Equipment and Technology Guides

Practical water equipment guidance for stormwater monitoring, sampling, field meters, telemetry, pumps, treatment, reuse, and drainage applications.

Start with the equipment category

Equipment for industrial stormwater sites, outfalls, drainage areas, rainfall triggers, inspections, and field documentation.

Manual and automatic sampling equipment for grab samples, composite samples, storm events, and water quality programs.

Level loggers, pressure transducers, staff gauges, ultrasonic sensors, and field setups for drainage and water monitoring.

Options for storing field data, transmitting readings, building alerts, and reducing manual site visits.

Field meters, sondes, probes, calibration supplies, lab coordination, and monitoring plan considerations.

Tools for pipes, channels, outfalls, flumes, weirs, temporary monitoring, and long-term flow records.

Pump selection, pump curves, duty point, controls, wet wells, backup operation, and maintenance access.

Filtration, disinfection, storage, treatment trains, monitoring requirements, and reuse planning.

How to match sampling equipment to industrial site layout, stormwater permit needs, and event monitoring workflow.

When a handheld meter is enough and when a multiparameter sonde is better for longer deployments.

Compare grab sampling, automatic sampling, composite sampling, staffing needs, power, and maintenance.

Choose logging and communication options for field monitoring, alarm workflows, and data review.

Understand flow, head, wet well operation, controls, power, access, and duty point before choosing a pump.

What problem must the equipment solve: compliance, screening, design data, operations, or troubleshooting?
What will be measured: flow, level, rainfall, pH, temperature, turbidity, conductivity, dissolved oxygen, or another parameter?
Will the equipment be used for a short field study, a permit-driven program, or permanent monitoring?
What are the power, access, weather exposure, safety, calibration, and maintenance constraints?
How will data be reviewed, stored, transmitted, and used for decisions?