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MODFLOW-NWT, MODPATH, and MT3DMS models used to study of hypothetical horizontal water-supply well design for New Hampshire and surrounding regions: U.S. Geological Survey data release

Dates

Release Date
2017-01-01
Start Date
2015-04-23
End Date
2017-02-24
Publication Date

Citation

Winston, R.B. and Ayotte, J.D., 2017, MODFLOW-NWT, MODPATH, and MT3DMS models used to study of hypothetical horizontal water-supply well design for New Hampshire and surrounding regions: U.S. Geological Survey data release, U.S. Geological Survey data release, https://doi.org/10.5066/F7Z0369Z.

Summary

A series of three-dimensional, hypothetical, groundwater models (MODFLOW-NWT) were developed to investigate the effects of a variety of factors on the flow of arsenic-containing water into a well. The well is of novel design with a constructed aquifer providing storage. The models simulate a hillslope with till overlying a fractured bedrock aquifer as is common in New England. Backwards particle tracking using MODPATH was used to track the particles from the constructed aquifer to the recharge location. A new program, EndPoint Analyzer, was used to determine the fraction of the flow that passed through the bedrock. The bedrock is assumed to be the source of arsenic contamination so the fraction of the flow passing through bedrock could [...]

Contacts

Attached Files

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bin.zip 5.67 MB application/zip
georef.zip 1.8 KB application/zip
model.zip 77.24 MB application/zip
modelgeoref.txt 202 Bytes text/plain
output.ArsenicTravelTime.zip 6.48 MB application/zip
output.ArsenicTravelTime_EndPointAnalyzer.zip 1.49 MB application/zip
output.Barrier.zip 6.68 MB application/zip
output.BarrierWithOverlyingHighK.zip 6.73 MB application/zip
output.BarrierWithOverlyingHighKPathlinesCol1.zip 6.73 MB application/zip
output.BarrierWithOverlyingHighKPathlinesCol1_Modpath.zip 219.42 KB application/zip
output.BarrierWithOverlyingHighK_EndPointAnalyzer.zip 1.55 MB application/zip
output.Barrier_EndPointAnalyzer.zip 1.54 MB application/zip
output.BaseCase.zip 6.48 MB application/zip
output.BaseCase_EndPointAnalyzer.zip 1.54 MB application/zip
output.ArsenicTravelTime_Modpath.zip 241.84 MB application/zip
output.BarrierWithOverlyingHighK_Modpath.zip 341.3 MB application/zip
output.BaseCase_Modpath.zip 337.83 MB application/zip
output.Fracture.zip 6.93 MB application/zip
output.Fracture_EndPointAnalyzer.zip 1.57 MB application/zip
output.Fracture_Modpath.zip 353.03 MB application/zip
output.IsotropicBedrockEnhancedKInUpperBedrock.zip 6.48 MB application/zip
output.IsotropicBedrockEnhancedKInUpperBedrock_EndPointAnalyzer.zip 1.54 MB application/zip
output.IsotropicBedrockEnhancedKInUpperBedrock_Modpath.zip 329.17 MB application/zip
output.IsotropicTill.zip 6.48 MB application/zip
output.IsotropicTill_EndPointAnalyzer.zip 1.51 MB application/zip
output.IsotropicTill_Modpath.zip 344.5 MB application/zip
output.LocalHighKBedrockLowerKVertical.zip 6.7 MB application/zip
output.LocalHighKBedrockLowerKVertical_EndPointAnalyzer.zip 1.54 MB application/zip
output.LocalHighKBedrockLowerKVertical_Modpath.zip 350.81 MB application/zip
output.LongerWell.zip 6.47 MB application/zip
output.LongerWell_EndPointAnalyzer.zip 3.02 MB application/zip
output.LowerSlopeAndRecharge.zip 6.65 MB application/zip
output.LowerSlopeAndRecharge_EndPointAnalyzer.zip 1.57 MB application/zip
