Engineering Consulting
Aqualyze Inc. provides engineering consulting in the following areas:
- Analysis and design of sanitary, stormwater, combined sewer, and water distribution systems
- System analysis using hydraulic/hydrologic modeling of pressure and gravity systems
- Capital improvements plan (CIP) development including costing and mapping
- Watershed and sewershed characterization based on analysis of flow and rainfall data
- Future population projections
- Onsite training on hydraulic/hydrologic modeling and planning
Software & GIS Consulting
Aqualyze Inc. provides software and GIS consulting in following areas:
- Development of GIS Maps for utilities
- Design and development of custom GIS tools as add-ins to ESRi's products or completely standalone systems
- Migration/Consolidation of silo applications and data islands into enterprise applications and databases
- Enhancement to existing applications to take advantage of new tools and technologies
- Integration of enterprse data with GIS based systems
- Design and development of custom asset management solutions
- Web portals for engineering development and project management
- Design and development of business intelligence and custom reporting solutions
The following is a sampling of some of our projects:
Key Project Features
- 84 square miles of service area
- Model development using Aqualyze's SWMM5 Model Builder
- Hydraulic data gaps filled using Aqualyze's Pipe Calculator
- Open Channel cross-sections calculated using Aqualyze's Transect Builder
- Basin delineation performed in ArcGIS using ESRI's Spatial Analyst
- Basin parameters calculated using custom GIS and database operations
- EPA SWMM 5 modeling platform used
- Approximately 12,000 links modeled in 70 models
Key Project Features
- 84 square miles of service area
- Model development using Aqualyze's SWMM5 Model Builder
- Hydraulic data gaps filled using Aqualyze's Pipe Calculator
- Dry weather flow loadings calculated using sewer billing data
- EPA SWMM 5 modeling platform used
- Over 10,000 pipes modeled in 97 models
- Some models converted from InfoWorks platform
Key Project Features
- Flow monitoring plan
- Flow and rainfall data processing and analysis
- EPA SWMM 5 hydraulic model development of interceptor model
- Model calibration and validation
- Modeling of WRP hydraulics
- Development of several design hydrographs
- Plant capacity and excess flow analysis
- Analysis of several flow transfer options through RTC modeling
Key Project Features
- Model conversion of collection system model from InfoWorks to EPA SWMM 5 platform
- Over 5000 pipes, 17 pump stations, and over 3000 sewer catchments modeled
- Model calibrated to previously established design flows
- RTK (Three triangle) hydrologic method used to model infiltration/inflow
- Modeling guidelines document developed as the standard modeling reference
- Onsite training workshops conducted
- Sewer Capacity Analysis and Excess Flow Basin Sizing - Rock River Water Reclamation District, Rockford, IL (2010)
- Windermere Basin CSO Reduction – Seattle Public Utilities, Seattle WA (2009)
- Henderson and Genesee Basins CSO Reduction - Seattle Public Utilities, Seattle WA (2009)
- Model Platform Selection Technical Advisory Committee - Seattle Public Utilities, Seattle WA (2008)
- Water Distribution System Comprehensive Plan Update - Highline Water District, Des Moines, WA (2007)
- Sewer System Facilities Plan - Rock River Water Reclamation District, Rockford, IL (2006)
- Wet Weather Facilities Plan – Wheaton Sanitary District, Wheaton, IL (2006)
- General Sewer Plan – Woodinville Water District, Woodinville, WA (2005)
- Wastewater Master Plan – Charlotte Mecklenburg Utilities, Mecklenburg County, NC (2004)
- Wastewater Master Plan – City of Kannapolis, NC (2003)