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"id": 1,
"name": "Replication and scale",
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"help_text": "Describe to what extent this project might lead to replication and/or up-scaling.",
"value": "After this pilot it is expected that the product lines can be scaled to use the sanitation waste of 370,000 people in Nakuru. The innovation can be copied in many other towns.",
"mandatory": true,
"order": 6,
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"project": 3788
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"name": "Technical sustainability",
"section": 4,
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"help_text": "Try to answer at least 3 of the following questions: Is the technology choice appropriate for the local circumstances? Can the technology be locally manufactured? If not, can spare parts be obtained easily in case repairs or replacement is needed? Are the skills for operation and maintenance available or are trainings needed? If yes, what kind of trainings and for whom? Is the proposed technology affordable for local users, including costs of maintenance and replacement?",
"value": "Technology chosen for the production processes of bio-fuels and bio-fertilisers is locally available and affordable. Machinery will be fabricated locally which will ensure easy repair and replacement. Skills for operation and maintenance are locally available and training expertise can be easily found both from within EU as well as through entrepreneurs with similar businesses. For the production of Struvite additional training will need to be provided through sanitation experts availed by VEI.",
"mandatory": true,
"order": 4,
"type": "text",
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"project": 3788
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"id": 3,
"name": "Social sustainability",
"section": 4,
"max_characters": 600,
"help_text": "Try to answer the following questions: How strong is the demand/need for this water facility? Are needs of women, vulnerable groups and/or the poorest included in this project? Do they also play a role in capacity building? Is the project aligned with socio-cultural values and local customs?",
"value": "Need for safe affordable disposal of sludge from pit-latrines in Nakuru’s LIAs is huge. The community is increasingly aware of health hazards and willing to pay. Farmers and those practicing urban agriculture are in need of quality fertiliser. Women need affordable, accessible and environmental friendly government approved fuels. To reduce health hazards, the project explores fuel-pellets for gasifiers, the newest technology stove designed to limit hazardous fumes to escape into the air.",
"mandatory": true,
"order": 5,
"type": "text",
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"project": 3788
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{
"id": 4,
"name": "Environmental sustainability",
"section": 4,
"max_characters": 600,
"help_text": "Try to answer at least 2 of the following questions: Are sustainable water sources used, e.g. rainwater or groundwater? If yes, how does this effect the ground water level? Will the project result in additional waste streams? If so, how are these dealt with? Is the project anticipating on future (predicted) effects of pollution and/or climate change on the water situation in the region (e.g. water availability and quality)?",
"value": "The project engages NEMA to do an Environmental & Social Impact Assessment (ESIA) to assess effects on the environment. From sludge collection from pit-latrines in Low Income Areas, transportation, treatment, and handling to transformation into bio-fuels and fertilisers. The ESIA includes research on how the process affects the flora and fauna on the treatment plant as well as the wider environment. PH assesses and controls handling of human waste during the practical implementation.",
"mandatory": true,
"order": 3,
"type": "text",
"dropdown_options": null,
"dropdown_selection": null,
"project": 3788
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{
"id": 5,
"name": "Financial sustainability",
"section": 4,
"max_characters": 600,
"help_text": "Try to answer at least 3 of the following questions: How are future operations & maintenance (incl. trainings, salaries and replacements) paid? Is budget set aside for this and who is the account holder? Who are paying: consumers, public sector or private investors? What local financial instruments are used: household contributions, recurrent tax revenues, fee systems, decentralized funds? Goal: make sure that the products/services can be delivered after the project period based on local revenues through one of the financial instruments.",
"value": "Future operations and maintenance of the production processes of faecal matter products will be the responsibility of the private companies involved (SCODE Ltd and other enterprises). The elaborate cost-benefit analysis will factor in the costs of operation, maintenance, salaries and full replacement. The sludge collection and transportation system will be sustainable through contributions of customers towards pit-emptying and partly cross-subsidised by a sanitation tax on the water bill.",
