This document provides an initial assessment report on the water supply in Hadaaftimo Town, Somaliland. It finds that the town has a functioning borehole located far outside of town. The assessment recommends connecting the borehole to the town through a pipeline and storage tanks to improve access. However, it notes that infrastructure expansion alone will not solve all problems and sustainable management also needs to be improved. The report was conducted to inform the development of a full funding proposal to the Somaliland Development Fund to improve Hadaaftimo's water supply and management systems.
This document provides guidelines for conducting water sector governance assessments in Africa to improve the sustainability of water projects. It outlines six stages of the project cycle and the appropriate assessment tool to use at each stage. These include a light assessment for initial overview, rapid assessment to identify risk areas, and a more comprehensive project preparation assessment. The project preparation assessment informs the project appraisal report, indicators for project supervision, and outcomes for project completion. Scoring guidelines are provided to identify priority areas of governance concern requiring attention in a project. The assessments are designed to characterize governance and mitigate risks at all stages of the project cycle from identification to completion.
The document describes the Water and Sanitation Extension Programme (WASEP) operated from 1997 to 2001 by the Aga Khan Planning and Building Service (AKPBS) in Pakistan. WASEP aimed to provide water and sanitation infrastructure and promote health and hygiene in over 100,000 people across northern Pakistan. The program selected partner communities through participatory assessments, then implemented water supply schemes, sanitation facilities, and health education programs while engaging communities in management and maintenance. WASEP achieved significant reductions in waterborne diseases by improving access to clean water and sanitation.
The document discusses water management in rural districts of Same and Kigoma, Tanzania. It provides an overview of Tanzania's 2002 National Water Policy and its objectives to increase rural water access. It then describes ISF's work facilitating the establishment of legal water management entities at the community level in Kigoma and Same districts. This includes forming water user groups and associations, developing constitutions, and training communities in operation and maintenance. The summary highlights challenges around water access, quality, and sustainable management in the two districts.
This document is a curriculum vitae for Rana N. Ardah, who has over 11 years of experience in environment-related fields including water quality monitoring, water demand management, and wastewater reuse. She currently works as a senior studies and consultation specialist at the Water Studies Division of the Royal Scientific Society in Jordan, where she manages projects, writes reports, and works on business development and proposals. She also has experience in training, capacity building, and technical writing.
This curriculum vitae outlines the professional experience and qualifications of Rana N. Ardah. She has over 12 years of experience in environmental fields including water quality monitoring, water demand management, and wastewater reuse. She currently works as a Senior Studies and Consultation Specialist at the Water Studies Division of the Royal Scientific Society in Jordan, managing water-related projects and writing technical reports. She also has experience in public-private partnerships, training, community outreach, and developing project proposals for donors.
The document provides terms of reference for a consultancy to conduct a feasibility study and detailed design for a sewerage system in Adama City, Ethiopia. The study will review existing sewerage infrastructure and plans, assess options for wastewater treatment and collection, and recommend the most cost-effective system. It will include a detailed design, cost estimates, and tender documents to upgrade Adama's wastewater management. The consultancy will assess financial, technical, social, and environmental factors to ensure sustainability and community participation.
Guj sw study of wq fluctuation in river vishwamitri_0bhydrologyproject0
This document provides background information on a study of water quality fluctuations in the Vishwamitri River in Gujarat, India. It was conducted by the Gujarat Engineering Research Institute from 2009-2011 under the Hydrology Project. The Vishwamitri River flows through the city of Vadodara, subjecting it to pollution from municipal sewage and industrial effluents. The study aimed to monitor water quality, assess the impact of wastewater discharges, and examine the influence on groundwater quality. It highlights pollution issues affecting the unique crocodile habitat in the river. The methodology involved bi-monthly sampling at 11 surface water and 7 groundwater locations along the river course.
