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FLOOD05784
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Last modified
1/25/2010 6:50:12 PM
Creation date
10/5/2006 1:47:52 AM
Metadata
Fields
Template:
Floodplain Documents
County
Statewide
Community
State of Colorado
Stream Name
All
Basin
Statewide
Title
Floodplain Study Review and Designation program - SOQ
Date
4/1/2000
Prepared For
State of Colorado
Prepared By
Montgomery Watson
Floodplain - Doc Type
Miscellaneous
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<br />GEORGE SLOVENSKY <br /> <br />Page 5 <br /> <br />Wastewater <br /> <br />Project Engineer - Colorado Springs Utilities Permanent Flow Monitoring. Selection and <br />installation of permanent flow monitors for Colorado Springs Utility's four major wastewater <br />interceptor lines. Included a study of available flow monitoring technologies and monitoring <br />equipment. (On-going project) <br /> <br />Salt Valley Trunk Sewer Analysis (City of Lincoln, Nebraska). A hydraulic model of the 24- <br />to 60-inch diameter Salt Valley Trunk Sewer was constructed using the HYDRA software <br />package. Modeling results were used to quantify existing capacity and size a relief line. <br /> <br />Project Engineer - Wastewater Collection System Master Plan for the City of Farmington, <br />NM. A hydraulic model of the collection system was developed using the HYDRA software <br />package. Flow monitoring was carried out for calibration/verification of the model. Modeling <br />results were used analyze existing system capacity and plan future system expansions. <br /> <br />Water DistributionJPipeIine System Analysis <br /> <br />Water System Alternatives Study for Carmichael, California. Water distribution system <br />modeling using EPA's state-of-the-art hydraulic model, EPANET. Hydraulic modeling was <br />used to assess the impact of several potential new water supply sources on the existing <br />distribution system. Modeling results were used to choose an alternative and identify required <br />improvements to the distribution system. <br /> <br />Pipeline Transient Analyses. Carried out for a number of pump station/pipeline design <br />projects using a computer based hydraulic model developed by Montgomery Watson. The <br />typically project involved modeling of valve closures, pump station start-up, shut-down and <br />power failure. Analyses done for the Southwest Water Project (City of Colorado Springs), <br />Kennecott Utah Copper No. 1 Pump Station, Kennecott Utah Copper NO.4 Pump Station <br />Relocation and the Arrowhead Pump Station and Reservoir (Kansas City, Missouri) <br /> <br />Groundwater <br /> <br />Citrus Grove Sprinkler Irrigation Study. Groundwater modeling study using MODFLOW. <br />The capacity of a citrus grove was analyzed for disposal of citrus processing wastewater <br />through sprinkler irrigation. Model calibration was carried out using slug tests and water <br />level monitoring. As part of the project, a FORTRAN program was developed to compute, <br />and export in a SURFER format, yearly and ten-year recurrence interval high and low water <br />surfaces from MODFLOW groundwater modeling output. <br /> <br />Miscellaneous Projects <br /> <br />Sprinkler Spray Drift Analysis. Research and subsequent development of a FORTRAN <br />computer program to analyze sprinkler spray-drift potential. Utilized theoretical sprinkler <br />droplet size distributions and equations of rigid body motion with an incorporated <br />evaporation component to predict sprinker spray drift potential. <br /> <br />MOfijT<"70r~IEI~Y l~I,:\T5':;'N <br /> <br />!{flH~\ <br />t,~\nl <br />
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