Guaranteeing sustainability
Managing critical water assets
Cost-efficient water-cycle services
Awareness & understanding
Increase food production
Welfare & healthy growth
Ensuring safe water
Access to timely water data
Reliable observation and forecasting
Information-based value
Efficient processes
Sustainable water infrastructures
Specialised advice
Efficient and competitive
Support, prevent and improve
Innovative, fast and low risk
Cost effective and scalable
Digital water expert and global leader in water, environmental and weather innovative technologies.
We design solutions for water utilities and government agencies, harnessing the power of digital technologies to drive sustainability, efficiency and resilience.
Real-time online detection and management of pollution episodes
Adasa has successfully provided solutions and services to a plethora of government agencies and utilities. We are pioneers at resolving the ever-increasing need to manage data and nurture its full potential and value efficiently.
Australia Adasa’s unique offering - specialists in both digital and water - made them the perfect technology partner for us. Their ability to interpret our problems broadly and then propose and build solutions we had not before considered, was critical to the success of a number of large and publicly visible projects at WaterNSW.
Adasa’s unique offering - specialists in both digital and water - made them the perfect technology partner for us. Their ability to interpret our problems broadly and then propose and build solutions we had not before considered, was critical to the success of a number of large and publicly visible projects at WaterNSW.
Adasa has supplied Getxo with its aquaBio analyser to enhance microbiological monitoring of the water at Las Arenas beach
Adasa has supplied Getxo Town Council with its aquaBio analyser, an advanced solution for microbiological water testing that will enable enhanced monitoring of water quality at Las Arenas beach this summer, as well as supporting official Public Health checks.
The introduction of this technology forms part of the new daily reporting system launched by the Council to provide the public with up-to-date data on changes in water quality at this beach, situated near the mouth of the estuary and subject to occasional variations linked to factors such as tides, currents or rainfall.
With aquaBio (more information here), Getxo will be able to carry out microbiological tests quickly and have results available within a few hours of taking samples. The system allows for the analysis of key indicators of water hygiene quality, particularly Escherichia coli and enterococci, parameters commonly used in the assessment of bathing waters.
The added value provided by Adasa will offer supplementary information to the official checks carried out by Public Health, which will continue to be the health benchmark in accordance with current regulations.
“For Adasa, this project perfectly illustrates the value of technology applied to water management: providing reliable, rapid and useful information to help public authorities make decisions and communicate more effectively with the public,” says Raúl Alonso, Water Sensors Sales Manager at Adasa. Alonso adds that “aquaBio transforms microbiological monitoring into a tool for transparency, prevention and trust”.
The information obtained through daily analyses will be made available to the public via the designated municipal channels, both on the council’s website and on signage installed on the beach itself. In this way, users will be able to consult the latest available analysis and find out the corresponding water quality classification.
Multiple applications of aquaBio
Developed by Adasa, aquaBio is a system designed to monitor the microbiological quality of water in various applications, ranging from beaches and bathing areas to wastewater treatment plants, water reuse, agriculture, industry, environmental monitoring and drinking water. In coastal and tourist environments, the technology helps to strengthen public health protection, improve the response to specific incidents of pollution and increase transparency in the communication of environmental data.
With this supply agreement, Adasa is consolidating its role as a technology partner for public authorities and operators seeking to move towards safer, more efficient and data-driven water management.
At the 38th DAQUAS Congress, Adasa will demonstrate how digitalisation is transforming the management of the entire water cycle
Digital transformation has established itself as one of the key pillars for tackling the challenges facing the urban water sector. Against this backdrop, Adasa will be taking part in the 38th DAQUAS Congress – organised by the Spanish Urban Water Association – from 3 to 5 June. The event, to be held at IFEMA Madrid, will bring together professionals, companies and institutions committed to innovation and sustainability in water management.
The company will be present at stand 7, where it will showcase its technological solutions designed to promote more efficient, resilient and intelligent management of the entire water cycle. Through various solutions and case studies, Adasa highlights the value delivered by digitalisation, data integration and operational intelligence to improve decision-making and optimise operational processes.
Among the technologies to be presented during the conference are solutions for the advanced operation of urban drainage and sanitation networks, plant optimisation and smart maintenance, early warning systems for water quality, online microbiological monitoring, leak detection, and data integration and operational intelligence platforms capable of transforming large volumes of information into actionable knowledge for operators.
Digital twins to automate the upstream supply process
In addition to its presence in the exhibition area, Adasa will actively participate in the conference’s technical programme. On 4 June at 10.20 am, in the Madrid Room, Borja Sanz Llorente, representing Adasa, and Esther Palacín, from SUEZ, will deliver a presentation entitled “Automated operational control using digital twins in new customer connections”.
During the session, the evolution of digital twins will be analysed, from their initial role as decision-support tools to becoming systems capable of automating operations in real time. The presentation will demonstrate how these technologies integrate operational data, operational constraints and advanced algorithms to generate and apply control signals directly to water infrastructure.
The speakers will also explain how this approach enables the growing complexity of high-level supply systems to be managed more efficiently, whilst simultaneously optimising variables such as demand, operating costs, energy consumption and operational conditions.
The presentation will include real-world implementation case studies in which the use of digital twins has led to measurable improvements in energy efficiency and reductions in operating costs, as well as a discussion of the main challenges associated with managing organisational change and the evolving role of the operator in increasingly automated environments.
A meeting point for sharing knowledge and innovation
Adasa’s participation in the DAQUAS Congress forms part of the company’s commitment to actively collaborating with the water sector and contributing to the exchange of knowledge amongst professionals in the industry.
Over the three days of the event, the Adasa team will share experiences, challenges and opportunities with operators, public authorities, technology companies and management bodies, reaffirming its commitment to developing innovative solutions that help build a more sustainable, efficient water management system, ready for the challenges of the future.
Adasa strengthens its presence at the 14th SPANCOLD National Congress with a dual role
Adasa participated as a Silver Sponsor and highlighted its role in the digitalisation, modernisation and monitoring of water infrastructure.
Adasa hosts a meeting of the international E-Hydro project to promote the implementation of digital twins and AI
The E-Hydro project is an international R&D initiative aimed at developing a smart platform for the modelling, virtualisation and advanced management of water resources.
