Pumps, Pressure & Pipe Flow
Build flow, TDH, loss, duty point, power and suction checks.
Open system →Hydraulic field bench
Practical tools, field-oriented guides and technical references for pumps, wells, storage, monitoring, irrigation, reuse, industrial rinse water and treatment—from source testing to documented use.
Built for global use with SI-first calculations and common US customary units. Results support preliminary planning; they are not formal design, sampling authorization, potable-safety or regulatory approval.
System, not a card catalogue
Water-system decisions depend on each other. Storage changes pump duty. Pipe size changes friction. Pressure requirements change power. Treatment and end use shape the whole path.
Eight connected system clusters
Build flow, TDH, loss, duty point, power and suction checks.
Open system →Connect source yield, pumping, pressure, stored volume and roof collection.
Open system →Plan well volume, low-flow setup, equipment exchange and stabilization evidence.
Open system →Measure supply, build zones, set runtime and troubleshoot coverage.
Open system →Test first, identify the problem, sequence treatment and verify performance.
Open system →Measure reusable supply, match demand, distribute events and check economics.
Open system →Meter use per vehicle, balance reclaim, size buffers and check payback.
Open system →Audit flow, quantify drag-out, compare staging and verify savings.
Open system →Monitoring well field operations
Calculate standing well volume, an entered purge target, pumping time and whole containers.
Open resource →Check screen, intake, water-level, drawdown and flow geometry against entered limits.
Open resource →Calculate tubing and flow-cell displacement before each field reading.
Open resource →Analyze a local field log against user-entered stabilization criteria.
Open resource →Move from well construction and water levels to equipment setup, field logs and documented handoff.
Open resource →Three ways in
Each published cluster has a distinct user decision, repeat-use tools, primary-source methods and a connected workflow. The monitoring-well expansion adds field geometry, equipment displacement and local-log analysis while keeping criteria and authorization with the governing plan.