Idrica GoAigua - Drinking Water Software Solutions
Integration of all available applications. Single management point for all active solutions, which are linked together via the data model and GoAigua’s smart algorithm engine.
Smart SCADA
Global vision of the operational status of the company through the integration of decentralized data and advanced algorithms for decision-making.
Leaks
Monitoring of drinking water distribution networks to detect fraud and customer and system leaks at an early stage using smart algorithms.
Smart Metering
Integration, management and advanced analysis of data from different types of meters and communication methods.
Digital Twin
Real-time model of the water distribution network, linking data taken from sensors to conventional hydraulic models. Simulation of different scenarios and real-time operations.
Asset Management
Generation of asset renewal master plans based on cross-functional criteria (materials, historical leaks, complaints, actions, invoicing, mathematical models, etc.)
Work Orders
Field work management and planning focused on predictive, preventive and corrective processes. Mobility App and route optimization for field workers.
Billing
Centralized management of the entire reading, billing and payment cycle. Parameterization of processes based on prior definition of rules and criteria.
Customers
Comprehensive management of all customer service processes. Customers interact directly with the company and receive value-added services via the Virtual Office.
- Work on assets, configuration of alarm thresholds and criteria for automatic generation of work orders
- Digital Twin for simulations and what-if scenarios
- Easy integration and duplication of information from previously implemented SCADAs and other data sources
- Autonomous creation of synoptics via an intuitive “drag and drop” widget system
- Monitoring and control of results, sampling rounds and analytical procedures
- Comparison of results from manual sampling and SCADA data
- Automatic notification of anomalous results and defining trends
- Monitoring of unit processes in the facility , loads and efficiencies
- Reaction to changes in maintaining the quality of influents and effluents
- Optimization of reagents according to the quality of influents
- Improvement of filter washing cycles, membrane cleaning and sludge drying
- Fraud and leak detection based on the use of network sensors and remote meter readings
- Comparison between water injected and water consumed in a specific sector to increase the network’s efficiency
- Readings and alarms are integrated regardless of manufacturer or technology.
- Data is monitored in real time.
- Demand can be forecast, consumption patterns can be established and meter-related events can be detected.
- Workforce and work routes are optimized. Work is planned and field operations are prioritized.
- Geo-location of workers via the mobility App and advanced algorithm
- Interoperability with ERP and CMMS
- Optimization via smart algorithms to reduce energy costs based on forecast demand, pump efficiency and energy costs.