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APRIORA – Improved Risk Assessment for Strategic Water Management to Reduce Micro-Pollutant Emissions in the Baltic Sea Region
Project | Published: 2024-03-11

The project APRIORA aims to help prioritize urban wastewater treatment plants for enhanced micropollutant removal. The goal of the project is to produce a toolbox combining monitoring, modelli...

Research & development > Research and development projects > Projects > APRIORA – Improved Risk Assessment for Strategic Water Management to Reduce Micro-Pollutant Emissions in the Baltic Sea Region
I/2024
Content page | Published: 2024-01-30

Poll on BSR Pharma activities in 2024  Baltic Sea Pharma Platform (BSR Pharma) aims to disseminate current knowledge and information on pharmaceuticals in the environment, focusing on eff...

Research & development > Research and development projects > Projects > Baltic Sea Pharma Platform (BSR Pharma) > Newsletters > I/2024
Plastic in Agricultural Production: Impacts, Lifecycles and LONg-term Sustainability (PAPILLONS)
Project | Published: 2023-08-14

  PAPILLONS is an EU Horizon2020 funded project on micro and nano-plastics (MNP) resulting from the use of agricultural plastics in soil. PAPILLONS maps the occurrence of microp...

Research & development > Research and development projects > Projects > Plastic in Agricultural Production: Impacts, Lifecycles and LONg-term Sustainability (PAPILLONS)
Timo Seppälä
Content page | Published: 2023-06-01

Senior officer    Contact information    Email: firstname.lastname@syke.fi   Phone: +358 400148643   Finnish Environment Institute (Syke)......

Experts > Timo Seppälä
I/2023
Content page | Published: 2023-04-20

EU legislation to reduce the risk of pharmaceuticals in the environment Authors:  Lauri Äystö, Finnish Environment Institute, lauri.aysto(at)syke.fi; Noora Perkola, Finnish Environment...

Research & development > Research and development projects > Projects > Baltic Sea Pharma Platform (BSR Pharma) > Newsletters > I/2023
Lauri Äystö
Content page | Published: 2023-03-17

Researcher © Kai Widell Contact information E-mail: firstname.lastname@syke.fi Tel. +358 295 251 023   Finnish Environment Institute (Syke) Circular econ......

Experts > Lauri Äystö
Matti Silvola
Content page | Published: 2023-03-17

Development engineer Contact information E-mail: firstname.lastname@syke.fi Tel. + 358 295 251 641 Finnish Environment Institute (Syke) Circular economy solutions Contaminants ......

Experts > Matti Silvola
Päivi Fjäder
Content page | Published: 2023-03-17

  Researcher MSc (Limnology)     Contact information Finnish Environment Institute (Syke) Circular economy solutions Contaminants Latokar......

Experts > Päivi Fjäder
Application of biological effects methods in monitoring and assessment of contaminants in the Baltic Sea (BEACON)
Project | Published: 2023-03-13

  Background The marine environment is exposed to a vast array of “legacy” and “emerging” contaminants in various combinations. When examined individually they rarely exceed acc...

Research & development > Research and development projects > Projects > Application of biological effects methods in monitoring and assessment of contaminants in the Baltic Sea (BEACON)
Taina Nystén
Content page | Published: 2023-02-16

© Kari Kallio Leading expert, PhD Contacts firstname.lastname@syke.fi +358 295 251 470 Finnish Environment Institute (Syke) Circular economy solutions Contaminant......

Experts > Taina Nystén
Katri Siimes
Content page | Published: 2023-02-08

  Researcher Contact information E-mail: firstname.lastname@syke.fi Tel. +358 295 251 637 Finnish Environment Institute (Syke) Circular economy solutions ......

Experts > Katri Siimes
Jani Häkkinen
Content page | Published: 2023-01-30

  Senior research scientist Contact information E-mail: firstname.lastname@syke.fi Tel. +358 295 251 793, +358 50 598 8680 Finnish Environment Institute (Syke) ......

