Water Leak Detection and Fraud Prevention
GeoAI to mitigate water stress: 30% of potable water is lost due to leaks in the supply network
Agforest Solutions
Water Leak Detection in Supply Network
Non-Revenue Water (NRW) Detection
Irrigation Optimization in Agriculture
Efficient Water Resource Management
30% of Potable Water Affected
A third of the world’s potable water that passes through the supply network is lost to leaks due to the network’s obsolescence.
€2.8 Billion in Losses
Supply network losses not only jeopardize human survival but also have a significant economic impact: €2.8 billion annually.
25 Million Years of Consumption
Annually, 1.4 trillion litres of water are lost. An average citizen consumes 150 litres daily, making this equivalent to 25 million years of water consumption.
Monitoring the Supply Network and Risk Prediction
55% Reduction in Losses
Combining geospatial data analysis with AI algorithms helps reduce water losses in the supply network by 55%.
64% Leak Prediction
Our solution predicts 64% of water leaks. Allowing efficient water management by addressing imminent potential leaks.
Sixfold Efficiency Increase
Understanding the water supply network situation multiplies fieldwork efficiency by six.
Water Leak Detection in the Supply Network
We combine geospatial data with available information about the supply network. Predictive models based on our AI algorithm are used to predict and detect leaks. Changes in vegetation or seismic movements, along with the leak history, provide precise knowledge of water resource management.
Identifying Non-Revenue Water (NRW)
Climate change has caused weather changes, making rainfall increasingly scarce. Restrictions to mitigate water stress effects, such as pool filling bans or irrigation limits, are crucial for ensuring water accessibility for all citizens. We apply GeoAI to effectively identify and address non-revenue water consumption.
Identifying Non-Revenue Water (NRW)
Climate change has caused weather changes, making rainfall increasingly scarce. Restrictions to mitigate water stress effects, such as pool filling bans or irrigation limits, are crucial for ensuring water accessibility for all citizens. We apply GeoAI to effectively identify and address non-revenue water consumption.
Irrigation Optimization in Agriculture
The agricultural sector consumes 85% of the planet’s freshwater. We have the knowledge, tools, and experience necessary to optimize irrigation in agriculture. Our solutions can reduce input consumption by up to 20%. Ensuring sustainability and profitability for the development of the agricultural sector.
Our Commitment to Water Management
At Agforest, we are dedicated to the conservation and responsible use of this vital resource.
Anticipating Historical Challenges
Prevention is key in water management, and our technology enables us to foresee potential problems. Our ability to detect agricultural water consumption fraud and identify leaks in supply networks helps prevent significant water losses and minimize environmental impact.
Transforming Data into Meaningful Actions
In a data-saturated world, the real essence lies in converting information into meaningful actions. We process large volumes of data to extract valuable and practical insights, empowering our clients to make informed and strategic decisions, improve water efficiency, and reduce their environmental impact.
Committed to Water Sustainability
In collaboration with our clients, we develop solutions that meet their needs while protecting a natural resource. Our goal is to contribute to building a sustainable present where water is used efficiently and responsibly.
According to a 2022 European study titled “Towards energy efficient and asbestos-free dwellings through deep energy renovation,” it is estimated that there are approximately 2 million tons of asbestos in Spain. The amount in Europe is significantly higher, prompting Europe to adopt a strategy to remove all asbestos by 2032.
Specifically, in Spain, Law 7/2022 mandates municipalities to begin inventorying and scheduling asbestos removal. Public buildings must have all asbestos removed by 2028, while private buildings are expected to meet the European deadline of 2032.
Identifying Water Scarcity Areas
Our key focus is to identify and map areas with water scarcity, enabling our clients to make informed and strategic decisions. Using geospatial data science techniques, we analyze relevant data such as rainfall, river and reservoir water levels, and consumption patterns.
Public buildings must have all asbestos removed by 2028, while private buildings have until 2032.
Using Agforest’s Ag4Asbestos software, the inventory and removal scheduling (Phase I of asbestos management) can be completed in less than one month.
Developing Customized Conservation Strategies
We design personalized conservation strategies based on specific data analysis for each client. By considering variables such as industry, geographic location, and population size, we can offer tailored solutions that help optimize water consumption and reduce waste.