Los sistemas de agua responden a las evaluaciones de riesgo AWIA mientras cercan plantas, embalses y decenas de estaciones de bombeo sin personal. RBtec dota a cada tipo de sitio de una capa de detección zonificada estándar que reporta por la telemetría que el sistema ya utiliza.
The scenarios that keep water security managers awake run from copper and equipment theft at remote pump stations, through vandalism at tanks and wells, to the high consequence fear at every intake and reservoir: deliberate contamination. What makes the job hard is not one hardened site but dozens of small distributed ones, most of them unmanned, many of them surrounded by vegetation and wildlife that torment cheap motion sensors.
America’s Water Infrastructure Act, through Safe Drinking Water Act section 1433, requires community water systems serving more than 3,300 people to complete a Risk and Resilience Assessment and an Emergency Response Plan, and to recertify both every five years. The second recertification cycle lands through 2027, which is when assessment findings about perimeter gaps turn into funded projects. EPA and WaterISAC guidance and the AWWA J100 methodology shape what those assessments look for: documented detection and response at critical assets.
Differently, with the same architecture. The treatment plant fence takes zoned sensing, with each zone tuned to its surroundings and alarms carried to the operations center. A remote pump station or well site takes a small one or two zone kit that wires into the site RTU, so the intrusion alarm arrives over the same SCADA or telemetry path as the process alarms. An open reservoir takes a covert buried ring that nothing above ground reveals.
By site type, not by site. One design for plants, one for pump stations, one for reservoirs, each documented once and repeated everywhere, which is what turns an AWIA finding into a program the board can fund and the operations team can maintain.
Zoned fence detection on treatment plant perimeters.
Small standard kits reporting through the site RTU and SCADA.
LGDS covert buried rings around reservoirs and intakes.
Per zone tuning for vegetation, wildlife and weather.
A documented answer to AWIA gap findings.One standard design per site type across the system.Alarms travel the telemetry paths already in place.Passive sensors with very low upkeep.Estamos aquí para ayudarte. Ya sea una pregunta rápida o algo más complejo: sin presiones, solo respuestas.
AWIA requires community water systems over 3,300 population to complete Risk and Resilience Assessments and Emergency Response Plans and recertify them every five years. It does not mandate specific equipment, but assessments that identify perimeter detection gaps expect a documented response, and zoned intrusion detection is a common one.
With a small standardized kit: one or two detection zones on the station fence, wired into the site RTU so the intrusion alarm reaches the operations center over the same telemetry as process alarms. No new communications infrastructure is needed.
A zoned sensing cable such as IRONCLAD or MicAlert on the existing fence. Zoning matters because plants sit in mixed surroundings: the zone along the tree line needs different tuning than the zone along the road.
Yes. RBtec processors output dry contacts that wire into the site RTU, so perimeter alarms ride the existing SCADA or telemetry path and appear where operators already look.
With covert buried detection. A buried sensing ring around the reservoir reports foot and vehicle approach with nothing visible above ground, which avoids both vandalism of the sensor and the fence line a reservoir often cannot have.
Despliegues reales, con el problema que enfrentó cada sitio,
qué se instaló y cómo funciona.
RBtec ofrece soluciones innovadoras de seguridad perimetral que gozan de confianza en todo el mundo. Con más de 5,000 sistemas instalados en 57 países, nuestros productos combinan confiabilidad, rentabilidad y un diseño fácil de usar, independientemente del tamaño del sitio o del nivel de riesgo.
