Translations by Google
Translations by Google

News feed

Market potential in the BSR analysed: 10,000 individual SAT installations a possibility

12.12.2017
NEWS

Baltic Slurry Acidification project has set a baseline in terms of the market potential of slurry acidification technologies (SAT’s) in the new report. The report gives a weighted figure on the potential implementation of SAT’s in terms of the amount of slurry and other liquid manures as well as comparable numbers of SAT’s. In total,...

Read more >

BSR farms technically ready to apply acidification technologies for slurry

12.12.2017
NEWS

There is good potential to integrate the currently available slurry acidification technologies (SATs) with existing manure management system in the Baltic Sea region countries. This is shown in a newly published report produced by Baltic Slurry Acidification project. The report “Possibilities and bottlenecks for implementing slurry acidification techniques in the Baltic Sea Region” assessed the...

Read more >

ManuREsource 2017 – focus on circular economy on manure management and valorization

12.12.2017
NEWS

The third ManuREsource conference was held in 27th-29th November in Eindhoven, Netherlands. The core concept was in exchanging experiences and knowledge between European regions on effective policy measures dealing with manure surplus and innovations in manure treatment technologies. This time the special focus was on showing which possibilities there are to create value out of...

Read more >

Slurry acidification widely discussed amongst stakeholders, in-field equipment delivered to Latvia

25.10.2017
NEWS

Baltic Slurry Acidification project partnership and invited stakeholders received a full update on project proceedings during the Stakeholder Meeting in Riga, 11th of October, 2017. The stakeholder day was a part of the project’s four day long mid-term meeting and included a field trip to see Latvian in-field pilot investment at Lauku Agro.   The...

Read more >

Slurry acidification discussed at a scientific conference in Poland

22.9.2017
NEWS

Slurry acidification was among the topics discussed at the scientific conference on intensification of animal production and connected environmental issues (XXIII MIĘDZYNARODOWA KONFERNECJA NAUKOWA POD PATRONATEM MINISTRA ROLNICTWA I ROZWOJU WSI) organised by Institute of Technology and Life Sciences (ITP) on 19-20 September in Warsaw, Poland. The conference was lead by professor Wacław Romaniuk who...

Read more >

First commercial slurry acidification system inaugurated in Sweden, six more pilot installations under way

22.9.2017
NEWS

A total of seven on-farm pilot installations of slurry acidification equipment will be made in the Baltic Slurry Acidification -project. Four of these – in Germany, Sweden, Latvia and Lithuania – will be put to use on commercial farms while three will mainly serve scientific purposes on research farms in Poland, Lithuania and Estonia. All...

Read more >


Social media feed

Do you want to know how to reduce nitrogen loss from livestock production? Check this video provided by Lithuanian Agricultural Advisory Service and Agroakademija.lt (with English subtitles)
https://www.youtube.com/watch?v=zSe_pMy0hxY

Read >

Partnership visiting and learning about Latvian Rural Advisory and Training Center and waiting for the farm visit to Lauku Agro.

Read >

Practical case study of economy of acidification of slurry from the Swedish field trial, presented by Line Strand from Hushållningssällskapet.

Read >


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