Titlebook: Colloidal Transport in Porous Media; Fritz H. Frimmel,Frank Kammer,Hans-Curt Flemming Book 2007 Springer-Verlag Berlin Heidelberg 2007 bio

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Fritz H. Frimmel,Frank Kammer,Hans-Curt FlemmingPresents the analytical, chemical, microbiological, geological and hydrological aspects of material transport by colloidal processes in aquatic systems and soils

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Influence of Na-bentonite Colloids on the Transport of Heavy Metals in Porous Media a “short pulse” laboratory column system was used. Quartz sand served as column packing material. The metal solutions were injected into the column in the presence and absence of colloids. The quantification of metals at the column outlet was carried out by coupling the column system with an induct

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Colloid Transport Processes: Experimental Evidence from the Pore Scale to the Field Scaleansport of contaminants can be enhanced or retarded in the presence of colloids. The changes of the transport velocities and mass transfer rates of colloid-associated contaminants are of high environmental relevance..The keys to the assessment of the effects of colloids on subsurface transport is th

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Influence of Biofilms on Colloid Mobility in the Subsurfacestances. Biofilms play an important role in the transport of colloids in the subsurface, since biofilms cover the solid soil matrix and hence influence the interaction of colloids with the soil matrix. Consequently, biofilms can influence the mobility of colloids and colloid-bound contaminants eithe

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Ion - Colloid - Colloid Interactionseir high affinity for nutrients and pollutants. These colloids are not only important in soils but are also in sediments, ground water and fresh and marine surface waters (., .). Humic acids (HA) and fulvic acids (FA) are important reactive components of NOM with respect to cation binding (., .). Th

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