The Master Good company group is building Europe’s largest organic fertilizer plant in 3 years
The result of a long process will arrive soon. Currently, 35,000 to 40,000 tons of poultry manure, named Bio-Fer, of the Master Good company group are produced annually, but the production capacity will be tripled in the next three years. This will create the largest organic fertilizer plant in Europe.
The development of the Master Good group of companies began ten years ago, and in 2022 they reached the point where the brand named Bio-Fer offers 8 products, including 4 bio-certified products. Last year, 30,000 tons of fertilizer were sold, of which 20,000 tons went to Hungarian producers. Of the remaining 10,000 tons, 5,000 tons went to Slovakia, 2,500 tons to Romania, and the rest to the South Slavic countries. You can already say that the biggest suppliers of the Hungarian market – since the market’s demand has so far been approx. It was 25 thousand tons, of which they covered 20 thousand tons, the turnover of foreign products has shrunk to a few thousand tons in recent years.
“Export interest is constantly unbroken and growing”
– emphasizes László Bárány.
Related news
The food industry can further develop with almost 100 billion forints
The first support decisions have been made regarding complex food…
Read more >Waiting strategy – and no real confidence
In a quarterly online presentation by PwC Magyarország partner Gábor…
Read more >42 percent of agricultural investments were spent on buildings and structures in 2024
According to preliminary data from the Central Statistical Office, the…
Read more >Related news
Provident: A growing number of Hungarians are finding it challenging to survive on their income
An increasing number of Hungarians are facing a challenge to…
Read more >GKI Analysis: Artificial Intelligence in the Workplace: Who Uses AI?
Artificial Intelligence in the Workplace: Who Uses AI? In July,…
Read more >The domestic labor market remains stable
The domestic labor market remains stable, with the number of…
Read more >