Transmission main
Surge vessel sizing and air valve placement for a large-diameter line, with a bilingual deliverable for the contractor.
SELECTED WORK / REPRESENTATIVE SYSTEMS
Different pipelines.
One clear standard.
Every model is built around the actual route, pumps and operating cases. These anonymized examples show the range of systems and decisions our studies address.
FEATURED STUDY / 01DN1800 / 30 KM
A single trip across
thirty kilometres.
Four duty pumps feeding a long rising main lose power together. Without protection, low pressure opens vapour pockets along the high points; the rebound drives the maximum envelope toward 850 m of head. A vessel and air-valve scheme changes the outcome.
MORE SYSTEMSGEOGRAPHY / APPLICATION / DECISION
Experience across
real conditions.
Treated water rising main
Twenty-four air valves and a 20 m³ bladder vessel assessed across three build phases in one model.
Raw water intake
Check-valve review, closure optimization and joint protection using surge anticipation and anti-surge air valves.
Wastewater duty
Repeated start-stop cycles and combination air-valve protection for twin treated-sewage-effluent mains.
Long-distance raw water
Multi-summit main with column-separation risk; one-way surge tank compared with bladder-vessel protection.
Sewage rising main
Column separation mapped along a deep-shaft route; vessel and air-valve scheme checked against the worst trip.
Intake and clear water
Intake and clear-water pump stations analyzed together with their raw and treated transmission mains.
Rotating inertia review
Alternatives compared where manufacturer inertia data was unavailable, informing the required flywheel effect.
YOUR PROJECTA SPECIFIC SYSTEM NEEDS A SPECIFIC STUDY
Bring us the
hard case.
Send the route, pump duty and protection already planned. We will define a scope against your system.