The document provides an initial assessment report on water resources in the Gargooray area of Awdal region in Somaliland. It finds that Gargooray currently has no water sources, and people and livestock must travel long distances to reach water points. A borehole was recently drilled in the area but is not functional, and is located at the top of a mountain where access is difficult. The assessment recommends drilling a new borehole equipped with a water supply system and establishing a water management structure to improve the water situation in Gargooray.
This document provides guidelines for conducting water sector governance assessments in Africa to improve the sustainability of water projects. It outlines six stages of the project cycle and the appropriate assessment tool to use at each stage. These include a light assessment for initial overview, rapid assessment to identify risk areas, and a more comprehensive project preparation assessment. The project preparation assessment informs the project appraisal report, indicators for project supervision, and outcomes for project completion. Scoring guidelines are provided to identify priority areas of governance concern requiring attention in a project. The assessments are designed to characterize governance and mitigate risks at all stages of the project cycle from identification to completion.
The document describes the Water and Sanitation Extension Programme (WASEP) operated from 1997 to 2001 by the Aga Khan Planning and Building Service (AKPBS) in Pakistan. WASEP aimed to provide water and sanitation infrastructure and promote health and hygiene in over 100,000 people across northern Pakistan. The program selected partner communities through participatory assessments, then implemented water supply schemes, sanitation facilities, and health education programs while engaging communities in management and maintenance. WASEP achieved significant reductions in waterborne diseases by improving access to clean water and sanitation.
The document discusses water management in rural districts of Same and Kigoma, Tanzania. It provides an overview of Tanzania's 2002 National Water Policy and its objectives to increase rural water access. It then describes ISF's work facilitating the establishment of legal water management entities at the community level in Kigoma and Same districts. This includes forming water user groups and associations, developing constitutions, and training communities in operation and maintenance. The summary highlights challenges around water access, quality, and sustainable management in the two districts.
This document is a curriculum vitae for Rana N. Ardah, who has over 11 years of experience in environment-related fields including water quality monitoring, water demand management, and wastewater reuse. She currently works as a senior studies and consultation specialist at the Water Studies Division of the Royal Scientific Society in Jordan, where she manages projects, writes reports, and works on business development and proposals. She also has experience in training, capacity building, and technical writing.
This curriculum vitae outlines the professional experience and qualifications of Rana N. Ardah. She has over 12 years of experience in environmental fields including water quality monitoring, water demand management, and wastewater reuse. She currently works as a Senior Studies and Consultation Specialist at the Water Studies Division of the Royal Scientific Society in Jordan, managing water-related projects and writing technical reports. She also has experience in public-private partnerships, training, community outreach, and developing project proposals for donors.
The document provides terms of reference for a consultancy to conduct a feasibility study and detailed design for a sewerage system in Adama City, Ethiopia. The study will review existing sewerage infrastructure and plans, assess options for wastewater treatment and collection, and recommend the most cost-effective system. It will include a detailed design, cost estimates, and tender documents to upgrade Adama's wastewater management. The consultancy will assess financial, technical, social, and environmental factors to ensure sustainability and community participation.
Guj sw study of wq fluctuation in river vishwamitri_0bhydrologyproject0
This document provides background information on a study of water quality fluctuations in the Vishwamitri River in Gujarat, India. It was conducted by the Gujarat Engineering Research Institute from 2009-2011 under the Hydrology Project. The Vishwamitri River flows through the city of Vadodara, subjecting it to pollution from municipal sewage and industrial effluents. The study aimed to monitor water quality, assess the impact of wastewater discharges, and examine the influence on groundwater quality. It highlights pollution issues affecting the unique crocodile habitat in the river. The methodology involved bi-monthly sampling at 11 surface water and 7 groundwater locations along the river course.
The document provides an initial assessment report on water resources in the Gargooray area of Awdal region in Somaliland. It finds that Gargooray currently has no water sources, and people and livestock must travel long distances to reach water points. A borehole was recently drilled in the area but is not functional, and is located at the top of a mountain where access is difficult. The assessment recommends drilling a new borehole equipped with a water supply system and establishing a water management structure to improve the water situation in Gargooray.
