biomonitoring by freshwater biofilms,algae and mussels applying TXRF; Antimony and phatalate leaching from PETbottles into mineral water by ICP-MS and GC-MS/MS; Identification anddetermination of xenobiotics in waste and treated water by GC-MS/MS; Removal ofpollutants from aquatic matrices by ferrate technology.
Memberships
Editorial board of MicrochemicalJournal
European editor of AppliedSpectroscopy Review
Chairman of Committee ofAnalytical and Environmental Chemistry at the Hungarian Academy of Sciences
Member of the Steering Committeeof Hungarian Chemical Society
Chairman of the HungarianSpectrochemical Society
Publications:     2 books, 6 book chapters and 187publications in journals listed in the Science Citation Index. Number ofcitations (without self-citations): 1760 registered on October 2014.