All parameters given for an urban hydrant
Available Flow Calculation
Calculates available flow at a target residual pressure from static pressure, residual pressure, and measured test flow using the standard hydrant flow extrapolation exponent. The template reports pressure drops and available flow in L/s and m3/h.
4 fields
2 archetypes
with-tool
4 scored fields
contract fields
Parameter Map
4 inputs to 4 scored outputs
static_pressure_kpa
floatStatic pressure before flow test
1 to 5000kParesidual_pressure_kpa
floatResidual pressure during flow test
0 to 5000kPatest_flow_l_s
floatMeasured test flow
0 to 10000L/starget_residual_pressure_kpa
floatTarget residual pressure for available flow
0 to 5000kPa
Pressure drop during the flow test
Pressure drop from static to target residual
Available flow at target residual pressure
Available flow in cubic metres per hour
visibility contract
Difficulty Ladder
All parameters given across hydrant flow tests
All parameters given for industrial fire water systems
scenario bands
Archetype Atlas
urban_hydrant
2 contextsUrban hydrant available flow estimate
urban-hydrant / fire-flow-test
industrial_site
2 contextsIndustrial fire water available flow estimate
industrial-fire-water / hydrant-flow-test
rendered task
Generation Preview
industrial-fire-water-industrial-site-preview
- difficulty
- hard
- visibility
- all_given
- archetype
- industrial_site
- site context
- industrial-fire-water
visible fields
- static_pressure_kpa900 to 1500 kPa
- residual_pressure_kpa100 to 700 kPa
- test_flow_l_s20 to 1000 L/s
- target_residual_pressure_kpa100 to 700 kPa
withheld schema
Industrial fire water available flow estimate. industrial-fire-water. Required outputs: pressure_drop_test_kpa, pressure_drop_target_kpa, available_flow_l_s, available_flow_m3_h