Services

At WATA Group L.L.C-FZ, we initiate the water efficiency cycle with advanced metrology solutions for residential and industrial use. Thanks to our strategic alliance with MIC, we implement transit-time (ultrasonic) metering technology, guaranteeing unwavering accuracy and billing management solutions adapted to any social and geographic environment.

Ultrasonic Metering Technology:

• • • Transit-Time Accuracy: Unlike mechanical meters, our equipment uses ultrasonic sensors to measure flow velocity with extreme sensitivity, detecting even the smallest leak rates without frictional wear.
    • No Moving Parts: By eliminating turbines and gears, the meter does not become clogged with sediment or lose accuracy over time, ensuring a lifespan of up to 15 years without maintenance.
    • Tamper-Proof: Equipment designed with advanced protection against magnetic fraud and physical tampering, guaranteeing the integrity of consumption data.

Prepaid Systems (Guaranteed Payment Solutions): For areas of the network where bill management and recurring payments present logistical or administrative difficulties, we offer the MIC Prepaid System:

1. 1. Integrated Supply Control: The meter incorporates an internal motorized valve that allows or restricts water flow based on the available balance.
   2. Flexible Balance Top-Up: Users can top up their supply using smart cards, codes, or mobile platforms, eliminating the need for physical bills and in-person payment processes.
   3. Financial Security for the Operator: This system ensures prepayment for the resource, reducing delinquency to zero and providing immediate liquidity for infrastructure maintenance.
   4. Emergency Management: Configuration of "emergency credits" or minimum vital consumption levels to guarantee service under controlled conditions.

Digitization with the MIC Web Application: All our equipment integrates with the MIC web platform, enabling:

• • • Real-Time Monitoring: View balances, consumption, and network status from any device.

    • Alarm Detection: Automatic notifications for internal leaks, reverse flow, or equipment tampering attempts.

    • ANR Optimization: Water balance tools to identify commercial and physical losses in critical areas.

At WATA Group L.L.C-FZ, we implement the most advanced CCTV inspection systems on the market for the precise diagnosis of drinking water and sanitation networks. Our technology allows for detailed visualization of the internal condition of the pipes, facilitating decision-making based on real and accurate data.

Technical Specifications of the Equipment:

• • • High-Definition (HD) Optics: Cameras equipped with state-of-the-art sensors that deliver crisp images and true-to-life colors, enabling the identification of microscopic cracks, root intrusions, or incipient corrosion.

    • Pan-Tilt-Swivel Heads: Camera systems with full pan and tilt movement, allowing for detailed inspection of joints and service connections perpendicularly.

    • Measurement and Profiling Sensors: Incorporation of technology for real-time measurement of slopes, diameters, and deformations using precision sensors.

    • Long-Reach Robotic Systems: All-terrain tractors with all-wheel drive, designed to travel long distances and overcome obstacles or sediment in pipes of any material.

Specialized Applications:

1. 1. Drinking Water Networks: Specific equipment for working in clean water environments, guaranteeing watertightness and compliance with hygiene standards.
   2. Sanitary and Sewerage: Robust systems prepared to work in adverse conditions and explosive atmospheres (ATEX Certified).
   3. Professional Reporting Software: Automatic generation of technical reports with defect coding, linked photographs, and diagrams of the inspected network.

Key Advantages:

• • Non-Invasive Diagnosis: Avoids unnecessary trenching by locating the exact point of the fault.

  • Repair Precision: Enables the planning of targeted rehabilitations (such as the lining system we offer), optimizing maintenance investment.

  • Technical Documentation: Delivery of high-quality recordings and cartographic data for network asset management.

At WATA Group L.L.C-FZ, we have state-of-the-art robotic milling units for trenchless pipeline rehabilitation and maintenance. These machines combine exceptional cutting power with millimeter-precise control, allowing us to remove internal obstructions and prepare pipes for lining or spot repairs.

Technical Capabilities of the Equipment:

• • • Versatile Cutting Power: Robots equipped with high-torque electric motors, capable of removing concrete remnants, severe mineral deposits, grease buildup, and intrusive roots.

    • Service Connection Opening: Specially designed for reopening lateral service connections after a lining rehabilitation process, guaranteeing a clean and precise finish without damaging the new lining.

    • 4-Axis Mobility: Heads with complete freedom of movement (rotation, rotation, elevation, and feed), allowing work at any angle within the pipe, even in small diameters.

