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News feed

New brochure summarizes project results

22.2.2019
NEWS

The final brochure presenting Baltic Slurry Acidification has been published. The brochure summarizes the three-year work of the project work package by work package. The brochure is best read in full screen. You can also read the brochure in your browser and download it through this link.       Read more news from the Baltic...

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The partnership gathered for the last time

20.2.2019
NEWS

Baltic Slurry Acidification is coming to a close at the end of February. The project partners gathered for the last time in Jyväskylä, Finland to share the knowledge gained in the project and take in some new from other experts.    Baltic Slurry Acidification organized its final seminar in connection to the Exchange Days for...

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Stakeholders engaged in several countries

18.12.2018
NEWS

How could the implementation of slurry acidification techniques (SATs) benefit the countries around the Baltic Sea? What policies could support their implementation? These are some of the questions that have been discussed in stakeholder sessions in different countries throughout the Autumn. National stakeholder meetings have been organized in Finland in October, in Germany and Denmark...

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Finnish key actors discuss SATs

18.12.2018
NEWS

A breakfast seminar held in Helsinki on October 31, 2018 gave ministry representatives, researchers and representatives of farmers’ and advisory organisations a crash course in the dynamics of ammonia emissions and the method of slurry acidification. The event, organized by the Finnish project partner Baltic Sea Action Group (BSAG) in cooperation with the Ministry of Agriculture...

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New report helps stakeholders assess environmental impacts

18.12.2018
NEWS

  Slurry acidification drastically reduces ammonia emissions, and it’s also a promising technique for the abatement of methane and nitrous oxide emissions. However, to maximize the benefits and avoid certain pitfalls knowledge and common sense must be used. As Baltic Slurry Acidification is approaching its conclusion several reports will be published. The work of the project is...

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New video: Slurry acidification reduces ammonia emissions

12.12.2018
NEWS

  A film introducing the viewer to ammonia emissions and slurry acidification was launched during the recent seminar “Solving the ammonia emissions problem in the EU” organized by Baltic Slurry Acidification in Brussels. The film is a three-minute dive into the world of ammonia emissions from agriculture. Slurry acidification is a smart way of efficiently...

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Social media feed

The Legal framework analysis has now been published. It contains concrete and fact-based information about SAT-related legislation and support schemes in the BSR countries. There is more material coming your way soon, so stay tuned!

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The final seminar in Finland included cold facts and warm feelings. In the final dinner our Latvian partners were the bravest and took the stage first in the challenge to give a performance of something typical to one's country. The event diligently photographed by Frank Steinmann.

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Baltic Slurry Acidification organised a special event focusing on the results of the project 13 of Feb in Jyväskylä. The seminar was held in connection with the Exchange days for Agri-Environmental knowledge organised by the Ministries of the Environment and Agriculture, and the Rural Development Programme in Finland.

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Baltic Slurry Acidification

Promoting the implementation of slurry acidification techniques throughout the Baltic Sea Region.

Baltic Slurry Acidification aims to promote the implementation of slurry acidification techniques throughout the Baltic Sea Region. Slurry acidification techniques (SATs) will reduce the ammonia losses from livestock manure and thus reduce airborne eutrophication of the Baltic Sea. The usage of SATs will provide clear environmental benefit for the region. The use of SATs benefits also farmers by increasing the nitrogen use efficiency of their manure fertilizers and thereby decreasing their dependency on mineral nitrogen.etusivu2