Abstract: Water-based fire protection systems are provided that enable water conservation during testing and maintenance and manage water use by the system. Water reclamation aspects allow for cost savings in operation, testing, and maintenance of the system and reduce environmental impact. For example, the present systems and operating methods afford water collection aspects, water conservation through reuse, sustainability, and a reduction in energy necessary for testing. The water collection and reuse features can be part of a water conservation system that is integrated with a fire protection system during installation or can be coupled to a preexisting fire protection system.

Abstract: Water-based fire protection systems are provided that enable water conservation during testing and maintenance and manage water use by the system. Water reclamation aspects allow for cost savings in operation, testing, and maintenance of the system and reduce environmental impact. For example, the present systems and operating methods afford water collection aspects, water conservation through reuse, sustainability, and a reduction in energy necessary for testing. The water collection and reuse features can be part of a water conservation system that is integrated with a fire protection system during installation or can be coupled to a preexisting fire protection system.

Abstract: Water-based fire protection systems are provided that enable water conservation during testing and maintenance and manage water use by the system. Water reclamation aspects allow for cost savings in operation, testing, and maintenance of the system and reduce environmental impact. For example, the present systems and operating methods afford water collection aspects, water conservation through reuse, sustainability, and a reduction in energy necessary for testing. The water collection and reuse features can be part of a water conservation system that is integrated with a fire protection system during installation or can be coupled to a preexisting fire protection system.

Abstract: An apparatus for monitoring corrosion in a pressurized system such as a water-based fire protection system comprising a corrosion monitor mounted within a section of the system containing fluid, wherein the corrosion monitor comprises a surface comprising at least one point of weakness wherein corrosion of a point of weakness causes a change in pressure in an interior chamber of the monitor, which change can be to provide a signal alerting monitoring personnel.

Abstract: Systems and methods are provided that allow for the continued operation of a fire sprinkler or standpipe system after the failure of an air release valve, wherein connected to the air release valve is a system that collects and contains fire extinguishing liquid leaked from an air release valve, as well as being able to detect and stop such leaks that could not be contained by the system.

Abstract: A corrosion monitoring station for a water-based fire protection system which allows for test coupons to be removed without having to drain the system. The corrosion monitoring station also generally provides for mimicking of the conditions present in at least a portion of the water-based fire protection system and can provide for a portion of the system which can be easily removed for more extensive testing.