Forskningsprojekt vid avdelningen för resurser, energi och infrastruktur

Pågående forskningsprojekt

• BECCS with Combined Heat and Power – assessing the energy penalty
  Bio Energy with Carbon Capture and Storage (BECCS) is widely recognized as a vital technology for reaching the climate goals of the Paris Agreement. Despite this, BECCS has yet failed to move beyond small scale demonstration units. One notable hurdle, deterring investments, is the energy penalty of operating BECCS with a power plant.
• Biochar on smallholder farms in Kenya
  The production and use of biochar in 150 smallholder farming households in three different regions in Kenya is investigated in this project.
• FoodWise - Connecting Grocery Purchases with Waste Generation to Reduce Food Waste
  The report from UNEP "The Food Waste Index 2021" showed that approximately 931 million tons of food were thrown away by households in 2019, equivalent to 17% of total available food. At the same time, almost 9% of the world's population was undernourished.
• Royal Seaports’ physical resource flows
  This research project aims to provide a physical resource accounting model for urban systems in order to improve physical resource management in Stockholm Royal Seaport.
• OdenLife - Structured energy renovations and capacity measures for the public good
  The energy situation in Sweden and Europe is severe now. According to Svenska kraftnät, the risk of manual disconnection of the electricity is reduced five times if one can reduce electricity use by two percent. The same applies if you move two percent of electricity use from the morning and evening peaks of the day. Building property companies such as Svenska Bostäder can contribute to the reduction of peak loads by flexibly reducing electricity-based heating equipment (heat pumps), which can reduce costs for property owners and make the electricity system more robust.
• System analysis of biochar production and use in Swedish urban and rural areas

  Biochar is the solid carbonaceous residue of biogenic organic matter (biomass) thermally degraded under low oxygen conditions (pyrolysis).