A fire reserve tank schedule is the specification table your architect or fire protection engineer submits with a building permit application, listing required capacity, material, and tank type for BFP review. TankSmith supplies and installs FRP, GRP, HDG steel, and stainless steel systems from 1,000 to 500,000 liters, with matching booster pumps under one turnkey contract, installed nationwide in 5 to 14 days.
What a BFP Reviewer Checks Line by Line
A fire protection engineer's schedule gets reviewed entry by entry. Each line is checked for a capacity figure that matches the required fire flow calculation, a material and tank type that match what gets installed on site, and supporting certification that proves the material meets code. A mismatch between the schedule and the as-built tank is a common reason for rejection at review or at final inspection. TankSmith supplies tanks from 1,000 to 500,000 liters in FRP, GRP, HDG steel, or stainless steel 304 or 316 bolted panels, so the capacity and material entered on the schedule can match what gets delivered without a change order later. Because fire reserve capacity only works if the system can deliver it at pressure, TankSmith pairs each tank with a matching CDL or CDLF series vertical multistage centrifugal booster pump (0.37 kW to 200 kW, SS304) controlled by a duplex VFD panel built on Inovance VFDs, IP54-rated, with pressure feedback and auto-alternation between pumps. Entering both the tank and the pump system under one contract keeps the schedule's capacity line and its pressure line consistent, which is one of the first things a reviewer cross-checks.
Sample Fire Reserve Tank Schedule Entry Format
A typical schedule entry lists a tank ID, location, capacity in liters, material, applicable certification, pump pairing, and expected installation timeline. An illustrative entry might read: Tank ID FR-1, rooftop location, 50,000 liters, FRP bolted panel, WRAS-certified panel rated for potable water up to 65C plus ISO 9001 manufacturer QMS, paired with a duplex CDL booster system on an Inovance VFD panel, installed in 5 to 14 days depending on civil readiness. This format is illustrative only, not a record of a specific project, and the exact columns a reviewer expects can vary by city and by the fire protection engineer of record. What stays constant is that every line needs a capacity figure traceable to a calculation, a material that can be certified, and a pump pairing if the schedule also covers pressure delivery. TankSmith's capacity range of 1,000 to 500,000 liters per tank and 0.37 kW to 200 kW per pump covers the low end (a single-floor retrofit) through the high end (a hospital or industrial estate installation), so most schedule entries can be filled from one supplier without splitting the tank and pump line items between two contracts.
Material and Certification Notes to Enter Against Each Tank Line
The certification column on a fire reserve tank schedule is where a reviewer looks for proof the material will hold up for the tank's design life. TankSmith panels carry WRAS certification (potable water rated up to 65C), NSF-compliant liners, ISO 9001 manufacturer QMS, and TUV SUD testing, backed by a 3-year panel warranty and a 20 to 25 year design life. These apply across the four materials TankSmith offers: FRP bolted panels, GRP/SMC, HDG steel, and stainless steel 304 or 316. A fire reserve tank does not need potable-grade certification the way a domestic water tank does, but entering the same certification data on the schedule gives the reviewer and the building owner one consistent record if the tank is later re-purposed or shared between fire and domestic use. It also means the schedule does not need a separate certification trail if the building adds a second draw on the same tank down the line.
Dual-Purpose Tanks: Coordinating Fire Reserve With Domestic or Process Water
Many buildings in the Philippines draw fire reserve and domestic or process water from the same elevated or ground-level tank rather than running two separate systems. When that is the case, the schedule needs to show how much of the total capacity is allocated to fire reserve and how much is allocated to daily use, since a reviewer will check that the fire allocation cannot be drawn down by normal operations below the required reserve. TankSmith's capacity range of 1,000 to 500,000 liters per tank system is sized to cover combined allocations across the verticals that most often need this: hospitals and clinics (which need both fire reserve and clinical water redundancy), hotels and resorts (rooftop retrofits with booster pump integration), condominiums and high-rises (rooftop installs with tight-access constraints), and commercial laundry operations (sized to kg-per-day linen throughput alongside their fire allocation). Getting the split right on the schedule at the design stage avoids a second site visit to re-partition capacity after the tank is already installed.
Updating a Fire Reserve Schedule for an Existing Building
A fire reserve tank schedule is not only a new-construction document. Renovations, occupancy changes, and compliance upgrades on an existing building often require a revised schedule showing the current tank's capacity, material, and condition, especially if the original tank has degraded or the building's fire flow requirement has changed. TankSmith installs on a 5 to 14 day timeline depending on capacity and civil readiness, which fits the retrofit window most existing buildings can tolerate without a long shutdown of fire protection coverage. This covers rooftop installs on buildings with tight vertical access (condominium and high-rise retrofits), ground-level replacements where an old concrete or steel tank is swapped for a modular panel system, and installations inside PEZA or freeport sites in SBMA, Clark, Cavite, and Batangas, where an updated schedule is often required as part of a broader compliance review. Nationwide coverage across NCR, Luzon, Visayas, and Mindanao means the same turnkey process applies whether the revised schedule covers a single building or a multi-site industrial estate.
Frequently Asked Questions
The architect or fire protection engineer of record prepares and submits the schedule as part of the building permit package for BFP review. A tank and pump supplier like TankSmith does not file the schedule directly, but provides the capacity, material, and certification data the engineer needs to fill in each line, and can supply and install the tank and booster pump system named on it under one turnkey contract from 1,000 to 500,000 liters, in 5 to 14 days nationwide.
TankSmith supplies tanks from 1,000 to 500,000 liters per system, in FRP, GRP, HDG steel, or stainless steel 304 or 316 bolted panel construction. This range covers a single-floor condominium retrofit at the low end through a hospital, industrial estate, or multi-building commercial site at the high end, so most fire reserve schedule entries can be filled from one capacity range and one supplier.
Yes, if the fire reserve relies on pumped pressure rather than gravity feed, the pump pairing belongs on the same schedule line as the tank capacity and material. TankSmith pairs each tank with a CDL or CDLF series vertical multistage centrifugal booster pump (0.37 kW to 200 kW, SS304), controlled by a duplex VFD panel built on Inovance VFDs, IP54-rated, with pressure feedback and auto-alternation, supplied and installed under the same contract as the tank.
TankSmith panels carry WRAS certification (potable water rated up to 65C), NSF-compliant liners, ISO 9001 manufacturer QMS, and TUV SUD testing, backed by a 3-year panel warranty and a 20 to 25 year design life. These apply across FRP, GRP, HDG steel, and stainless steel 304/316 construction, and give a reviewer one consistent certification record even if the tank later serves a dual fire reserve and domestic or process water role.
TankSmith installs in 5 to 14 days, depending on the tank's capacity and how ready the civil works (foundation, access, piping) are on site. This timeline applies nationwide across NCR, Luzon, Visayas, Mindanao, and PEZA or freeport sites in SBMA, Clark, Cavite, and Batangas, for installs ranging from 20 KL to 500 KL.
Related Pages
- Fire Reserve Tank Systems for Philippine Buildings: Sizing, Materials, Install
- Fire Reserve Cistern Float Valve Design in the Philippines
- NFPA 22 Water Reserve Tank Sizing for Philippine Fire Code Compliance
- How to Size a Hospital Fire Reserve Water Tank in the Philippines
- How to Design a Fire Reserve Tank for Philippine Buildings
- Roof Deck Fire Reserve Water Tank Dimensions for Philippine Commercial Buildings
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