Autodesk Infrastructure Modeler was the main modeling tool for the design of the piping network and its connections. The project model combined aerial survey data, subsurface utility designations, field survey data, and proposed pipeline corridor modeling.
“Looking at time and design alternatives and how to make the least impact on the community… all of that was facilitated by our use of BIM,” Pennetti says. “Overall, the project is a very good example of not using drinking water where treated water could be used.”
For example, a portion of a proposed waterline fell within the limit of a six-lane divided highway, passing below a bridge on Interstate 95 and beneath a railroad bridge. The waterline’s corridor also included major utility crossings of storm, sanitary, water transmission, petroleum, underground power and telecommunications lines, gas transmission, and sanitary force mains.
Subsurface utility consultants were able to provide horizontal locations of non-gravity utilities. By modeling them as intelligent BIM pipe networks, the design profiles displayed crossing locations along the alignment at proper design depths.
Autodesk Infrastructure Modeler was the main modeling tool for the design of the piping network and its connections. The project model combined aerial survey data, subsurface utility designations, field survey data, and proposed pipeline corridor modeling.“Looking at time and design alternatives and how to make the least impact on the community… all of that was facilitated by our use of BIM,” Pennetti says. “Overall, the project is a very good example of not using drinking water where treated water could be used.”For example, a portion of a proposed waterline fell within the limit of a six-lane divided highway, passing below a bridge on Interstate 95 and beneath a railroad bridge. The waterline’s corridor also included major utility crossings of storm, sanitary, water transmission, petroleum, underground power and telecommunications lines, gas transmission, and sanitary force mains.Subsurface utility consultants were able to provide horizontal locations of non-gravity utilities. By modeling them as intelligent BIM pipe networks, the design profiles displayed crossing locations along the alignment at proper design depths.
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