Description: Work include replacement of fire suppression system pressure reducing valves (prv) for horizontal branch sprinkler piping off the building risers on office floors at one and two un plaza.
Other · NY, US
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OtherNY
Posted
Sep 22, 2026
Oct 14, 2026
Provide switchgear maintenance of main distribution panels. Work includes to provide temporary power and support for a shutdown of two main distribution panels according to specifications developed by powercon engineering.
Posted
Sep 29, 2026
Oct 19, 2026
Annual fire pump inspection (tested under flow); annual fire hydrant inspections (10 hydrants on station) must be performed; annual sprinkler system main drain test in the main building; annual visual inspection of all fire alarm devices including tamper/flow modules, smoke detectors, heat detectors, horn/strobe devices, booster panels, and all other devices/panels, modules associated with the fire alarm system.
Idaho Department of Administration
State AgencyID
Posted
Apr 9, 2026
Oct 27, 2026
Replace deteriorated fire suppression systems in six residential cottages at the School for the Deaf and Blind with modern, code-compliant fire suppression system; integrate into the existing buildings to minimize disruption. The existing dry fire suppression systems in six residential cottages at the School for the Deaf and Blind have deteriorated due to pinhole leaks and failing piping and valves. This project will replace the failing infrastructure with modern, code-compliant fire suppression systems integrated into the existing buildings to minimize disruption. The improvements will enhance life safety, reduce maintenance issues, and support the school’s mission to provide safe residential facilities.
Posted
Jun 19, 2026
Dec 19, 2026
The heat pipe reactor fire mitigation and suppression system from laboratory, transforms the heat pipes inside an alkali metal-cooled nuclear reactor from passive thermal conduits into active, sensor-driven fire defense components, giving designers of advanced small and microreactors a layered, automated safeguard against one of the most challenging hazards in their systems. By combining an inert gas buffer, a phase change material jacket, automated suppressant injection at multiple points and optional neutron-absorber dispersion into the reactor core, the system delivers redundant protection that responds within milliseconds of detecting fire-like conditions. This system enables advanced reactor developers to meet stringent safety expectations for remote, unattended and space-constrained deployments without redesigning the core architecture around bulky external suppression equipment.
