Innovative societies Water-smart societies Climate-neutral societies 

Interreg makes
a difference!

Explore how people in the Baltic Sea region have been benefitting from our projects.

#MadeWithInterreg solutions for

Fewer hazards around us

From raising awareness to action: this is how Interreg projects reduce hazardous substances in the environment to keep people and nature healthier.

What are we doing?

From microplastics, organic micropollutants like PFAS or pharmaceuticals, through hazardous substances hidden in building materials, cleaning products, kitchenware and toys to danger caused by dumped ghost nets and dumped munitions in the Baltic Sea. Hazardous substances are all around you unless you follow our Interreg projects which strongly stand against all that. Thanks to changed policy frameworks, novel methods and working with people on the ground, beyond borders and sectors, we succeed in the fight with the invisible.

Examples of #MadeWithInterreg solutions:
  • chemical action plans for cities
  • household checks for individuals on hazardous substances
  • efficient strategies to retrieve, recycle, and prevent new ghost nets in the Baltic Sea
  • new methods to assess contamination in the Baltic Sea waters, sediment and biota
  • monitoring and models of concentrations of pharmaceuticals
  • tested methods to efficiently clean wastewaters from pharmaceuticals and PFAS
  • improved public procurement system to enable the purchase of non-toxic and climate-neutral products
  • practical guidance for municipalities, entrepreneurs and individuals on how construct and renovate buildings with tox-free materials
  • legal and administrative framework to initiate joint remediation of dumped munitions

 

What we’ve achieved so far

The HELCOM Baltic Sea Action Plan (BSAP), adopted in 2007 by Baltic Sea region countries, activated efforts to save the Sea from pollution by hazardous substances. From 2009 to 2013, Interreg projects assessed hazardous substances already in the Sea prioritised by the BSAP, and those coming from industrial and residential areas, dumped chemical munitions, and contaminated sediments in ports.

Between 2016 and 2021, projects came up with solutions to decrease emissions and prevent discharges. Cities developed chemical action plans, with green public procurement and ways to substitute chemical products in educational, medical, and social care institutions. They improved urban drainage systems to control floods and remove microplastics from urban streams. Municipal wastewater treatment plant operators learned to remove pharmaceuticals and micro-pollutants more efficiently. Dairy and meat processing companies improved pre-treatment of industrial effluents. Cities educated residents to avoid using materials with hazardous substances in cleaning agents, toiletries, kitchenware, and toys. Businesses, like hotels, car repair, laundry services, received tailor-made advice.

Projects addressed hazardous substances already present in the Baltic Sea, such as chemical munitions and derelict fishing gear. Ministries and maritime administrations learned to assess ecological risks and handle dumped munitions. Fishery authorities and industries learned to map, retrieve, recycle, and prevent abandoned fishing gear. Solutions tested by Interreg projects were used to update the HELCOM BSAP in 2021 with measures to be implemented by 2030 to achieve the goal of a “Baltic Sea unaffected by hazardous substances and litter”.

Ongoing projects

The ongoing projects continue addressing hazardous substances and micropollutants in the water environment in a comprehensive manner: from influencing the policy to implementing practical measures. The latter covers various stages of water management, starting from pollution prevention at its source, extending to robust monitoring and risk assessment practices, and culminating in the adoption of advanced wastewater treatment technologies. The systemic change applies also to green procurement frameworks, which help cities build and renovate smarter. Last but not least, the long lasting threat resting on the bottom of the Baltic Sea, chemical and conventional munitions, are subject to joint actions by countries around the Baltic Sea.

Supporting the EU Strategy for the Baltic Sea Region

Our projects play a crucial role in achieving the ambitious goals of the EU Strategy for the Baltic Sea Region (EUSBSR) to save the Baltic Sea. In collaboration with the coordinators of the EUSBSR policy area Hazards, our projects help prevent water pollution both in cities and in the Sea, as well as work to clean polluted waters from hazardous substances. Together, our projects and the EUSBSR coordinators empower cities and citizens to reduce the use of hazardous substances in everyday life, ensuring safer living conditions for all in the Baltic Sea region.

Explore the project solutions in detail:

NonHazCity 3

Reducing hazardous substances in construction to safeguard the aquatic environment, protect human health and achieve more sustainable buildings
The project NonHazCity 3 helps municipalities, entrepreneurs and individuals construct and renovate buildings with tox-free materials in order to protect health and the environment.
Read more about the project

NonHazCity 2

Capitalizing key elements of NonHazCity: empowering private and professional users for better risk management and use reduction of chemical products in their cities
The Interreg project NonHazCity 2 built municipalities’ capacity in chemicals management and campaigned on the dangers of plastics in our everyday life.
Read more about the project

ChemClimCircle

Integrating criteria for chemicals, climate and circularity in procurement processes
The project ChemClimCircle equips municipalities with training modules to apply circular procurement and, by this, to use non-toxic and climate-neutral products.
Read more about the project

