Asim Ibrahim

Asim Ibrahim is an Associate Professor at Linnaeus University's Faculty of Health and Life Sciences within the Department of Biology and Environmental Science. He serves as course coordinator for Industrial Ecology (1MX046) and maintains an active research profile spanning over 15 years with more than 20 publications in peer-reviewed journals.

Dr. Ibrahim's research focuses on critical environmental challenges related to waste management safety, circular economy implementation, industrial ecology applications, and climate change adaptation strategies. His expertise particularly centers on fire risk assessment at waste facilities, with significant contributions to understanding spontaneous combustion in waste storage sites, detection technologies for early fire prevention, and mitigation strategies for waste fire accidents. His doctoral thesis in 2014, titled 'Risk of spontaneous fires at temporary storage sites for organic material, waste fuels and recyclables: Quantification and mitigation,' established the foundation for his ongoing research.

Analysis of his publication record reveals a clear research trajectory evolving from fundamental waste fire risk assessment to more comprehensive studies on sustainable waste management systems and climate adaptation strategies. His recent work shows increasing attention to climate change adaptation in agriculture, particularly in the Öland region of Sweden, while maintaining his core focus on waste fire prevention and detection technologies. His interdisciplinary approach bridges environmental science with practical engineering solutions for sustainable waste processing.

Dr. Ibrahim currently leads multiple research projects including 'Climate adaptation in agriculture on Öland – a holistic perspective,' which investigates and maps climate adaptation measures in agriculture with focus on constraints of carrying capacities and risk of maladaptation; 'Early detection of deep-seated waste and biofuel fires through innovation,' addressing the growing global problem of waste fires; and 'Avoiding and limiting waste fires,' which focuses on developing waste fire management capabilities in the Baltic Sea region countries.