A Study on Physico-Chemical Characteristics of Borewell Water In Sugar Town, ...IJERA Editor
Groundwater is a natural resource for drinking water .In addition to the population growth, urbanization and industrialization also extend the demand of water. Providing safe drinking water supply to the ever growing urban and sub-urban population is going to be a challenge to the civil authorities, city planners, policy makers and environmentalists. Groundwater is a major source of drinking water in both urban and rural areas of Mandya. Mandya city is rapidly raising population, changing lifestyle and intense competition among users- agriculture, industry and domestic sectors is driving the groundwater table lower. Besides, discharge of untreated wastewater through bores and leachate from unscientific disposal of solid wastes also contaminate groundwater, thereby reducing quality of fresh water resources.
The present work is aimed at assessing the water quality index for the ground water samples of Sugar town, Mandya city. The groundwater samples of about 40 samples were collected and subjected for a comprehensive physicochemical analysis. The purposes of this investigation are to provide an overview of present ground water quality for the following 12 parameters such as pH, total hardness, calcium, magnesium, chloride, nitrate, sulphate, total dissolved solids, iron, fluoride, alkalinity are to be considered for calculating the WQI. The results are analyzed by WQI method for predicting water quality. Water Quality Index (WQI) is a very useful and effective way for assessing the quality of water. WQI is a very useful tool for communicating the information on overall quality of water.
This document presents a flood control and management manual for Nepal. It was prepared by Project Engineering Consultancy and Research Pvt. Ltd and SAP Water and Energy Developers’ Pvt. Ltd, and funded by the Government of Nepal Water and Energy Commission Secretariat. The manual provides guidance on planning, survey, design, and implementation of flood control projects, including hydrological assessment, river morphological study, river hydraulics, design criteria and procedures for structural measures like embankments, revetments, flood walls, spurs and studs.
The document discusses water sector reforms and the role of the Philippine Water Partnership (PWP) in the following areas:
1. PWP helped educate stakeholders on the National Water Resources Board and water permitting through workshops. It also organized forums on integrating IWRM principles into policies and plans.
2. PWP participated in consultation workshops that led to roadmaps and frameworks to strengthen institutions involved in water management.
3. PWP organized discussions on proposed legal reforms like consolidating water-related laws and clarifying the regulatory roles of different agencies.
4. PWP brings together experts to identify reforms, communicate positions on issues, provide a venue for discussion, and document IWRM experiences to disse
The hardships of emergencies have given birth to a new breed of experts. The youth has
matured enough to sustain pressure during work-load and support the senior management.
The mix of youth and experience is the driving force in IRSP.
Reflecting on the year of 2012, I am very proud and humbled by IRSP’s accomplishments. Our
team, working hand in hand with the communities that we serve has overcome barriers and
obstacles to achieve the targets set by the funding agencies.
The document summarizes the activities and impact of a project to rehabilitate drinking water sources in communities in Khyber Pakhtunkhwa province of Pakistan after flooding in 2010. Over 2,000 dug wells were rehabilitated with community involvement, and hygiene promotion activities were conducted. This resulted in reductions in waterborne diseases and healthcare expenditures. Water quality testing showed improvements, and hygiene practices like handwashing and SODIS increased. Communities were satisfied with the intervention and maintenance of clean drinking water sources.
High Level Conference on Jordan’s Water Crisis - December 2, 2013Nicholas Harnish
This document summarizes a report on the impact of Syrian refugees on Jordan's water sector. It finds that the influx of refugees since 2011 has significantly strained Jordan's water resources and sanitation services. Key findings include:
- Syrian refugees are most concentrated in northern Jordanian cities like Ramtha, which are struggling to meet twice the previous demand for water.
- Jordan's groundwater basins are overexploited, and water extraction is unsustainable given the rising population.
- Sanitation networks cannot handle the increased waste generation in many cities. Expansion is needed.
- Water losses are high due to leakage and lack of reliable infrastructure in some refugee-concentrated areas.
