Mcconville, Jennifer
- Department of Energy and Technology, Swedish University of Agricultural Sciences
Research article2022Peer reviewedOpen access
McConville, J. R.; Kvarnstrom, E.; Ahlstrom, M.; Niwagaba, C. B.
Pressure is growing to develop innovative decentralized sanitation systems that protect public health and recover resources. This study evaluates the opportunities for niche technologies focusing on nutrient resource recovery to enter the market in Greater Kampala, Uganda. It applies methodology from sustainability transition studies in a novel way to provide new insights into possibilities for change in the on-site sanitation sector. The study 1) characterizes the existing socio-technical regime for on-site sanitation, 2) identify stress points in the regime and 3) possible advantages for the niches. Assessment of the regime covers technology, epistemic practice, sector values, organisational modes, policy and financing. The niches include urine diversion toilets, on-site resource recovery, and container-based models. The on-site sanitation regime is under performing and the niches all offer advantages for improved service and resource use. However, it will be difficult for the niches to break into a sector in which epistemic practice, organisational modes and financing are heavily dominated by the sewage regime. Recommendations for creating a more open environment for innovation are provided for specific stakeholders.
Excreta; Multi-level perspective; Niche; Sustainability; Transitions; Wastewater
Resources, Conservation and Recycling
2022, volume: 181, article number: 106275
Publisher: ELSEVIER
SDG6 Clean water and sanitation
SDG9 Industry, innovation and infrastructure
Environmental Management
https://res.slu.se/id/publ/117325