APRIORA

Improved risk assessment for strategic water management to reduce micro-pollutant emissions in the Baltic Sea Region
In the project APRIORA, environmental protection agencies and wastewater treatment plants get equipped with a GIS-based risk assessment system to monitor and model concentrations of active pharmaceutical ingredients (APIs) in order to improve water management and reduce emissions.
Read more about the project

Lakes connect

Building networking hub for units interested in lakes protection in Baltic Sea tourist regions
The project Lakes connect establishes cooperation among authorities, NGOs and researchers in order to reduce the impact of tourism on water quality in lakes.
Read more about the project

NonHazCity

Innovative management solutions for minimizing emissions of hazardous substances from urban areas in the Baltic Sea Region
The Interreg project NonHazCity enabled nine municipalities around the Baltic Sea to develop their chemical action plans for hazardous substances entering the Baltic Sea, and trained dozens of small businesses and households to reduce their emissions.
Read more about the project

BEACON

Application of biological effects methods in monitoring and assessment of contaminants in the Baltic Sea
In the project BEACON, public authorities and governmental organisations develop harmonised methods to assess contamination in the Baltic Sea waters, sediment and biota.
Read more about the project

AdvIQwater

Improving quality of BSR waters by advanced treatment processes
The project AdvIQwater tests photocatalysis, fungal treatment and biofilms methods to efficiently clean wastewaters from pharmaceuticals.
Read more about the project

MUNIMAP

Baltic Sea Munitions Remediation Roadmap
The project MUNIMAP develops a legal and administrative framework for public authorities to initiate joint remediation of dumped munitions from the Baltic Sea and Skagerrak, which pose threats to the marine ecosystem and hinder the maritime economy.
Read more about the project

EMPEREST

Eliminating Micro-Pollutants from Effluents for REuse STrategies
The project EMPEREST tests advanced treatment technology that helps water utilities and companies better remove organic micropollutants such as PFAS or pharmaceuticals from wastewater.
Read more about the project

DAIMON 2

Decision Aid for Marine Munitions - Practical Application
The project DAIMON2 optimised the tools that allow maritime and environmental authorities to more accurately and less costly make decisions on the management of the dumped munitions.
Read more about the project

CWPharma

Clear waters from pharmaceuticals
Seven countries across the region joined CWPharma to reduce pharmaceutical emissions released to waters of the Baltic Sea and improve water quality and biodiversity in the marine space.
Read more about the project

DAIMON

Decision Aid for Marine Munitions
The Interreg project DAIMON equipped maritime, defence and environmental administrations in decision making tools that help deal with dumped chemical and conventional warfare in the Baltic Sea and the Skagerrak.
Read more about the project

CW Pharma 2

Clear waters from pharmaceuticals extension stage
CWPharma2 conducted checks and run feasibility studies and pilots to test more effective methods for removing pharmaceuticals from wastewater.

Read more about the project

FanpLESStic-sea

FanpLESStic-sea – Initiatiatives to remove microplastics before they enter the sea
The project FanpLESStic-sea developed new tools to stop microplastics from entering the sea.
Read more about the project

MARELITT Baltic

MARELITT Baltic - Reducing the impact of marine litter in the form of Derelict Fishing Gear (DFG) on the Baltic Sea environment
The Interreg project MARELITT Baltic developed a sustainable strategy for national authorities around the Baltic Sea to manage derelict fishing gear, which is marine litter with extensive hazardous effects on the marine ecosystem.
Read more about the project

NOAH

Protecting Baltic Sea from untreated wastewater spillages during flood events in urban areas
NOAH helped municipalities and water utilities reduce risks of floods and increase the capacity of urban drainage systems with low-cost investments.
Read more about the project

HAZBREF

Hazardous industrial chemicals in the IED BREFs
The Interreg project HAZBREF provided valuable recommendations and paved the way for legally binding commitments on the use and risk management of hazardous substances and chemicals to prevent their release into the Baltic Sea.
Read more about the project

Results stay with the people: listen to our #InterregVoices:

 

 

 

 

 

 

 

 

©IB.SH

Riga as a municipality experienced a steep learning curve while actively participating in all [NonHazCity; NonHazCity 2 and NonHazCity 3] project activities from the very beginning, learning from our Scandinavian partners in chemical action planning, chemical smart procurement and capacity building within municipality.

Normunds Vagalis 

Riga City Council, Latvia

 

 

 

 

 

 

 

 

© Sven Tupits

I can mention projects [dealing with efficient management of industrial sewage and wastewaters, and effective methods of removing pharmaceuticals from wastewaters] such as IWAMA, BEST and CWPharma here. It is interesting to discover that one organisation, Estonian Waterworks Association, participated in all of them. It is an umbrella organisation covering different water-related topics. I know for sure that knowledge and experience they gained in Interreg projects has been spread around the country.

Margarita Golovko

Member of the Monitoring Committee, Estonia

#MadeWithInterreg solutions by topic

Agriculture

Attractive cities for people

Cleaner waters

Digitalisation

Energy efficiency

Fewer hazards

Health &
well-being

Healthy & sustainable
food

Inclusive 
communities

Renewable energy

Safety at sea

Strong & competitive
companies