How it operates
The piping is normally not filled with water. Depending on the approved design, water may be supplied through the fire-department connection or through an automatic or semi-automatic arrangement when the system is activated.

A dry standpipe normally keeps its piping free of water until the approved supply arrangement introduces water for firefighting. We assess the water-delivery method, FDC, drainage, outlets and operating sequence first.
A dry standpipe is a selected system arrangement, not a shortcut around water-supply or pressure requirements. Its activation, filling and firefighting sequence must be clear and approved.
The piping is normally not filled with water. Depending on the approved design, water may be supplied through the fire-department connection or through an automatic or semi-automatic arrangement when the system is activated.
Considered only for selected buildings or conditions where normally water-filled piping is not appropriate and the approved firefighting strategy accepts the required water-delivery sequence.
System type, fire-department connection, water source, filling method, required pressure and flow, pipe volume, drainage, air supervision where applicable, hose connections, labeling and BFP coordination.
We review the building, water supply and operating arrangement before defining the standpipe scope and project sequence.
We review the building, water supply, current conditions, available plans and requirements.
We coordinate the risers, connections, water supply, pressure and installation scope.
We discuss the proposed scope, inclusions, commercial terms and questions before approval.
Piping, valves, cabinets and site work follow the agreed project scope.
The installed system is tested and commissioned against the approved project scope.
We remain available for maintenance, project records and BFP-related follow-up within our scope.
We maintain dry standpipe systems according to the installed piping, FDC, valves, drainage, supervision and approved water-delivery method.
Review visible piping, hose connections, valves, caps, drains, signage and fire-department connection.
Check the approved filling or activation arrangement and any air or supervisory components.
Perform the agreed functional, pressure, leakage or flow testing without leaving water trapped in dry piping.
Record deficiencies, corrective needs and BFP-related follow-up connected to our scope.
Straight answers about normally dry piping, water delivery, FDCs, response sequence, drainage, testing and project information.
It is a standpipe system whose piping is normally not filled with water. Water is introduced when the system is needed through the supply and activation arrangement defined in the approved design.
Not necessarily. Manual dry systems rely on fire-department pumping, while other approved dry arrangements can use automatic or semi-automatic water delivery. The exact type must be identified before design or modification.
It may be considered for selected conditions where water should not remain in the piping. The building, environment, response strategy, water source and authority requirements must support that choice.
Water is not already present at the hose connection, so the filling and supply sequence matters. FDC access, labeling, drainage, trapped water, valve operation, supervision and fire-service coordination need careful review.
Yes. We can assess the piping, hose connections, FDC, valves, drains, supervisory equipment and water-delivery sequence, then agree on testing and corrective work appropriate to the installed system.
Send the contact person, company, site location, new or existing status, and any plans, riser diagrams, system labels, FDC details, water-source information, specifications, bill of quantities or BFP comments available.
Send the site location, whether the project is new or existing, and any plans or system details available. We’ll review the information and contact you about the next step.
Reviewed by DGRB Fire Safety Technical Team · Updated August 9, 2026 · References: BFP Revised IRR of RA 9514 and NFPA 14 — Standpipe and Hose Systems.