The report quant
PIDA sector-specific terms of reference for transboundary water resources s...Dr Lendy Spires
This document outlines the terms of reference for a study on the transboundary water resources sector within the Programme for Infrastructure Development in Africa (PIDA).
The study will involve two phases: 1) diagnosis and in-depth analysis of existing policies, infrastructure, institutions and challenges in the sector; and 2) formulation of a strategic framework, infrastructure development programme, and implementation strategy to guide development of the sector. Key objectives include ensuring water security, equitable allocation of resources, benefit sharing, climate change adaptation, and enhanced regional cooperation through integrated water resources management. The study will focus on basins covered by previous plans and involve stakeholders such as River Basin Organizations. It aims to align with the African Water Vision and support from the African
The site visit evaluates a project that installed handpumps and water supply schemes in 7 villages affected by flooding. Physical verification found that most infrastructure was operational. Focus groups discussed project benefits and challenges. Villagers now have improved access to drinking water but feel additional infrastructure is still needed. Some conflicts emerged over water access between communities. The project overall increased access to safe water, but sustainability may require continued community management and awareness efforts.
Water management is a global issue and it is the prime duty of all the people to save and conserve water so that it can be passed on safely to the future generation. Viewers please watch the ppt and leave your likes and comments.
Ghana has since the mid 1990'S, been implementing a string of reforms in the water set aimed at enhancing the efficiency of the production and utilisation of water. These reformshave culminated in the institutional re-alignment of key institutions in the sector. Despite the implementation of these reforms, a major concern has been the lack of an effective interface among key stakeholder institutions with a view to integrating and harmonizing their various activities. Given this phenomenon, the Ministry of Water Resources, Worksand Housing: concert with other stakeholder institutions and interest groups, in 2004,commenced process for the formulation of a consolidated national water policy. This document is output of the interactive process initiated.
Identification of Pollution Sources & Water Quality Analysis of Dhanmondi & H...Tariq Mehmood
Pollution Sources of Dhanmondi & Hatirjheel lake were identified. Water samples were taken based on the pollution sources, samples were taken on monthly basis during rainy as well as dry season. Water samples were tested in lab based on various parameter. BOD, COD, pH, Color, Turbidity, DO Phosphate, nitrate and various other tests were performed and results of both lakes were compared.
After the successful completion of all the tests over the period of year results showed that Hatirjheel is much more polluted than Dhanmondi lake.
1) Participatory integrated water resource management (IWRM) planning workshops were held in six small island developing states (SIDS) to plan demonstration projects focusing on sustainable groundwater and water resource management.
2) The workshops brought together stakeholders from different sectors and levels of government and empowered them to actively participate in planning and implementation.
3) A key lesson was that a coordinated cross-sectoral approach is needed to address vulnerable groundwater resources in SIDS, and capacity building on IWRM principles is also essential.
This document discusses NESPAK's expertise and experience in water resources development and dam engineering. It details the scope of services provided, including water resources planning, dams and barrages, irrigation systems, drainage and land reclamation, groundwater resources development, flood management, and institutional and social development. It provides examples of major projects undertaken and notes that over NESPAK's 44 year history it has provided services for over 545 water resources projects worth Rs. 2,320 billion within Pakistan and abroad.
This document provides a baseline study of the Maroodi Jeex Landscape in Somaliland for a climate change program. It summarizes the socio-economic and gender context of the landscape. Livestock production, primarily through nomadic pastoralism and agro-pastoralism, is the main livelihood and economic activity. While traditional social roles assign men to productive activities and women to domestic/reproductive roles, women also engage in productive activities related to livestock and crop production. The landscape faces challenges of water scarcity, environmental degradation, and lack of development services.
The document is the City of Ryde's annual State of the Environment community newsletter. It highlights sustainability projects coordinated by the City of Ryde Council in the 2010-2011 financial year. It discusses initiatives such as the Top Ryder community bus service, expansion of cycling paths, youth and school environmental education projects, a climate change adaptation study, the Sustainable Businesses in Ryde program, energy saving initiatives, and the Catchment Connections program. The newsletter aims to inform residents about sustainability programs and encourage participation in environmental protection efforts.