"mandatory": true,
"order": 1,
"type": "text",
"dropdown_options": null,
"dropdown_selection": null,
"project": 3788
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{
"id": 6,
"name": "Institutional sustainability",
"section": 4,
"max_characters": 600,
"help_text": "Try to answer at least 4 of the following questions: Is the ownership of the water facility clear? Who will be held responsible (person, community, water company or government) after the project period? How will they get sufficiently involved in the project to be able to take on this responsibility? Is it somebody's paid job to do operation and maintenance? Is there an organisation responsible for the quality control of the facility? Are all expected roles, tasks and responsibilities clearly defined and agreed? What about the gender balance in committees?",
"value": "A business and partnership model between NAWASSCO and social enterprises will be developed. Parties will decide on hardware ownership and profit/risk sharing. The production process will be main responsibility of the social enterprises while NAWASSCO will be responsible for collection and transportation of sludge and the production site. NAWASSCO will also avail their laboratory. County Government through PH will be involved in health related issues and the quality control of handling the sludge",
"mandatory": true,
"order": 2,
"type": "text",
"dropdown_options": null,
"dropdown_selection": null,
"project": 3788
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{
"id": 7,
"name": "I don’t comply with the entry criteria for the following reason:",
"section": 1,
"max_characters": 0,
"help_text": "",
"value": "",
"mandatory": false,
"order": 2,
"type": "text",
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"dropdown_selection": null,
"project": 3788
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{
"id": 9,
"name": "Social sustainability",
"section": 4,
"max_characters": 600,
"help_text": "Try to answer the following questions: How strong is the demand/need for this water facility? Are needs of women, vulnerable groups and/or the poorest included in this project? Do they also play a role in capacity building? Is the project aligned with socio-cultural values and local customs?",
"value": "This project will affect the position of women and girls.\n There is a high support in the \"cercle\" to educate vulnurable women. The awareness of the need for Wash and willingness to support that is high. The local women's foundations exists of 79 associations of women so has a broad base in society. We don't think we have to explain the effects for women and girls further: it's their project.\nWatercooperation should begin and end with women's full inclusion at all levels. ",
"mandatory": true,
"order": 5,
"type": "text",
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"project": 3795
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{
"id": 10,
"name": "Replication and scale",
"section": 4,
"max_characters": 600,
"help_text": "Describe to what extent this project might lead to replication and/or up-scaling.",
"value": "In terms of upscalling we expect that there will be a growing interest in the community, where the women live to apply a similar solution in or near their home. We also expect, why the school is agreed by the government ( ministery of Labour), this kind of facilities will be accepted and organized by other schools.",
"mandatory": true,
"order": 6,
"type": "text",
"dropdown_options": null,
"dropdown_selection": null,
"project": 3795
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{
"id": 11,
"name": "Financial sustainability",
"section": 4,
"max_characters": 600,
"help_text": "Try to answer at least 3 of the following questions: How are future operations & maintenance (incl. trainings, salaries and replacements) paid? Is budget set aside for this and who is the account holder? Who are paying: consumers, public sector or private investors? What local financial instruments are used: household contributions, recurrent tax revenues, fee systems, decentralized funds? Goal: make sure that the products/services can be delivered after the project period based on local revenues through one of the financial instruments.",
"value": "It is an integral part of the school and his curriculae: schooling provided on maintenance, implementation and business development. Creates opportunities for paid work for women and enhances their status\nAnd one of the enterprises ( teaching-workplace), connected with the school, will built and sell more eco-toilets.\nThe re-use of faeces and urine will lower costs of agriculture fertilizers.\nThe government is paying the salaries of the teachers.\nThe business that provide TVE are motivated.",
"mandatory": true,
"order": 1,
"type": "text",
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"dropdown_selection": null,
"project": 3795
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{
"id": 12,
"name": "Environmental sustainability",
"section": 4,
"max_characters": 600,
