Engineering and technology

gala0002 My work involves in applying NGS technologies combined with novel bioinformatic approaches for sustainable future food production and to unravel the causes of complex diseases. I am

At the department of energy and technology, research and education are conducted focusing on how agriculture can contribute to a sustainable society. We have extensive expertise in technology and

At the Department of Energy and Technology research is primarily conducted on how agriculture and forestry can contribute to a sustainable society. Scientists investigate how agriculture can produce

"The process of planning, implementing, and controlling the efficient, effective flow and storage of goods, services, and related information from point of origin to point of consumption for the

Yesterday Carin Jämtin, Director General for the Swedish International Development Agency (Sida) with a delegation from Sida’s policy and research units, visited SLU's management. Carin Jämtin met

Yesterday Carin Jämtin, Director General for the Swedish International Development Agency (Sida) with a delegation from Sida’s policy and research units, visited SLU's management. Carin Jämtin met

The application of mathematics and statistics to problems within agricultural, environmental, and biological sciences as well as medical science. These include mathematical modeling, computational

The forestry will together with the agricultural sector play an important role when we break free from today's fossil dependency and our future society is build. At our department we study how

Our vision is to use all organic waste from the food chain and upgrade its quality to produce safe valuable resources for sustainable food production. Simultaneously with the waste being upgraded to

Upgrading to fuel quality increases the value of biogas, but currently the costs are high at low gas flow rates. The ash from woodfuel contains a considerable amount of calcium, which has properties

Liquified biogas (LBG) is produced by reducing the temperature to < -161 °C. The carbon dioxide concentration in the biogas must be < 50 ppm and it is costly to reach that level. There is a need to

The objective is to demonstrate a cost efficient concept for small-scale upgrading of biogas and use as vehicle fuel. The technology implemented is based on the concept of in-situ methane enrichment