10 October 2025

The biogas plant in Jordberga, just outside Trelleborg, accounts for a significant share of the region’s biogas production. The facility, which is now owned by Gasum, produces between 110 and 115 GWh of upgraded biogas annually.

Gruppbesök på biogasanläggning.
Biogas Solutions Research Center visits Jordberga in Skåne.

The biogas plant in Jordberga, just outside Trelleborg, accounts for a significant share of the region’s biogas production. The facility, which is currently owned by Gasum, produces between 110 and 115 GWh of upgraded biogas each year.

“The plant is connected to the Swedish natural gas network. The gas can be used locally on the network or transported further via the main pipeline from Trelleborg,” says Site Manager Jerry Linder.

Plant‑based production

Production is entirely plant‑based and relies mainly on locally sourced raw materials within a radius of about one hundred kilometres from the site. These consist primarily of by‑products from agriculture and the food industry.

“The material may consist of cereals, silage, screenings from grain handling and flour production, as well as discarded products. In total, around 80,000 tonnes of solid material are processed per year, with a daily capacity of approximately 165 tonnes divided across three lines, 55 tonnes each.”

To minimise environmental impact and improve process efficiency, water is extensively reused. Most water on the plant, including rainwater, is retained within the closed site and used to dilute the material in the process. In addition, part of the liquid fraction from the biofertiliser is reused, which reduces the extraction of groundwater.

Biofertiliser

In addition to biogas, the plant also produces a high‑quality biofertiliser approved for organic farming. This is returned to farmers in the region and helps close the nutrient cycle. The site has five storage tanks for the biofertiliser, with a total capacity of 25,000 cubic metres, before it is distributed further.

On the farm next to the plant, the biofertiliser is separated into solid and liquid fractions.

“This enables tailored use depending on farmers’ needs,” says Anneli Ahlström from Gasum.

Future plans

Gasum plans to rebuild the plant within the next few years in order to process animal‑based raw materials as well. At present, the facility only has permission to handle plant‑based feedstocks, but a new permit is under review.

Contact

Latest news from LiU

porträttfoto, man.

Investment in next-generation rural energy systems

Agtech Sweden at Linköping University, together with a number of partners, has been awarded SEK 11 million in EU funding for the new project “Energy-Resilient and Energy-Efficient Rural Enterprises”.

A couple of people that are in a room.

ERC funding for two LiU researchers for the energy solutions of the future

LiU researchers Nara Kim and Catherine Aitchison, both at the Laboratory of Organic Electronics, have each been awarded an ERC Starting Grant worth approximately SEK 18 million over five years in a highly competitive process.

Rasmus Åhman, forskning inom perioperativ vård och utfall efter operation. Målet på lång sikt är att förbättra prognosen för patienter som opereras i Sverige.

Level of education most strongly linked to survival after hip fracture

Level of education is the socio-economic factor most strongly associated with survival rates after acute hip surgery. This is shown in a LiU study of 58,000 people. The results can be used to identify patients who may need more support after surgery.