output.LowerSlopeAndRecharge_Modpath.zip 448.25 MB application/zip
output.NoWell.zip 4.6 MB application/zip
output.RotatedWell.zip 6.48 MB application/zip
output.RotatedWell_EndPointAnalyzer.zip 2.34 MB application/zip
output.RotatedWell_Modpath.zip 523.75 MB application/zip
output.SolTranspHigherDispLongerTime.zip 11.13 MB application/zip
output.SolTranspHigherDispLongerTime_Mt3dms.zip 15.03 MB application/zip
output.SoluteTransport.zip 11.13 MB application/zip
output.SoluteTransportDisp1.zip 11.13 MB application/zip
output.SoluteTransportDisp1_Mt3dms.zip 15.81 MB application/zip
output.SoluteTransportDispPoint1.zip 11.13 MB application/zip
output.SoluteTransportDispPoint1_Mt3dms.zip 15.8 MB application/zip
output.SoluteTransportLowDispersivity.zip 11.13 MB application/zip
output.SoluteTransportLowDispersivity_Mt3dms.zip 15.71 MB application/zip
output.SoluteTransport_Mt3dms.zip 15.65 MB application/zip
output.SurfaceContaminationDueToExtremeEventIsotropicTillWithBarrier_Modpath.zip 3.3 MB application/zip
output.SurfaceContaminationDueToExtremeEventIsotropicTill_Modpath.zip 3.32 MB application/zip
ancillary.zip 322.19 MB application/zip
output.Barrier_Modpath.zip 328.45 MB application/zip
output.SurfaceContaminationDueToExtremeEventWithHigherKzOverWell_Modpath.zip 3.19 MB application/zip
output.SurfaceContaminationDueToExtremeEvent_Modpath.zip 3.1 MB application/zip
output.WellInLayer10.zip 6.48 MB application/zip
output.WellInLayer10_EndPointAnalyzer.zip 1.54 MB application/zip
output.WellMovedSouth.zip 6.3 MB application/zip
output.WellMovedSouthAndUp.zip 6.29 MB application/zip
output.WellMovedSouthAndUp_EndPointAnalyzer.zip 1.48 MB application/zip
output.WellMovedSouth_EndPointAnalyzer.zip 1.49 MB application/zip
readme.txt 298.31 KB text/plain
source.zip 20.87 MB application/zip
groundwater_2017_Winston_Thumbnail.png thumbnail 189.03 KB image/png
output.LongerWell_Modpath.zip 632.74 MB application/zip
output.WellInLayer10_Modpath.zip 369 MB application/zip
output.WellMovedSouth_Modpath.zip 559.75 MB application/zip
output.WellMovedSouthAndUp_Modpath.zip 522.23 MB application/zip
2.91 GB application/zip
2.92 GB application/zip
3.01 GB application/zip
2.91 GB application/zip

Purpose

This is a hypothetical model of a horizontal well in glacial deposits overlying bedrock. The well is in till to avoid contamination by arsenic in the bedrock. The model is intended to help assess the viability of such a well. It is not tied to any particular location but such wells are proposed for New Hampshire and surrounding areas.
Image of the model domains and active areas of the models. The model consists of a rectangular domain with an extraction well in the center of the model and a specified head boundary at the southern end of the model. Recharge is applied to the entire upper surface.
Image of the model domains and active areas of the models. The model consists of a rectangular domain with an extraction well in the center of the model and a specified head boundary at the southern end of the model. Recharge is applied to the entire upper surface.

Map

Communities

  • Model Data Management Function (MDMF)

Tags

Provenance

These data were originally released on the Water Mission Area National Spatial Data Infrastructure Node and were migrated to sciencebase.gov in 2023.

Additional Information

Identifiers

Type Scheme Key
DOI https://www.sciencebase.gov/vocab/category/item/identifier doi:10.5066/F7Z0369Z

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