The document discusses water resources and sustainable development in Myanmar. It provides background on Myanmar's geography, climate, population, and water resources potential. It then summarizes the formation of Myanmar's National Water Resources Committee to coordinate water management. The committee works to build capacity through education and pilot projects. Challenges include limited data sharing, budget constraints, and capacity issues. Moving forward, priorities include enacting water laws, building young professionals' capacity, and strengthening international cooperation to support integrated water resources management.
Proceedings of a Workshop on Hydraulic Ram Pump Technology - International De...Fifi62z
This document provides an overview of hydraulic ram pump (hydram) technology. It begins with a brief introduction of hydrams as a renewable energy technology for rural water supply. The operating principles of hydrams are then outlined, noting that they use the sudden stoppage of flowing water in a pipe to create a high pressure surge. A short history of hydram development and current usage is presented. The main operating characteristics of hydrams are described. The document concludes by mentioning present and future research on hydram technology.
The letter summarizes concerns with two reports by the Wildlife Institute of India (WII) on the cumulative environmental impacts of hydropower projects on the Ganga River. [1] The interim report contained mistakes and lacked scientific basis, leading the Ministry of Environment and Forests to stop three major projects. [2] The final report changed its evaluation approach, hid mistakes from the interim report, and provided biased and misleading recommendations. [3] The letter argues the WII reports cannot be used for policy decisions and may strengthen opposition to hydropower development, enclosing reviews critiquing the reports and social issues around hydropower.
Presentation given by Joakim Harlin at the International Conference on IWRM in Tokyo - December 2004
1) The Pungwe River Basin IWRM project
2) Reflections on typical issues, constraints and needs
Discover the latest insights on Data Driven Maintenance with our comprehensive webinar presentation. Learn about traditional maintenance challenges, the right approach to utilizing data, and the benefits of adopting a Data Driven Maintenance strategy. Explore real-world examples, industry best practices, and innovative solutions like FMECA and the D3M model. This presentation, led by expert Jules Oudmans, is essential for asset owners looking to optimize their maintenance processes and leverage digital technologies for improved efficiency and performance. Download now to stay ahead in the evolving maintenance landscape.
A Study on Physico-Chemical Characteristics of Borewell Water In Sugar Town, ...IJERA Editor
Groundwater is a natural resource for drinking water .In addition to the population growth, urbanization and industrialization also extend the demand of water. Providing safe drinking water supply to the ever growing urban and sub-urban population is going to be a challenge to the civil authorities, city planners, policy makers and environmentalists. Groundwater is a major source of drinking water in both urban and rural areas of Mandya. Mandya city is rapidly raising population, changing lifestyle and intense competition among users- agriculture, industry and domestic sectors is driving the groundwater table lower. Besides, discharge of untreated wastewater through bores and leachate from unscientific disposal of solid wastes also contaminate groundwater, thereby reducing quality of fresh water resources.
The present work is aimed at assessing the water quality index for the ground water samples of Sugar town, Mandya city. The groundwater samples of about 40 samples were collected and subjected for a comprehensive physicochemical analysis. The purposes of this investigation are to provide an overview of present ground water quality for the following 12 parameters such as pH, total hardness, calcium, magnesium, chloride, nitrate, sulphate, total dissolved solids, iron, fluoride, alkalinity are to be considered for calculating the WQI. The results are analyzed by WQI method for predicting water quality. Water Quality Index (WQI) is a very useful and effective way for assessing the quality of water. WQI is a very useful tool for communicating the information on overall quality of water.
This document presents a flood control and management manual for Nepal. It was prepared by Project Engineering Consultancy and Research Pvt. Ltd and SAP Water and Energy Developers’ Pvt. Ltd, and funded by the Government of Nepal Water and Energy Commission Secretariat. The manual provides guidance on planning, survey, design, and implementation of flood control projects, including hydrological assessment, river morphological study, river hydraulics, design criteria and procedures for structural measures like embankments, revetments, flood walls, spurs and studs.