"help_text": "Try to answer at least 2 of the following questions: Are sustainable water sources used, e.g. rainwater or groundwater? If yes, how does this effect the ground water level? Will the project result in additional waste streams? If so, how are these dealt with? Is the project anticipating on future (predicted) effects of pollution and/or climate change on the water situation in the region (e.g. water availability and quality)?",
"value": "Most relevant: limiting open defecation, using less water in the toilets, using urine for the agriculture, decline groundwater, end pollution",
"mandatory": true,
"order": 3,
"type": "text",
"dropdown_options": null,
"dropdown_selection": null,
"project": 3795
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{
"id": 13,
"name": "Institutional sustainability",
"section": 4,
"max_characters": 600,
"help_text": "Try to answer at least 4 of the following questions: Is the ownership of the water facility clear? Who will be held responsible (person, community, water company or government) after the project period? How will they get sufficiently involved in the project to be able to take on this responsibility? Is it somebody's paid job to do operation and maintenance? Is there an organisation responsible for the quality control of the facility? Are all expected roles, tasks and responsibilities clearly defined and agreed? What about the gender balance in committees?",
"value": "The innovation will fit into the institutional context of the country .\nWe aim to facilitate the founding of a women-led organisation that will :\n- organise professionally trained women\n- monitor existing facilities\n- disseminate experience and knowledge to other women's organisations\n- be liaison to the local government.\nThe Government of Mali ( Ministery of Labour, and Women affairs) has endorsed the school and programme.\nThe whole programme has the official approval of the Mairie,Préfecture.",
"mandatory": true,
"order": 2,
"type": "text",
"dropdown_options": null,
"dropdown_selection": null,
"project": 3795
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{
"id": 14,
"name": "Technical sustainability",
"section": 4,
"max_characters": 600,
"help_text": "Try to answer at least 3 of the following questions: Is the technology choice appropriate for the local circumstances? Can the technology be locally manufactured? If not, can spare parts be obtained easily in case repairs or replacement is needed? Are the skills for operation and maintenance available or are trainings needed? If yes, what kind of trainings and for whom? Is the proposed technology affordable for local users, including costs of maintenance and replacement?",
"value": "The women will be trained in plumbers and in training the training in water, sanitation and hygiene. All materials are available locally, except for the moment: the toilet-seat en toilet dividing.\nIf this concept gets traction it would be possible to manufacturate that locally in the future with the assistance of WfW-partner in the Philiphines, who has a factory for that.",
"mandatory": true,
"order": 4,
"type": "text",
"dropdown_options": null,
"dropdown_selection": null,
"project": 3795
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{
"id": 16,
"name": "I don’t comply with the entry criteria for the following reason:",
"section": 1,
"max_characters": 0,
"help_text": "",
"value": "",
"mandatory": false,
"order": 2,
"type": "text",
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"id": 17,
"name": "project_plan_summary",
"section": 4,
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"value": "Ethiopia faces problems in terms of rural water supply and sanitation coverage aggravated by a high percentage of non-functioning systems. The Woreda water and Health Desks are the crucial factor in supporting the development and operation of water supply and sanitation systems. The difficulty is that the training staff working at this level received does not allow them to provide the necessary support to WASH committees responsible for the day to day management of water system. Most of them have received training at a Technical and Vocational Training Centre (TVETC) which unfortunately is more focused on theory. Therefore, this project focuses on building the capacity of the Wereda staffs to reduce the WASH related problems through Guided Learning on Water and Sanitation (GLOW). ",
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"project": 392
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"id": 18,
"name": "project_plan_summary",
"section": 4,
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"value": "The effort to develop an Rainwater Harvesting Capacity Center (RHCC) in the Water and Sanitation sector in Ethiopia has the vision of creating a dynamic water-centered knowledge driven centre focusing on pro-poor rainwater harvesting (RWH) and WASH services for sustainable WASH intervention.\r\n\r\nIt provides a knowledge base for the promotion of appropriate and sustainable RWH and WASH to address multiple water needs of vulnerable communities in Ethiopia for domestic water supply, hygiene, sanitation and food production. ",
"mandatory": false,
"order": 0,
"type": "text",
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"project": 398
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"id": 19,
"name": "project_plan_summary",
