Abstract: A system that facilitates water conservation and energy savings for a residential dwelling or home is provided. The system will increase the efficiency with which water is consumed by implementing a reclamation system for reusing water for selected tasks. Energy savings are enabled by utilizing unique insulating materials that allow the climate of the interior of a home to be controlled in a more affordable manner as less fuel/energy is required to heat/cool the home's interior.

Abstract: An integrated water distribution network supplies the requirements of both domestic and fire protection water fixtures in a dwelling structure. The network includes a plurality of interconnected conduits for supplying water under a variety of water use conditions, including hot water use, cold water-use and fire sprinkler activation. Individual water fixtures are connected to the distribution system through flexible lines. During use of a water fixture, water flow through at least a portion of the system is established. The distribution system can thus characterized as a “nonstagnant” water network for supplying both domestic and fire protection requirements of a structure.

Abstract: An integrated water distribution network supplies the requirements of both domestic and fire protection water fixtures in a dwelling structure. The network includes a plurality of multiport fittings which are interconnected together with flexible conduits. A water release device, such as a sprinkler head or mist nozzle, is also coupled to the multiport fittings. The network is supplied water by a plurality of water supply lines which originate at a manifold. Individual water fixtures are connected to the distribution system through flexible lines. During use of a water fixture, water flow through at least a portion of the system is established. The distribution system can thus characterized as a “nonstagnant” water network for supplying both domestic and fire protection requirements of a structure.

Abstract: An integrated water distribution network supplies the requirements of both domestic and fire protection water fixtures in a dwelling structure. The network includes a plurality of multiport fittings which are interconnected together with flexible conduits. A water release device, such as a sprinkler head or mist nozzle, is also coupled to the multiport fittings. The network is supplied water by a plurality of water supply lines which originate at a manifold. Individual water fixtures are connected to the distribution system through flexible lines. During use of a water fixture, water flow through at least a portion of the system is established. The distribution system can thus characterized as a “nonstagnant” water network for supplying both domestic and fire protection requirements of a structure.

Abstract: An integrated water distribution network supplies the requirements of both domestic and fire sprinkler water fixtures in a dwelling structure. The network includes a plurality of multiport fittings which are interconnected together with flexible conduits. A conventional fire sprinkler is also coupled to the multiport fittings. The network is supplied water by a plurality of water supply lines which originate at a manifold. Individual water fixtures are connected to the distribution system through flexible lines. During use of an water fixture, water flow through at least a portion of the system, including at least one fire sprinkler coupling, is established. The distribution system can thus characterized as a “nonstagnant” water network for supplying both domestic and fire sprinkler requirements of a structure.