Contact Dr Kristin Ravndal
- Email: Kristin.T.Ravndal@cranfield.ac.uk
- Twitter: @@kristin_ravndal
- Linkedin: http://www.linkedin.com/in/kristin-t-ravndal-29b69221
Areas of expertise
Dr Kristin T. Ravndal is a Research Fellow in Sanitation System Technology at Cranfield University. She has a PhD from the University of Stavanger (Norway) were her work focused on biodegradation of particles and polymers in wastewater systems. During her PhD she were also a guest student at EAWAG (Switzerland) were she worked on water recycling using gravity driven membrane reactors.
Kristin is currently working in the human user testing team for the Bill and Melinda Gates foundation funded Nano Membrane Toilet project. She is also working on a project on safe disposal of menstrual waste.
As research fellow in sanitation system technology Kristin's work focused on applying rigorous scientific testing to understand how new sanitation technologies work and to further develop these systems. Her interests include sanitation and wastewater process design, with a focus on the fundamental scientific understanding on particle degradation and behaviour in different sanitation systems. In addition she is working on the testing of novel WASH technologies combining technological testing, process design and the technology-user interface.
Articles In Journals
- Elledge M, Muralidharan A, Parker A, Ravndal K, Siddiqui M, Toolaram A & Woodward K (2018) Menstrual hygiene management and waste disposal in low and middle income countries — a review of the literature, International Journal of Environmental Research and Public Health, 15 (11) Article No. 2562.
- Ravndal K, Opsahl E, Bagi A & Kommedal R (2018) Wastewater characterisation by combining size fractionation, chemical composition and biodegradability, Water Research, 131 151-160.
- Ravndal KT & Kommedal R (2017) Starch degradation and intermediate dynamics in flocculated and dispersed microcosms, Water Science and Technology, 76 (11) 2928-2940.
- Ravndal K, Künzle R, Derlon N & Morgenroth E (2015) On-site treatment of used wash-water using biologically activated membrane bioreactors operated at different solids retention times, Journal of Water, Sanitation and Hygiene for Development, 5 (4) 544-552.