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"value": "This project wants to introduce the 3R concept in the Dutch Wash Alliance program for Ethiopia. This activity is led by MetaMeta in partnership with RiPPLE and with other Dutch WASH Alliance (DWA) partners, especially those working in the project regions, i.e. AMREF in Afar and AFD in Borana and HCS-RiPPLE in East and West Harraghe.\r\n\r\n3R is an approach for creating sustainable water buffers – using a series of techniques for recharge, retention and reuse.",
"mandatory": false,
"order": 0,
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"project": 394
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"name": "project_plan_summary",
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"value": "This project is designed to develop the capacity of local communities on water management, sanitation, water technology schemes and rain water harvesting technologies. The capacity development activities will be invested on community members and students. WASH committees and school WASH clubs will be established in Woreda levels that will take over the project after its completion. This will ensure the sustainable management of the WASH facilities constructed in the course of the project.",
"mandatory": false,
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"project": 393
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"id": 21,
"name": "project_plan_summary",
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"value": "the water recharge, retention and reuse (3R) of rain water project promote the integration of 3R approaches in to the design and implementation of rain water harvesting systems. the project is implemented together with the Dutch and Ethiopian Wash Alliance. It is focused on the DWA regions of interest (Afar, Oromia and SNNPR). this is carried out through TOT, production and dissemination of publication in local languages and ",
"mandatory": false,
"order": 0,
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"dropdown_selection": null,
"project": 2257
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"id": 22,
"name": "project_plan_summary",
"section": 4,
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"value": "Contributing to improved access to and use of safe water and improved hygiene practices of pastoralist and agro pastoralist communities of Dugda Dawa Woreda. A combination of facility support through construction of water systems and sanitation facilities is only ideal when combined with behavioural and attitude change. Awareness campaigns are expected to be the building block for generating real ownership and active involvement of the communities in WASH interventions.",
"mandatory": false,
"order": 0,
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"project": 2351
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"id": 23,
"name": "project_plan_summary",
"section": 4,
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"value": "The project will work to improve the organisational capacity of local organisations and local government agriculture and water bureaus to ensure efficient expansion of and continued delivery of quality Rainwater harvesting and WASH projects.\r\nThen project will strengthen partners through practical trainings and knowledge and best practice documentation, with the goal of increasing partner capacity to act as development facilitators and to operate as sustainable entities.",
"mandatory": false,
"order": 0,
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"project": 2856
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"id": 24,
"name": "project_plan_summary",
"section": 4,
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"value": "Forster sanitation and hygiene behavioural and attitude change through student involvement and awareness raising. Specific objectives;\r\n\r\nTo facilitate access to basic WASH facilities for 2 primary schools\r\nTo engage 1,623 students and 47 teachers in 2 primary schools in student hygiene and school sanitation activities\r\nTo mainstream SLSSH in 2 school co-curricular activities\r\nTo convince 24 education sector government bodies on the importance of the SLSSH",
"mandatory": false,
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"project": 2541
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"id": 25,
"name": "project_plan_summary",
"section": 4,
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"value": "The feasibility study area will be Mashuru and Namanga districts Kajiado County in Rift valley region. The main focus will be carrying out technical and socio-economic evaluation and feasibility for sand /sub-surface in Kajiado County to create access to safe, sustainable and affordable drinking water. The study will provide basis for decision making such piloting, up-scaling and collaborative support for the project.",
"mandatory": false,
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"project": 404
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"id": 26,
"name": "project_plan_summary",
"section": 4,
