Through cutting-edge collaborations and transformative research, we build the foundation for innovative solutions that shape the future of water quality and sustainability.
The challenging DiCyano project was a so-called “Research and Innovation project” under the joint call of the Swedish Innovation Agency Vinnova and Formas (see below). The project was run from November 2020 to December 2022.
Formal title: “A smart digital platform for managing cyanotoxin risk for drinking water supply and beyond”.
As the name indicates, the core purpose was improving the management and handling of Cyanobacteria.
The first base was to create a modern digital platform to support the water industry’s need for early identification of harmful cyanobacteria, particularly addressing the potentially increased prevalence resulting from climate change-related factors.
The project delivered many very valuable results, contributing to water quality management that can assure future clean and safe water.
Learn more: vinnova.se...
The FARMWISE project is executed within the framework of an EU “Horizon Europe Project” (under the call: “HORIZON-CL6-2023-ZEROPOLLUTION-01-1”).
Formal Title: “FARMWISE - Future Agricultural Resource Management and Water Innovations for a Sustainable Europe” .
FARMWISE is developing improved tools based on AI, for more efficient European water policy and decision-making to be founded on research-based water technologies. The aim is to solve some of the most burning water pollution and climate change problems.
We at AmoreAqua are proud to inform that our digital tools are one of the 11 innovation solutions to be included as the technical base for the total project; where the other 19 EU wide project partners will test and verify these tools and consequently tailor them for use in more specific agricultural water management.
Project website: FARMWISE
The total FORMAS project is initiated by the Swedish government, “to raise proposals regarding how we cancontinue to create conditions for society’s secured supply of food, water, natural resources, and development ofinfrastructure and buildings”. Under the banner “blue innovation”, execution projects are supported.
Innovation for sustainable water resources are part of this and as from spring 2023, water quality monitoringreceived its own funds.
Project Title: “FORMAS: A treatability sensor for water quality monitoring and treatment”.
AmoreAqua again supports the project supplying advanced and credible digital tools for securing drinking water supply.
This offers a base for top-notch researchers in the field of new water quality sensor research and development to work from.
In this FORMAS project, the team of Professor Kathleen Murphy (ChalmersUniversity of Technology) are in charge of expanding and developing solutions, amongst others in co-operation with AmoreAqua.
Together the project will lift the application of the anticipated sensor development into practical tools for water managers to use.
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