Urban Water Treatment Innovations From R3Water Final Event
Urban water treatment innovations from R3Water final conference in Brussels: reuse, recovery and efficiency for city plants.
Urban water treatment innovations from the R3Water final conference gave cities a reuse-first playbook on 30 May 2017 in Brussels, as reported in May 2017 by SusChem on 3 May 2017. The meeting closed a 42-month FP7 project that started in January 2014 with a budget of EUR 7.8 million, as reported in May 2017 by SusChem on 3 May 2017. Twelve technology partners from seven European countries, coordinated by IVL Swedish Environmental Research Institute, presented reuse, recovery and efficiency results, as reported in May 2017 by SusChem on 3 May 2017. Readers following R3Water workshop and site visits find here the final-step summary.
What did urban water treatment innovations show at the R3Water final conference?
The R3Water final conference presented results from 12 partners for urban plants on 30 May 2017, as reported in May 2017 by SusChem on 3 May 2017. The programme combined project results with keynote talks on water reuse, resource recovery and resource efficiency. Each talk linked a demo outcome to plant operation. Coverage in Industry News places this closing meeting after the earlier project workshops.
Where and when did urban water treatment innovations meet in Brussels?
The R3Water final conference met at 10:00 on 30 May 2017 in Brussels, as reported in May 2017 by SusChem on 3 May 2017. The venue was the Representation of the State of Hessen to the EU in Brussels, as described in May 2017 by SusChem on 3 May 2017. The agenda and a registration form were offered as downloads as of May 2017. The set-up suited operators, authorities and technology teams.
How do urban water treatment innovations turn plants into producers?
R3Water urban water treatment innovations convert treatment plants into energy, nutrient and reuse-water producers in 3 demo countries, as recorded as of April 2022 by CORDIS on 20 April 2022. The project ran from 1 January 2014 to 30 June 2017 with total cost of EUR 7737542.30, as recorded as of April 2022 by CORDIS on 20 April 2022. The project team described the shift as “rather than just treatment plants that avoid waste water emissions”, said coordinator Uwe Fortkamp in CORDIS on 16 November 2017. The wider water reuse and resource recovery programme explains the same reuse-first logic.
| Strand | What plants saw | Operational output |
|---|---|---|
| Water reuse | Monitoring plus controlled disinfection | Reusable effluent with lower dosing |
| Resource recovery | Nutrient and carbon routes from sludge | Phosphates plus biocarbon for use |
| Resource efficiency | Energy and control optimisation | Lower power demand and tighter control |
Which urban water treatment innovations cut energy and recover materials?
Urban water treatment innovations cut ultraviolet-treatment power use by up to 50 percent in Sweden and Spain, as reported in November 2017 by CORDIS on 16 November 2017. The doscontrol process adjusted disinfectant dose to flow conditions and reduced overdosing. The work also addressed 9637000 tons of municipal sludge per year in EU countries, as reported in November 2017 by CORDIS on 16 November 2017. Hydrothermal carbonisation improved dewatering and allowed phosphate recovery, while ozone and carbon steps targeted drug residues. Background explainers in Topics group the reuse and recovery strands by plant task.
Urban Water Treatment Innovations FAQ
What did urban water treatment innovations cover at the R3Water final conference?
Urban water treatment innovations from the R3Water final conference were reuse, recovery and efficiency upgrades for city wastewater plants. The 30 May 2017 Brussels meeting shared results from 3 demo sites, as reported by CORDIS on 20 April 2022.
Where did urban water treatment innovations meet for the R3Water final event?
Urban water treatment innovations met from 10:00 on 30 May 2017 at the Hessen representation in Brussels. SusChem announced the venue and time on 3 May 2017, and registration used the project form available as of May 2017.
Did urban water treatment innovations lower energy use in city plants?
Yes, urban water treatment innovations cut ultraviolet-treatment power use by up to 50 percent in Sweden and Spain. The doscontrol method lowered disinfectant dosing and costs, as reported by CORDIS on 16 November 2017.
How did urban water treatment innovations recover materials from sludge?
Urban water treatment innovations recovered phosphates and produced biocarbon through hydrothermal carbonisation. The route addressed sludge reuse options across countries, as reported by CORDIS on 16 November 2017.