Natural Microporous Materials in Environmental Technology WHO International Programme on Chemical Safety Special thanks are due to

Special thanks are due to Peter Goldsworthy and Luc Boerboom for their crucial role in making the workshop a success in this regard

ziehen teilweise sehr lange Entwicklungsphasen hinter sich her und sind heutzutage wenn überhaupt nur noch oberflächlich durchschaubar

Guardianship

- manned ground vehicles (UGVs)

Natural Microporous Materials in Environmental Technology WHO International Programme on Chemical Safety Special thanks are due toThe natural microporous materials include several types of minerals such as zeolites, clay minerals, micas, Fe lMn oxides hydroxidesloxyhydroxides present in various geo logical environments and soil formations. Their crystal structure is characterised by the presence of intra crystal micropores (channels or interlayer void spaces) providing high microporosity surface area and distinguished physico chemical properties such as cata lytic and