Charles Niwagaba

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Title: Sustainable sanitation technology options for urban slums Authors: A.Y. Katukiza, M. Ronteltap, C.B. Niwagaba, J.W.A. Foppen, F. Kansiime, P.N.L. Lens Keywords: Excreta, Grey water, Sanitation, Slums, Solid waste, Technology Issue Date: 2012 Abstract: Poor sanitation in urban slums results in increased prevalence of diseases and pollution of the environment. Excreta, grey water and solid...
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Title: Descending the sanitation ladder in urban Uganda: evidence from Kampala Slums Authors: Japheth Kwiringira, Peter Atekyereza, Charles Niwagaba, Isabel Günther Keywords: Sanitation ladder, Improved sanitation, Unimproved sanitation, Latrine use, Cleaning, Open defecation, Maintenance, Kampala, Slums Issue Date: 2014 Abstract: Background: While the sanitation ladder is useful in analysing progressive improvements in sanitation, studies in...
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Title: Sanitation facilities in Kampala slums, Uganda: users’ satisfaction and determinant factors Authors: Innocent K. Tumwebaze, Christopher G. Orach, Charles Niwagaba, Christoph Luthi, Hans-Joachim Moslere Keywords: access, sanitation facilities, satisfaction, slums, Uganda Issue Date: June 2013 Abstract: Access to improved sanitation is a key preventive measure against sanitaryrelated gastro-enteric diseases such as diarrhoea. We assessed...
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Title: Determinants of households’ cleaning intention for shared toilets: Case of 50 slums in Kampala, Uganda Authors: Innocent K. Tumwebaze, Charles B. Niwagaba, Isabel Günther, Hans-Joachim Mosler Keywords: Cleaning intention, Households, Shared toilets, Slums, Uganda Issue Date: January 2014 Abstract: Source-separation of urine enables energy-efficient recycling of large quantities of high quality plant nutrients from...
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Title: Pathogen and indicator inactivation in source-separated human urine heated by the sun Authors: Annika Nordin, Charles Niwagaba, Håkan Jönsson and Björn Vinnerås Keywords: inactivation, pathogen, sanitisation, source-separation, temperature, urine Issue Date: February 2014 Abstract: Source-separation of urine enables energy-efficient recycling of large quantities of high quality plant nutrients from the wastewater system to food...
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