Site investigation in support of the repository design of Radiana Site

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Simple Conceptualisation ofProcessesMinor waterbodiesPrecipitation andevaporation ratesRate ofinfiltrationthrough thevadose zoneGroundwater TableSorption of radionuclidesin the vadose zone;geology/geochemistryDisposed wasteSorption ofradionuclides in thesaturated zone;geology/geochemistrySurface Run offDirection andrate of groundwaterflowReceptors e.g.people, rivers,vegetation etc.
Aims of ProjectR-Project 3E Predisposal Hydrogeological Monitoring and GeochemicalAnalysis at Radiana Site; Aims of Project• Design and construct hydrogeological and geochemical monitoringsystem for the site.• Define vadose and saturated zone hydrological characteristics forthe site.• Define baseline geochemical characteristics of pore water, groundwater and soil types.• Determine the distribution coefficients (K d values) for criticalradionuclides on the major ground materials.• Collect samples of local materials for archive purposes.• Solute transport tracer tests to determine major hydrodynamic andtransport parameters of the aquifer.• Model hydraulic/groundwater flow in vadose zone and underlyingaquifers.• Develop proposals for hydrogeological monitoring programmeduring NDF operations.
Page 1 and 2: Site investigation in support ofthe
Page 3: Introduction; Radiana SiteLocation
Page 7 and 8: The UK National Nuclear LaboratoryW
Page 9 and 10: • DEKONTA is one of the leading C
Page 12 and 13: Database DevelopmentDevelopment of
Page 14 and 15: Vadose Zone MonitoringInstallation
Page 16 and 17: Installation of Saturated ZoneEquip
Page 18: Laboratory Measurement andAnalysis
Page 21: Result of Work• Revised and updat

Site investigation in support of the repository design of Radiana Site

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