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      Chapter

      Wastewater Information Management System: Flow Modeling and Sewer Connection Permit Applications
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      Chapter

      Wastewater Information Management System: Flow Modeling and Sewer Connection Permit Applications

      DOI link for Wastewater Information Management System: Flow Modeling and Sewer Connection Permit Applications

      Wastewater Information Management System: Flow Modeling and Sewer Connection Permit Applications book

      Wastewater Information Management System: Flow Modeling and Sewer Connection Permit Applications

      DOI link for Wastewater Information Management System: Flow Modeling and Sewer Connection Permit Applications

      Wastewater Information Management System: Flow Modeling and Sewer Connection Permit Applications book

      ByDavid Crawford, Felix Limtiaco
      BookAdvances in Modeling the Management of Stormwater Impacts

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      Edition 1st Edition
      First Published 1997
      Imprint CRC Press
      Pages 10
      eBook ISBN 9781003208945
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      ABSTRACT

      This chapter outlines new modules developed for WIMS: the Sewer Flow Analysis System (SFAS) and the Sewer Connection Application System (SCAS). The City and County of Honolulu, Department of Wastewater Management (DWWM) is charged with the wastewater service of approximately 900,000 persons living on the Island of Oahu. Effective management of the wastewater system by DWWM is being aided through construction of an island-wide wastewater information management system (WIMS). The SFAS module and hydraulic model will be used for planning new projects, evaluation of existing system hydraulics and capacity, and to enhance infiltration and inflow reduction analysis. SCAS will allow the City to process sewer'connection application forms, store and track the sewer application data, and effectively manage the system by producing warnings whenever sewer capacity is reaching critical levels. When capacity reaches pre-set limits, notification of these triggering flows is automatically issued and planning functions for correction of the capacity deficiencies can be started.

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