UNLV Special Collections provides copies of materials to facilitate private study, scholarship, or research. Material not in the public domain may be used according to fair use of copyrighted materials as defined by copyright law. Please cite us.
Please note that UNLV may not own the copyright to these materials and cannot provide permission to publish or distribute materials when UNLV is not the copyright holder. The user is solely responsible for determining the copyright status of materials and obtaining permission to use material from the copyright holder and for determining whether any permissions relating to any other rights are necessary for the intended use, and for obtaining all required permissions beyond that allowed by fair use.
This material is made available to facilitate private study, scholarship, or research. It may be protected by copyright, trademark, privacy, publicity rights, or other interests not owned by UNLV. Users are responsible for determining whether permissions are necessary from rights owners for any intended use and for obtaining all required permissions. Acknowledgement of the UNLV University Libraries is requested. For more information, please see the UNLV Special Collections policies on reproduction and use (https://www.library.unlv.edu/speccol/research_and_services/reproductions) or contact us at special.collections@unlv.edu.
Digital Provenance
Digitized materials: physical originals can be viewed in Special Collections and Archives reading room
Publisher
University of Nevada, Las Vegas. Libraries
Transcription
LAS VEGAS, NEVADA Friday, November 10, 1950 PUMPING TEST - WELL NO. 10 — 15-5/811 O.D. Casing \ - o f : Well Pressure - 9-3/4 lbs. Free flow prior to pumping test - 1316 GPM Layne and Bowler Turbine Pump - 3 bowls 401 below top of cross Started Pump 3:15 P.M. Flow GPM Draw Down Concrete Mat Below C/L of Cross 3:40 ii 2117 16.3* 18' 3:56 it 2117 16.3' 18' 4:41 H 2085 15.8* 1 7 f 3lt' 31f' Increase RPM 4:46 8 2471 29.8' 4:54 8 2471 29.8' 5:04 8 2471 29.8« 31#' This well has produced crystal clear water throughout all the series of tests and will be good for approximately 2500 GPM with turbine pump with draw down of 31^' with pumps operating on Wells No. 9 and No. 11.