    • Monitoring Systems: Equipped with high-definition cameras so the operator can monitor the milling process in real time, ensuring maximum structural safety of the host pipe.

Specialized Applications:

1. 1. Critical Obstruction Removal: Cleaning of construction debris, steel rods, or joint protrusions that impede normal flow or the insertion of liners.
   2. Surface Preparation: Pre-milling to ensure the adhesion of spot repair systems in sanitary and industrial networks.
   3. Long-Distance Network Work: Motorized units capable of operating at great distances from the access point, optimizing intervention times.

Key Advantages:

• • • Maximum Precision: Remote control from a mobile unit allows for surgical cuts inside the network.

    • Robustness and Durability: Equipment built with corrosion-resistant materials and designed to work under the most demanding conditions of wastewater networks.

    • Cost Savings: Avoids the need for excavations to remove localized blockages, drastically reducing the repair budget.

At WATA Group L.L.C-FZ, we implement a comprehensive methodology for leak detection in potable water distribution networks. We utilize high-precision acoustic and digital technology to reduce Non-Revenue Water (NRW), optimizing water resource efficiency in any type of environment.

Our Technological Tools:

• • • High-Sensitivity Geophones: Acoustic listening devices designed to capture vibrations generated by underground leaks with exceptional clarity. They incorporate digital frequency filters that eliminate ambient noise, allowing for precise and accurate location of the leak point.

    • High-Performance Digital Correlators: Systems that use wireless sensors placed on valves or hydrants to calculate the exact location of a leak by measuring the time difference in sound arrival. They are ideal for long pipes made of various materials, including plastics and metals.

    • Intelligent Acoustic Prelocators (Dataloggers): Rapidly deployable devices that continuously monitor the network, typically at night, to identify areas suspected of leaks by analyzing the minimum noise level. They transmit the information wirelessly for predictive maintenance management.

Advantages of our methodology:

1. 1. Reduced Economic Losses: We locate leaks before they become critical breakdowns, saving on repair costs and treated water.
   2. Minimal Intervention: The precision of our equipment avoids unnecessary excavation, minimizing the impact on public roads.
   3. Versatility: Technology adapted for both small urban networks and large transport pipelines in industrial environments.
   4. Fast Response: Signal digitization allows our technicians to identify critical points in record time.

At WATA Group L.L.C-FZ, we offer comprehensive solutions for real-time monitoring of physicochemical parameters. Our technology guarantees security of supply and compliance with environmental regulations, adapting to both remote distribution networks and critical treatment infrastructure.

1. Monitoring in Distribution Networks and Tanks (Autonomous)

Specifically designed for sites without access to the electrical grid, our multiparameter analysis systems operate completely autonomously.

• • • Ultra-Low Power Technology: Equipment optimized to operate on long-life batteries, integrating residual chlorine, turbidity, pH, and conductivity sensors into a single compact panel.
    • Remote Point Management: Ideal solution for end-of-network or isolated tanks where quality monitoring is critical but there is no power infrastructure.
    • Integrated Wireless Transmission: Automatic data and alert transmission to the management platform, enabling an immediate response to any deviations in disinfection levels.

2. Control in Water Treatment Plants, Reservoirs, and Large Infrastructures

For facilities with available power, we implement high-precision systems combined with advanced control and command telemetry.

• • • Laboratory-Grade Analyzers: Continuous measurement equipment for complex parameters (free/total chlorine, ozone, chlorine dioxide) that offer maximum stability and precision in treatment processes.

    • Industrial Telecontrol and Telemetry: Integration with remote management stations that allow not only data reading but also remote control of actuators and pumps, optimizing reagent dosing.

    • Standard Communication Protocols: Full compatibility with SCADA systems through open industrial protocols, ensuring seamless integration into the overall water cycle management.

3. Water Quality in Sanitation and Wastewater Networks

Robust monitoring for harsh environments, focused on environmental protection and discharge control.

• • • High-Immersion Sensors: Multiparameter probes designed for direct contact with wastewater, measuring parameters such as dissolved oxygen, redox potential, temperature, and organic pollution levels.

    • Simplified Maintenance: Optical sensor technology with self-cleaning systems minimizes maintenance visits and ensures reliable measurements under high solids load conditions.

    • Pollution Event Detection: Intelligent algorithms identify industrial spills or sudden changes in water composition, protecting treatment plants and receiving water bodies.