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upr000282 189

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upr000282-189
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    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

    not consistent with the facts, and the foots ©an only be proven by placing a water raster on the system. ? : | ; - Explanation of which is meant toy Continuous Drain of a recirculating system* All the minerals that wane w T glnai iy in the water remain after evaporation* To avoid excessive concentration of the minerals, dirt and solids from accumulat­ing in the recirculating system and in the refrigeration con­densers, it Is necessary to maintain a continuous waste drain off or ‘bleed® of the water recirculated which is wasted toy evaporation. in addition to that w —S'