The document discusses water sector reforms and the role of the Philippine Water Partnership (PWP) in the following areas:
1. PWP helped educate stakeholders on the National Water Resources Board and water permitting through workshops. It also organized forums on integrating IWRM principles into policies and plans.
2. PWP participated in consultation workshops that led to roadmaps and frameworks to strengthen institutions involved in water management.
3. PWP organized discussions on proposed legal reforms like consolidating water-related laws and clarifying the regulatory roles of different agencies.
4. PWP brings together experts to identify reforms, communicate positions on issues, provide a venue for discussion, and document IWRM experiences to disse
The hardships of emergencies have given birth to a new breed of experts. The youth has
matured enough to sustain pressure during work-load and support the senior management.
The mix of youth and experience is the driving force in IRSP.
Reflecting on the year of 2012, I am very proud and humbled by IRSP’s accomplishments. Our
team, working hand in hand with the communities that we serve has overcome barriers and
obstacles to achieve the targets set by the funding agencies.
The document summarizes the activities and impact of a project to rehabilitate drinking water sources in communities in Khyber Pakhtunkhwa province of Pakistan after flooding in 2010. Over 2,000 dug wells were rehabilitated with community involvement, and hygiene promotion activities were conducted. This resulted in reductions in waterborne diseases and healthcare expenditures. Water quality testing showed improvements, and hygiene practices like handwashing and SODIS increased. Communities were satisfied with the intervention and maintenance of clean drinking water sources.
High Level Conference on Jordan’s Water Crisis - December 2, 2013Nicholas Harnish
This document summarizes a report on the impact of Syrian refugees on Jordan's water sector. It finds that the influx of refugees since 2011 has significantly strained Jordan's water resources and sanitation services. Key findings include:
- Syrian refugees are most concentrated in northern Jordanian cities like Ramtha, which are struggling to meet twice the previous demand for water.
- Jordan's groundwater basins are overexploited, and water extraction is unsustainable given the rising population.
- Sanitation networks cannot handle the increased waste generation in many cities. Expansion is needed.
- Water losses are high due to leakage and lack of reliable infrastructure in some refugee-concentrated areas.
The report quant
PIDA sector-specific terms of reference for transboundary water resources s...Dr Lendy Spires
This document outlines the terms of reference for a study on the transboundary water resources sector within the Programme for Infrastructure Development in Africa (PIDA).
The study will involve two phases: 1) diagnosis and in-depth analysis of existing policies, infrastructure, institutions and challenges in the sector; and 2) formulation of a strategic framework, infrastructure development programme, and implementation strategy to guide development of the sector. Key objectives include ensuring water security, equitable allocation of resources, benefit sharing, climate change adaptation, and enhanced regional cooperation through integrated water resources management. The study will focus on basins covered by previous plans and involve stakeholders such as River Basin Organizations. It aims to align with the African Water Vision and support from the African
The site visit evaluates a project that installed handpumps and water supply schemes in 7 villages affected by flooding. Physical verification found that most infrastructure was operational. Focus groups discussed project benefits and challenges. Villagers now have improved access to drinking water but feel additional infrastructure is still needed. Some conflicts emerged over water access between communities. The project overall increased access to safe water, but sustainability may require continued community management and awareness efforts.
Water management is a global issue and it is the prime duty of all the people to save and conserve water so that it can be passed on safely to the future generation. Viewers please watch the ppt and leave your likes and comments.
Ghana has since the mid 1990'S, been implementing a string of reforms in the water set aimed at enhancing the efficiency of the production and utilisation of water. These reformshave culminated in the institutional re-alignment of key institutions in the sector. Despite the implementation of these reforms, a major concern has been the lack of an effective interface among key stakeholder institutions with a view to integrating and harmonizing their various activities. Given this phenomenon, the Ministry of Water Resources, Worksand Housing: concert with other stakeholder institutions and interest groups, in 2004,commenced process for the formulation of a consolidated national water policy. This document is output of the interactive process initiated.
