Opportunities for Sustainable Community Development of Ward 10
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Opportunities for Sustainable Community Development of Ward 10 in Honde Valley June 2017 Project of the Year (POY) Proposal Submission Challenge Driven Education - Project Report InnoEnergy SELECT Master Program Course MJ2415 Project in Energy System Analysis KTH -Department of Energy Technology EGI-2015 SE-100 44 STOCKHOLM CDE Project Proposal EGI-2016 SUSTAINABLE COMMUNITY DEVELOPMENT OF WARD 10 IN HONDE VALLEY Project Team participants and functions Name Area of Focus Organizational Function Muhammad Awais Honde Valley Energy Centre Marco Barbaro Water Management, Clay Workshop Krzysztof Dzialo Water Management, Water Quality Luigi Ghiani Energy Access, Infrastructure 1st Project Manager Sofia Gonçalves Clay Workshop, Water Management Leon Haupt Energy Centre, Ecotourism Knowledge Manager Jalomi M.Tardif Agriculture, Waste Management Public Relations Marco Occhinero Infrastructure, Transport 2nd Project Manager Niccolò Primo Water Management Lorenzo Sani Energy Access, Waste Management, Ecotourism Riccardo Toffanin Energy Access 2nd Trip Manager Clients, industrial and academic partners/advisers involved: Name Function Affiliation Jeevan Jayasuriya Academic supervisor, project collaborator InnoEnergy, KTH Peter Hagström Academic supervisor InnoEnergy, KTH Magnus Linden Business partner SWECO Jacob Chikuhwa Project owner FDC Peter Dulley FDC Sweden Chairman FDC Proposal Submission: Submission to the Examiner Contact details: 09/06/2017 Peter Hagström Email: [email protected] Tel.: +46 (0)73 765 23 70 Commissioner Contact person Contact details: InnoEnergy Scandinavia Luigi Ghiani Email: [email protected] Tel.: +46 0764187340 +39 3452269728 -2- Executive Summary Within the framework of the Project of the Year (POY) course provided by the InnoEnergy MSc SELECT program 2016-2017, a team of eleven Master Students from Royal Institute of Technology and Polytechnic University of Catalonia chose to devote their efforts to the Ward 10 Community in Honde Valley, Zimbabwe. The team members agree that the aspect of elaborating solutions for the sustainable development of a community was a significant determinant in their choice of this challenge. The project is presented by Fortune Development Centre (FDC) which is based in Samaringa in the Honde Valley, with a counterpart in Sweden. FDC aims to improve the living conditions of the population in the Honde Valley, focusing on Ward 10. The project encompasses a wide range of topics which require careful attention to the socio- economic and geographical constraints that influence the feasibility of any project. The main objectives of the project are the sustainability of the community in the long run, the introduction of innovative technology with the social acceptance of locals, the identification of a long run development strategy that will lead to the improvement of the quality of life. Once the needs of the community were evaluated and aggregated in terms of priority and potential impact, the team proceeded to a literature review of similar case-studies in sub Saharan Africa rural areas, synthesizing information about different kinds of interventions and technologies, along with their social and environmental implications, risks and economic viability-sustainability. Following two field trips and the evaluation of the actual conditions in Ward 10, the main focus has been identified on the following topics: • Water supply harmonization, purification and sanitation • Sustainable and clean energy access • Roads and infrastructure improvement • Agriculture • Community services • Ecotourism During the trips, the team had the chance to meet the locals and to establish contacts with them, confronting the different opinions and understanding the features of the local culture. A questionnaire has been delivered to the local population to understand their interest in the proposals, and measurements on the water quality have been performed and analysed in the laboratory of Land and Water Department at KTH. For each of these areas, the team identified some proposals, evaluated from the technical, social, ecological and financial point of view. The project aims to identify a path of awareness and acceptance of local population, enhancing local business opportunities and job creation. Moreover, some potential partners for the proposed solutions are suggested and mentioned, in order to give a tool to the customer to implement the solutions of interest, find investors and funding opportunities and approach local authorities to reach agreements on the future cooperation. -3- Abbreviations Abbreviation Significance AD Anaerobic Digestion ARI Acute respiratory infections BCS Battery charging station BVIP Blair Ventilated Improved Pit CAD Centralized anaerobic digestion CCT Controlled Cooking Test COPD Chronic obstructive pulmonary disease CWF Colloidal Silver Impregnated Ceramic Water Filter FDC Fortune Development Centre FDI Foreign direct investment GDP Gross domestic product GHG Greenhouse Gases HDPE High-density polyethylene IE InnoEnergy IEEE Institute of Electrical and Electronics Engineers KTH Kungliga Tekniska Högskolan LED Light-emitting diode MDG United Nation Millennium Goals MSW Municipal Solid Waste NGO Non-Governmental Organization NPV Net Present Value PET Polyethylene terephthalate POY Project of the Year PV Photovoltaic RBZ Reserve Bank of Zimbabwe SAZ Standard Association Zimbabwe SHS Solar home systems SODIS Solar Water Disinfection SSA Sub-Saharan Africa SWOT Strength, Weaknesses, Opportunities, Threats TDI Tolerable daily intake UN United Nations UNWTO United Nations World Tourism Organization UV Ultra Violet WBT Water Boiling Test WHO World Health Organization ZESA Zimbabwe Energy System Authority ZETDC Zimbabwe Electricity Transmission and Distribution Company ZINWA Zimbabwe National Water Authority -4- Table of Contents Executive Summary ..................................................................................................................................... 3 Abbreviations ................................................................................................................................................ 4 List of figures ................................................................................................................................................ 9 List of tables ................................................................................................................................................ 12 Credits .......................................................................................................................................................... 14 1 Introduction ........................................................................................................................................ 15 1.1 Objectives of the project .......................................................................................................... 16 1.2 The stakeholders ........................................................................................................................ 17 2 Methodology ....................................................................................................................................... 18 2.1 SWOT analysis ........................................................................................................................... 22 2.2 Questionnaire for the local population .................................................................................. 22 2.3 Water measurements ................................................................................................................. 23 2.4 Knowledge management .......................................................................................................... 24 Website ................................................................................................................................ 24 Mapping .............................................................................................................................. 25 3 Areas of Focus and Background ...................................................................................................... 26 3.1 Water supply harmonization and sanitation .......................................................................... 26 Introduction to the global water challenges .................................................................. 26 Quality of water ................................................................................................................. 26 Water supply in Honde Valley ......................................................................................... 30 Description of the system ................................................................................................ 30 Sanitation in Honde Valley .............................................................................................. 33 3.2 Energy poverty and equity challenges .................................................................................... 36 Access to lighting ............................................................................................................... 37 Honde Valley: Status of the grid ..................................................................................... 37 Questionnaire results ........................................................................................................ 39 3.3 Access to clean cooking ...........................................................................................................