Paris-Sud XI, Université de
MINING A DATABASE ON ALSATIAN RIVERS C. GRAC, A. HERRMANN, F. LE BER CEVH UMR MA 101, ENGEES, 1 of a database gathering the physical, physico-chemical, floristic (diatoms and macrophytes), and faunistic data are implementing data mining methods to explore the database. These methods are used to find out regularities
Bakker, Sarah Aaltje
love and loyalty to their parents’ lost world. Despite theirmodernity and their parents’ memories of a lost liturgical
trends, along with learning simulations. Section 5 presentsto carry out the learning simulations here. A model ofchange during learning. The simulation here ignores cases of
Dene Suline, Choctaw, Chuukese, Chuvash, Classical Newari; Old Newari; Classical Nepal Bhasa, Classical Syriac, Coptic, Cornish, Corsican, Cree, Creek, Creoles and pidgins ,...
Paris-Sud XI, UniversitÃ© de
and model design of carbon tetrachloride pollution in the Alsatian aquifer has been the subject of various strategies in polluted aquifers. This work aims at studying the spreading of a dangerous chemical - carbon tetrachloride (CCl4) - that contaminated a part of the Alsatian aquifer (France) because of a tanker accident
Thauront, J.; Deneux-Mustin, S. (EMC-Services, Paris (France)); Durecu, S. (EMC-Services, Vandoeuvre-Les Nancy (France)); Fraysse, G. (EMC-Services, Saint-Vulbas (France)); Berthelin, J. (Centre de Pedologie Biologique, Vandoeuvre-Les Nancy (France))
During 1973 and 1974, EMC-Services designed and built a physico-chemical treatment plant in Hombourg, in France's Alsatian region. The plant is still in operation. Since then, EMC-Services has developed substantial experience in environmental projects, becoming one of the top companies internationally with experience and practice in designing, building and operating hazardous waste treatment plants. EMC-Services operates in France in Salaise, Strasbourg, Mitry-Mory, and Saint-Vulbas, where eight incinerators treat solid, liquid, highly halogenated and nonhazardous industrial waste. The incinerators, built or updated by EMC-Services, have a total capacity of about 200,000 tons per year. In the new process, incineration of special industrial wastes produces non-volatilized solid residue or slag, which is sent for disposal, in compliance with regulations, to special disposal plants. Future European regulations will incorporate landfilling criteria requiring such slag to be stabilized.