Realizing the Circular Economy for Sanitation: Assessing Enabling Conditions and Barriers to the Commercialization of Human Excreta Derived Fertilizer in Haiti and Kenya

Efficient fecal sludge management solutions are especially challenging in densely populated urban informal settlements, where space is limited and land tenure uncertain. One solution is to collect and treat human excreta to produce soil conditioners for use in agriculture, through container-based sa...

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Main Authors: Berta Moya, Ruben Sakrabani, Alison Parker
Format: Article
Language:English
Published: MDPI AG 2019-06-01
Series:Sustainability
Subjects:
Online Access:https://www.mdpi.com/2071-1050/11/11/3154
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spelling doaj-d26f33513e5a4253b779e870c47ace692020-11-24T23:55:24ZengMDPI AGSustainability2071-10502019-06-011111315410.3390/su11113154su11113154Realizing the Circular Economy for Sanitation: Assessing Enabling Conditions and Barriers to the Commercialization of Human Excreta Derived Fertilizer in Haiti and KenyaBerta Moya0Ruben Sakrabani1Alison Parker2School of Water, Energy and Environment, Cranfield University, Cranfield, MK43 0AL, UKSchool of Water, Energy and Environment, Cranfield University, Cranfield, MK43 0AL, UKSchool of Water, Energy and Environment, Cranfield University, Cranfield, MK43 0AL, UKEfficient fecal sludge management solutions are especially challenging in densely populated urban informal settlements, where space is limited and land tenure uncertain. One solution is to collect and treat human excreta to produce soil conditioners for use in agriculture, through container-based sanitation, thus realizing the circular economy for sanitation. This study focused on container-based sanitation ventures that produce and sell fertilizers from human excreta. Stakeholder interviews showed that challenges faced by these ventures were similar: unclear regulations on the use of fertilizers derived from source-separated excreta, undeveloped markets for organic fertilizers, difficulties in securing secondary sources of organic matter for composting as well as complex transport and distribution logistics. The findings of this study emphasized the need for clear policies with respect to human excreta derived fertilizer, as well as institutional involvement in order to incentivize the sale and use of human excreta derived fertilizer locally to ensure that sustainable and safely managed sanitation systems are available in urban areas.https://www.mdpi.com/2071-1050/11/11/3154fertilizersanitationfecal sludgebusiness modelscertifications
collection DOAJ
language English
format Article
sources DOAJ
author Berta Moya
Ruben Sakrabani
Alison Parker
spellingShingle Berta Moya
Ruben Sakrabani
Alison Parker
Realizing the Circular Economy for Sanitation: Assessing Enabling Conditions and Barriers to the Commercialization of Human Excreta Derived Fertilizer in Haiti and Kenya
Sustainability
fertilizer
sanitation
fecal sludge
business models
certifications
author_facet Berta Moya
Ruben Sakrabani
Alison Parker
author_sort Berta Moya
title Realizing the Circular Economy for Sanitation: Assessing Enabling Conditions and Barriers to the Commercialization of Human Excreta Derived Fertilizer in Haiti and Kenya
title_short Realizing the Circular Economy for Sanitation: Assessing Enabling Conditions and Barriers to the Commercialization of Human Excreta Derived Fertilizer in Haiti and Kenya
title_full Realizing the Circular Economy for Sanitation: Assessing Enabling Conditions and Barriers to the Commercialization of Human Excreta Derived Fertilizer in Haiti and Kenya
title_fullStr Realizing the Circular Economy for Sanitation: Assessing Enabling Conditions and Barriers to the Commercialization of Human Excreta Derived Fertilizer in Haiti and Kenya
title_full_unstemmed Realizing the Circular Economy for Sanitation: Assessing Enabling Conditions and Barriers to the Commercialization of Human Excreta Derived Fertilizer in Haiti and Kenya
title_sort realizing the circular economy for sanitation: assessing enabling conditions and barriers to the commercialization of human excreta derived fertilizer in haiti and kenya
publisher MDPI AG
series Sustainability
issn 2071-1050
publishDate 2019-06-01
description Efficient fecal sludge management solutions are especially challenging in densely populated urban informal settlements, where space is limited and land tenure uncertain. One solution is to collect and treat human excreta to produce soil conditioners for use in agriculture, through container-based sanitation, thus realizing the circular economy for sanitation. This study focused on container-based sanitation ventures that produce and sell fertilizers from human excreta. Stakeholder interviews showed that challenges faced by these ventures were similar: unclear regulations on the use of fertilizers derived from source-separated excreta, undeveloped markets for organic fertilizers, difficulties in securing secondary sources of organic matter for composting as well as complex transport and distribution logistics. The findings of this study emphasized the need for clear policies with respect to human excreta derived fertilizer, as well as institutional involvement in order to incentivize the sale and use of human excreta derived fertilizer locally to ensure that sustainable and safely managed sanitation systems are available in urban areas.
topic fertilizer
sanitation
fecal sludge
business models
certifications
url https://www.mdpi.com/2071-1050/11/11/3154
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AT rubensakrabani realizingthecirculareconomyforsanitationassessingenablingconditionsandbarrierstothecommercializationofhumanexcretaderivedfertilizerinhaitiandkenya
AT alisonparker realizingthecirculareconomyforsanitationassessingenablingconditionsandbarrierstothecommercializationofhumanexcretaderivedfertilizerinhaitiandkenya
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