Article library
Browse plain-English guides to public water treatment, distribution, storage, pumping, maintenance, water quality, drought resilience, funding, and emergency planning.
A plain-English overview of public water systems from source water and treatment to storage, pumping, pressure zones, pipes, meters, and customers.
Topics: source water, treatment plants, storage
How water treatment plants turn raw water into finished water using barriers such as intake protection, screening, settling, filtration, disinfection, and monitoring.
Topics: water treatment plants, raw water, filtration
What water mains do, how transmission and distribution pipes differ, and why pipe age, material, pressure, soil, and valves affect reliability.
Topics: water mains, distribution pipes, transmission mains
How pumps, tanks, valves, and pressure zones help water utilities serve hills, tall areas, distant customers, and changing demand.
Topics: pumping stations, pressure zones, booster pumps
How water towers, ground tanks, standpipes, clearwells, and reservoirs support pressure, reserve capacity, firefighting, and water quality.
Topics: water storage tanks, water towers, reservoirs
How utilities collect raw water from rivers, lakes, reservoirs, groundwater, desalination, or blended sources before treatment and distribution.
Topics: source water, raw water, intakes
Why pipe material, installation era, soil, pressure, corrosion, traffic loading, and break history matter when water utilities plan replacement.
Topics: pipe materials, cast iron, ductile iron
Why water mains break, what utilities do during repairs, and how pressure, pipe condition, valves, roads, and public notices fit together.
Topics: water main breaks, pipe failures, valves
How valves and hydrants help utilities operate, flush, isolate, test, repair, and maintain a public water distribution system.
Topics: water valves, hydrants, isolation
Why finished water quality can change inside pipes and tanks, and how utilities manage water age, disinfectant residual, corrosion, pressure, and flushing.
Topics: water quality, distribution systems, water age
Why utilities flush water mains and hydrants, how flushing supports water quality, and why maintenance programs matter for reliability.
Topics: flushing, hydrant flushing, water system maintenance
How water infrastructure can support firefighting where designed, and why pipe size, hydrants, storage, pressure, and land use affect fire flow.
Topics: fire flow, hydrants, water pressure
How leaks, meter errors, unauthorized use, and unbilled water affect public water systems, costs, pressure, and long-term infrastructure planning.
Topics: leak detection, non-revenue water, water loss
How utilities prioritize water infrastructure renewal using asset inventories, condition data, risk, consequence, lifecycle cost, and service goals.
Topics: asset management, water utility, capital planning
Why water utilities use energy for pumping, treatment, storage, controls, pressure, and resilience, and how efficiency affects cost.
Topics: energy use, pumping, water utility
How water systems prepare for drought through source diversity, storage, conservation, leak reduction, demand management, and emergency planning.
Topics: drought, water supply, resilience
How population growth, industry, housing, institutions, and land development affect water treatment capacity, pipes, storage, pressure, and funding.
Topics: growth planning, water capacity, development
How water systems are funded through rates, capital budgets, reserves, debt, grants, connection fees, and long-term renewal planning.
Topics: water infrastructure funding, rates, capital budgets
Why small public water systems face special challenges with staffing, funding, treatment, monitoring, maintenance, resilience, and compliance.
Topics: small water systems, rural utilities, operators
How water utilities prepare for outages, contamination, floods, drought, cyber incidents, equipment failures, staffing shortages, and communication needs.
Topics: emergency planning, water utility, resilience
How climate-related pressures can affect water supply, treatment, flooding, drought, energy, pipe breaks, source quality, and infrastructure planning.
Topics: climate resilience, water infrastructure, flooding