Identification of Pollution Sources & Water Quality Analysis of Dhanmondi & H...Tariq Mehmood
Pollution Sources of Dhanmondi & Hatirjheel lake were identified. Water samples were taken based on the pollution sources, samples were taken on monthly basis during rainy as well as dry season. Water samples were tested in lab based on various parameter. BOD, COD, pH, Color, Turbidity, DO Phosphate, nitrate and various other tests were performed and results of both lakes were compared.
After the successful completion of all the tests over the period of year results showed that Hatirjheel is much more polluted than Dhanmondi lake.
1) Participatory integrated water resource management (IWRM) planning workshops were held in six small island developing states (SIDS) to plan demonstration projects focusing on sustainable groundwater and water resource management.
2) The workshops brought together stakeholders from different sectors and levels of government and empowered them to actively participate in planning and implementation.
3) A key lesson was that a coordinated cross-sectoral approach is needed to address vulnerable groundwater resources in SIDS, and capacity building on IWRM principles is also essential.
This document discusses NESPAK's expertise and experience in water resources development and dam engineering. It details the scope of services provided, including water resources planning, dams and barrages, irrigation systems, drainage and land reclamation, groundwater resources development, flood management, and institutional and social development. It provides examples of major projects undertaken and notes that over NESPAK's 44 year history it has provided services for over 545 water resources projects worth Rs. 2,320 billion within Pakistan and abroad.
This document provides a baseline study of the Maroodi Jeex Landscape in Somaliland for a climate change program. It summarizes the socio-economic and gender context of the landscape. Livestock production, primarily through nomadic pastoralism and agro-pastoralism, is the main livelihood and economic activity. While traditional social roles assign men to productive activities and women to domestic/reproductive roles, women also engage in productive activities related to livestock and crop production. The landscape faces challenges of water scarcity, environmental degradation, and lack of development services.
The document is the City of Ryde's annual State of the Environment community newsletter. It highlights sustainability projects coordinated by the City of Ryde Council in the 2010-2011 financial year. It discusses initiatives such as the Top Ryder community bus service, expansion of cycling paths, youth and school environmental education projects, a climate change adaptation study, the Sustainable Businesses in Ryde program, energy saving initiatives, and the Catchment Connections program. The newsletter aims to inform residents about sustainability programs and encourage participation in environmental protection efforts.
The document discusses water resources and sustainable development in Myanmar. It provides background on Myanmar's geography, climate, population, and water resources potential. It then summarizes the formation of Myanmar's National Water Resources Committee to coordinate water management. The committee works to build capacity through education and pilot projects. Challenges include limited data sharing, budget constraints, and capacity issues. Moving forward, priorities include enacting water laws, building young professionals' capacity, and strengthening international cooperation to support integrated water resources management.
Proceedings of a Workshop on Hydraulic Ram Pump Technology - International De...Fifi62z
This document provides an overview of hydraulic ram pump (hydram) technology. It begins with a brief introduction of hydrams as a renewable energy technology for rural water supply. The operating principles of hydrams are then outlined, noting that they use the sudden stoppage of flowing water in a pipe to create a high pressure surge. A short history of hydram development and current usage is presented. The main operating characteristics of hydrams are described. The document concludes by mentioning present and future research on hydram technology.
The letter summarizes concerns with two reports by the Wildlife Institute of India (WII) on the cumulative environmental impacts of hydropower projects on the Ganga River. [1] The interim report contained mistakes and lacked scientific basis, leading the Ministry of Environment and Forests to stop three major projects. [2] The final report changed its evaluation approach, hid mistakes from the interim report, and provided biased and misleading recommendations. [3] The letter argues the WII reports cannot be used for policy decisions and may strengthen opposition to hydropower development, enclosing reviews critiquing the reports and social issues around hydropower.