Experts > Jani Häkkinen
Heidi Ahkola
Content page | Published: 2023-01-24

Senior research scientist Contact information E-mail: firstname.lastname@syke.fi Tel. +358 295 251 053 Finnish Environment Institute (Syke) Circular economy solutions ......

Experts > Heidi Ahkola
Pia Högmander
Content page | Published: 2023-01-24

Researcher MSc (Environmental Science) Contact information E-mail: firstname.lastname@syke.fi Tel. +358 295 252 028 Finnish Environment Institute (Syke) Circula......

Experts > Pia Högmander
Sirkku Tuominen
Content page | Published: 2023-01-03

Core competence groundwater modeling...

Experts > Sirkku Tuominen
Events and meetings
Content page | Published: 2017-11-13

  Final HAZBREF Stakeholder Conference  The final conference was arranged as a webinar on 4 of June 2020. The webinar Agenda:   HAZBREF Webinar Final ...

Research & development > Research and development projects > Projects > Hazardous industrial chemicals in the IED BREFs (HAZBREF) > Events and meetings
Investigation of a possible high-risk shipwreck in Utö waters
Press release | Published: 2022-08-29

The marine research vessel Aranda is on the southeast side of Utö this week. A preliminary investigation of the tugboat Simson, which sank in 1978, is underway for a possible oil removal operation....

Same content on several places:
Current > Investigation of a possible high-risk shipwreck in Utö waters
Current > Press releases > Investigation of a possible high-risk shipwreck in Utö waters
Research & development > Research and development projects > Projects > > > Investigation of a possible high-risk shipwreck in Utö waters
Research & development > Research and development projects > Projects > > Investigation of a possible high-risk shipwreck in Utö waters
Research & development > Sea > Investigation of a possible high-risk shipwreck in Utö waters
Research & development > Sea > Marine pollution > Investigation of a possible high-risk shipwreck in Utö waters
Dissertation: Towards circular economy in wastewater management – Environmental impacts, benefits and drawbacks of improved nutrient recovery and recycling by source separation
Press release | Published: 2022-06-09

According to the dissertation, source separation of wastewater would significantly increase the efficiency of nutrient recovery from wastewater. Meanwhile, the climate impact of wastewater treatment w......

Same content on several places:
Current > Dissertation: Towards circular economy in wastewater management – Environmental impacts, benefits and drawbacks of improved nutrient recovery and recycling by source separation
Current > Press releases > Dissertation: Towards circular economy in wastewater management – Environmental impacts, benefits and drawbacks of improved nutrient recovery and recycling by source separation
Research & development > Circular economy > Dissertation: Towards circular economy in wastewater management – Environmental impacts, benefits and drawbacks of improved nutrient recovery and recycling by source separation
Research & development > Consumption and production > Dissertation: Towards circular economy in wastewater management – Environmental impacts, benefits and drawbacks of improved nutrient recovery and recycling by source separation
Expert group: Use nutrients in wastewater to safeguard food production during the fertiliser crisis
Press release | Published: 2022-05-31

Food security and nutrient self-sufficiency can be improved by enhancing nutrient recycling. A group of leading experts in agriculture, food production and the environment proposes a set of measures t......

Same content on several places:
Current > Expert group: Use nutrients in wastewater to safeguard food production during the fertiliser crisis
Current > Press releases > Expert group: Use nutrients in wastewater to safeguard food production during the fertiliser crisis
Research & development > Consumption and production > Expert group: Use nutrients in wastewater to safeguard food production during the fertiliser crisis
Bioassays as tools for assessing safety of sewage sludge fertilizer usage - harmful substances and microplastics under observation (BIOLTA)
Project | Published: 2018-07-18

Approximately one million tons of solid matter, known as sewage sludge, is separated from wastewater annually in Finnish wastewater treatment plants. 90 % of the nutrient rich sludge is used in agric...

Research & development > Research and development projects > Projects > Bioassays as tools for assessing safety of sewage sludge fertilizer usage - harmful substances and microplastics under observation (BIOLTA)

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