Distribution, Pumping & Storage
Demand, pressure, pump, storage, and operating analyses.
ONE WATER ENGINEERING PORTAL
Current tools support preliminary analysis and learning. Planned modules will extend the laboratory across water distribution and storage, sanitary-sewer flow and HGL, wet-weather I&I and SSO screening, stormwater runoff and detention, culvert and outfall capacity, reuse balancing, advanced treatment, energy, and lifecycle cost. Planned functions are presented as a development roadmap—not as currently available production capabilities.
An integrated Nepal-oriented run-of-river hydropower design environment—from historical hydrology and flood-frequency analysis through headworks, conveyance, penstock transients, turbine-generator selection, powerhouse arrangement, and tailrace design.
Demand, pressure, pump, storage, and operating analyses.
Sanitary flow, HGL, I&I, surcharge, and SSO-risk screening.
Runoff, detention, conveyance, culvert, and outfall capacity.
Demand-supply balancing and advanced purification process calculations.
Criticality, intervention, energy, and lifecycle-cost comparison.
Preliminary friction-loss screening for pressurized water mains using U.S. customary units.
0.66 ft per 1,000 ft
Preliminary peak-flow estimate for small drainage areas. Confirm local applicability and design criteria.
Q = C × i × A = 0.75 × 6 × 50
Estimate hydraulic and input horsepower for a water pump at a defined operating condition.
53.7 water hp at 78% efficiency
Transparent screening score for early portfolio discussions; not a substitute for a validated asset-management model.
Weighted score: 10.8 of 75
Rapid maturity conversation across the six conditions required for durable digital transformation.
Average maturity: 2.3 / 5.0
Prepared and reviewed by: AquaTwinX Technical Team
Last reviewed: August 2026
Calculators are educational and preliminary planning resources. Users remain responsible for confirming equations, units, input validity, applicable standards, and project-specific requirements.