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"value": "Enhanced harnesing and utilisation of rainwater can play a fundamental role in Arid and Semi-Arid areas in Kenya and sahel region of Africa in general. This can trigger improved livelihood by ensuring an habitable ecology and sustainable livelihood.\r\nKajiado county (Mashuru, Namanga and Kajiado central) is the focal point for the WASH project supported by Dutch Wash Alliance partners and implemented by Kenya WASH alliance partners. \r\n",
"mandatory": false,
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"project": 2261
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"id": 27,
"name": "project_plan_summary",
"section": 4,
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"value": "SASOL suppervised sand dam construction and was involved in site selection and confirmation, technical designing and supervision during the construction period. SASOL artisans were brought onboard to build the capacities of the local masons in sand dam construction through hands on learning. Being a new technology to the community, there is call for further strengthening of their technical capacities through guided practice during sand dam construction.",
"mandatory": false,
"order": 0,
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"project": 2263
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{
"id": 28,
"name": "project_plan_summary",
"section": 4,
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"value": "En 2011, 27 impluviums de 10m3 ont été construits. Les bénéficiaires ont reçu la formation en gestion des ouvrages et hygiène de l’eau avec l’accompagnement d’IEC. Pour toucher le grand public la troupe Do a effectué deux représentations théâtrales sur la gestion des impluviums. Un mécanisme de crédit est mis en place pour le volet assainissement. Dans le cadre de entretien de proximité quatre relais ont été formés sur les techniques de réparation des impluviums.",
"mandatory": false,
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"project": 441
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"id": 29,
"name": "project_plan_summary",
"section": 4,
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"value": "Construction de 17 impluviums de 12 m3, au profit de 166 personnes au niveau ménage dans les villages de Bonessara, Orokana, Koumbogourou et Madougou dans le cercle de Koro (région de Mopti). Formation des maçons et du technicien supérieur de l’ONG sur les techniques de construction des impluviums. Formations à l'intention des bénéficiaires sur les techniques de la javellisation de l'eau, les techniques de constructions des réservoirs, l'hygiène et l'assainissement autour des ouvrages de la CEP, la maintenance et la réparation des ouvrages.\r\n\r\nEn 2012, 40 autres impluviums ont été programmés dans les villages de Kiri, Dérou, Bonessara et d'Orokana; sur lesquels 37 sont achevés. C'est pour les besoins de 706 personnes.",
"mandatory": false,
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"project": 2863
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"id": 30,
"name": "project_plan_summary",
"section": 4,
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"value": "L’an 2012 marque la 3ème année d’existence du centre d’expertise pour la collecte des eaux qui a vu le jour en Avril 2010 grâce à un partenariat noué entre Rain Foundation et HELVETAS Swiss Intercooperation au Mali. Les objectifs du CECEP en 2011 sont les suivants: \r\n\r\n--> Créer un pôle de référence en Afrique de l'Ouest \r\n--> Coordonner et appuyer les partenaires de mise en oeuvre \r\n--> Faire le plaidoyer et le lobbying pour la promotion de la collecte des eaux de pluie au Mali \r\n--> Expérimenter et capitaliser les acquis du centre\r\n\r\n",
"mandatory": false,
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"project": 444
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"id": 31,
"name": "project_plan_summary",
"section": 4,
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"value": "Ce projet a pour objet l’approvisionnement en eau potable des populations rurales les plus défavorisées de 03 villages des communes de Koro et Madougou (Tanoua, Piqué et Nema) à travers la collecte des eaux de pluie (construction d’impluviums). Les activités du projet vont intégrer les activités appuyées par d’autres partenaires d’ARAFD (WaterAid et Wetlands International) dans les domaines de l’approvisionnement en eau potable, hygiène et assainissement. ",
"mandatory": false,
"order": 0,
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"project": 442
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"id": 32,
"name": "project_plan_summary",
"section": 4,
"max_characters": 0,
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"value": "Le projet va résoudre les contraintes d'eau et d'assainissement des populations à travers la CEP et le changement de comportement. Il vise également la restauration des sols et du couvert végétal. La démarche est participative et répond aux besoins des populations par la réalisation et la gestion des ouvrages, le renforcément des capacités (populations, secteurs privé, PMO...), le plaidoyer/lobbying pour la promotion de la CEP, de l'hygiène et de l'assainissement ",
"mandatory": false,
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"project": 2274
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