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A 360º water characterization using multiple data sources: Earth Observation, Drones, IoT, Geophysics, ...
Think of digital solutions (as Digital Twins) and physical solutions (as WTP & WWTP) as an orchestra, with each element playing its part to create a symphony of water system intelligence.
We explore and bridge the gap between science and application pushing the limits for positive impact
From cooling and heating to transport and agricultural products, water is vital to every industry – even in ways that may not be apparent. Increasingly organizations are realizing their exposure to water risks through their supply chains.
Sustainable and resilient development requires an integrated approach that takes into consideration environmental and social concerns along with economic development.
Without water, there is no activity of any kind: neither environmental, nor social, nor economic.
A digital twin is a virtual representation of real-world entities and processes, synchronized at a specified frequency and fidelity.
While the path to implementing a Digital Twin is unique to each organization, the steps toward successful implementation share the same foundations. Discover exponential benefits as you further your Digital twin journey.
Specify a clear, concise list of priorities and goals focused on quick wins and then expanding towards long-term objectives.
Evaluate your existing technology and infrastructure that can be leveraged.
Measure the value/ROI expected
Take an agile and iterative implementation approach
Review outcomes using a feedback loop
Continue to refine and adapt the Digital Twin
Expand capabilities and optimal functionalities
Transform science and data into actionable information.
We´ve learned that some organizations act on conviction, the less; on imitation, a few that follow the change makers; and on compliance, the vast majority.
Here you have some drops to help your organization to level up your management of water (& nexus) up to your Digital Twin and beyond.
We combine an extensive experience in the water cycle with the use of different technologies and data sources (EO, drones, multiparametric probes, geophysics, ...) in order to asses the state of art.
Digital solutions can contribute to sustainable and cost-efficient water management that can tackle challenges such as climate change, pollution and depletion of water resources and cyber threats
By investing in research and development, we can ensure that we have the tools and technologies needed to manage water resources wisely
Monitoring water footprint provides data to make informed choices. Organizations can assess their supply chain's water usage. Consumers can be mindful of products with high water footprints.
A cost-efficient solution with respect to civil works for the production of water for human consumption, or the treatment and purification of wastewater
Certification provides a framework for organizations to establish and maintain systems that ensure water quality, safety, and efficiency in their operations
Winston Churchill
AQUADAT is composed of a diverse team of profiles (chemical engineering, industrial engineering, biology, geology, mathematics, …) motivated to manage water with a triple health approach: economic, social, and environmental.
We are believers and practitioners of the African proverb: ‘If you want to go fast, go alone. If you want to go far, go with others’. That is why we have high-value partners (scientific and technological centres) that allow us to tackle complex challenges.
We provide water solutions and technology to help you drive your resilience and growth.
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