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' Water, Waste if Land, Inc. Statement of Q Lalifications <br /> B-4 <br /> <br />' <br />l <br />R <br />k <br />S <br />h <br />C <br />l <br />i <br />C I <br /> woo <br />( <br />oc <br />usque <br />orporat <br />anna <br />on) Pueb <br />o, <br />olorado (1987 - presen t) <br />' Water, Waste & Land was retained to characterize the ha ardous waste <br /> material, investigate ground water conditions and provide a closure plan for the <br /> waste material resulting from a mineral fiber insulation product on facility. <br />' The initial characterization indicated the waste material was chars tertstically <br /> hazardous as defined by the USEPA. After initial studies, omprehensive <br /> characterization of the site was conducted along with the design of a closure <br /> plan. This closure plan was designed to meet USEPA and Colorado Heal h Department <br /> regulations. <br />' <br /> Olen (Union Miniere) Brussels, Belgium (1984 - 1990) <br />' Water, Waste & Land reviewed the design of the remedial actio n program for <br /> deconmissioning and reclamation of a uranium mill waste storage si e. The site <br /> was reclaimed, and Water, Waste & Land was involved with evalu <br />performance of the reclamation cover at the site. This evaluation 1 ti on of the <br />cluded long- <br /> term erosional stability and slope stability of the reclamation sy tem. <br />' <br /> Hazardous Waste Site (Colorado State Un iversity) Fort Collins, Co r rado <br />' (1985 - present) <br /> Water, Waste & Land has provided assistance in surface and ground water <br /> hydrology to evaluation of the Colorado State University hazardous w ste site and <br />' in design of its closure pla n. Work included evaluation of dr lling data, <br /> conducting field and laboratory testing, evaluating geohydrologic sit conditions, <br />' and analysis of data. <br />1 <br /> <br />1 <br /> <br />1 <br /> <br /> <br />