Detect leaks through a temporary or permanent monitoring that integrates a system of alerts to keep you informed at all times.

Multiparameter: This equipment has a hydrophone, geophone and pressure sensor, the monitoring is mainly done in municipal distribution networks, the equipment is placed in approximate distances of 500 meters, working in pairs and it is possible that one equipment is pair of others more, which is beneficial given the general structure of the distribution networks. The operation is performed through vibration or sound in the field and in the liquid medium, the team has the ability to analyze the data obtained and identify with great precision if the event you are analyzing is a leak, the team will immediately send a alarm in case of identifying some phenomenon.

The pressure sensor that incorporates the multiparameter equipment allows to monitor transient pressures with a record of 125 readings per second, which gives the ability to identify the origin of overpressure, and the complete evolution over time, if a Flow sensor to this equipment, this will be able to identify collapses of water transmission lines.

Acoustic probe with CCTV: Through this probe it is possible to monitor up to 1km in any direction, the probe is inserted through existing accessories of at least 2 ", the technology used by this probe is a high resolution acoustic microphone the which detects the known frequencies of a leak in real time, additionally the camera allows the video to be recorded and displayed on a screen, this allows the operator of the equipment to analyze the information in more detail, you can also go back and forward the probe at any time to ensure the existence of an event.

Fiber optics: This type of monitoring is suitable for detecting leaks in real time in great length systems, this is achieved with specialized controllers which can transform to standard communications cable into an element sensitive to changes over temperature, deformation and acoustic events. A controller has the ability to analyze tens of kilometers per channel, making it possible to launch one channel downstream and another channel upstream, which when installing the equipment in an intermediate location can reach its maximum distance.

The most common method for detecting water or gas leaks is through temperature change, this equipment can detect changes in temperature with an accuracy of 0.01 C, when the fluid touches fiber, it will generate a point change in temperature which is easily recognizable and will alert immediately indicating the location with an accuracy of 1 meter and allowing permanent monitoring

High power and precision flow measurement: Traditional flow measurement equipment by ultrasonic technology have various restrictions in terms of pipe material and installation conditions, being generally standard power equipment where it is difficult to measure in pipelines with large thicknesses, materials such as prestressed concrete, asbestos cement, etc.

COET cuenta con equipos de detección de flujo de alta potencia y alta precisión, estos equipos se pueden colocar en diámetros grandes de hasta 6 metros reales, al ser equipos de alta potencia, estos tienen la capacidad de traspasar los espesores de pared más grandes y casi cualquier material, a cada equipo se le pueden colocar varios pares de transductores lo cual puede mejorar la precisión hasta la requerida por el cliente. Con esto, se pueden identificar fugas de menos del 1% del flujo total al instalar un equipo al inicio y otro al final del tramo que requieren monitorear. Este monitoreo se puede colocar de manera permanente y los equipos serán libres de calibración y mantenimiento.

Correlators:This method of monitoring consists of the installation of two correlators, which are acoustic sensors with amplifiers, which have the ability to analyze a wide range of sound frequencies and Duration Time the speed of sound within the pipeline. The correlators are installed at the ends to be monitored and allow detecting if there are leaks between the correlators. The leak detection system analyzes in a short time the sound inside the pipeline, applies filters and algorithms, and finally graphs the result in a computer with specialized software on site, where you can see the precise point where it is located. leakage.