Presentation given by Joakim Harlin at the International Conference on IWRM in Tokyo - December 2004
1) The Pungwe River Basin IWRM project
2) Reflections on typical issues, constraints and needs
Similar to Mohamed farah and abdikadir hussein urmah january, 2014 hadaaftimo assessment report, hargeisa, somaliland (20)
Discover the latest insights on Data Driven Maintenance with our comprehensive webinar presentation. Learn about traditional maintenance challenges, the right approach to utilizing data, and the benefits of adopting a Data Driven Maintenance strategy. Explore real-world examples, industry best practices, and innovative solutions like FMECA and the D3M model. This presentation, led by expert Jules Oudmans, is essential for asset owners looking to optimize their maintenance processes and leverage digital technologies for improved efficiency and performance. Download now to stay ahead in the evolving maintenance landscape.
Electric vehicle and photovoltaic advanced roles in enhancing the financial p...IJECEIAES
Climate change's impact on the planet forced the United Nations and governments to promote green energies and electric transportation. The deployments of photovoltaic (PV) and electric vehicle (EV) systems gained stronger momentum due to their numerous advantages over fossil fuel types. The advantages go beyond sustainability to reach financial support and stability. The work in this paper introduces the hybrid system between PV and EV to support industrial and commercial plants. This paper covers the theoretical framework of the proposed hybrid system including the required equation to complete the cost analysis when PV and EV are present. In addition, the proposed design diagram which sets the priorities and requirements of the system is presented. The proposed approach allows setup to advance their power stability, especially during power outages. The presented information supports researchers and plant owners to complete the necessary analysis while promoting the deployment of clean energy. The result of a case study that represents a dairy milk farmer supports the theoretical works and highlights its advanced benefits to existing plants. The short return on investment of the proposed approach supports the paper's novelty approach for the sustainable electrical system. In addition, the proposed system allows for an isolated power setup without the need for a transmission line which enhances the safety of the electrical network
Null Bangalore | Pentesters Approach to AWS IAMDivyanshu
#Abstract:
- Learn more about the real-world methods for auditing AWS IAM (Identity and Access Management) as a pentester. So let us proceed with a brief discussion of IAM as well as some typical misconfigurations and their potential exploits in order to reinforce the understanding of IAM security best practices.
- Gain actionable insights into AWS IAM policies and roles, using hands on approach.
#Prerequisites:
- Basic understanding of AWS services and architecture
- Familiarity with cloud security concepts
- Experience using the AWS Management Console or AWS CLI.
- For hands on lab create account on [killercoda.com](https://killercoda.com/cloudsecurity-scenario/)
# Scenario Covered:
- Basics of IAM in AWS
- Implementing IAM Policies with Least Privilege to Manage S3 Bucket
- Objective: Create an S3 bucket with least privilege IAM policy and validate access.
- Steps:
- Create S3 bucket.
- Attach least privilege policy to IAM user.
- Validate access.
- Exploiting IAM PassRole Misconfiguration
-Allows a user to pass a specific IAM role to an AWS service (ec2), typically used for service access delegation. Then exploit PassRole Misconfiguration granting unauthorized access to sensitive resources.
- Objective: Demonstrate how a PassRole misconfiguration can grant unauthorized access.
- Steps:
- Allow user to pass IAM role to EC2.
- Exploit misconfiguration for unauthorized access.
- Access sensitive resources.
- Exploiting IAM AssumeRole Misconfiguration with Overly Permissive Role
- An overly permissive IAM role configuration can lead to privilege escalation by creating a role with administrative privileges and allow a user to assume this role.
- Objective: Show how overly permissive IAM roles can lead to privilege escalation.
- Steps:
- Create role with administrative privileges.
- Allow user to assume the role.
- Perform administrative actions.
- Differentiation between PassRole vs AssumeRole
Try at [killercoda.com](https://killercoda.com/cloudsecurity-scenario/)
Use PyCharm for remote debugging of WSL on a Windo cf5c162d672e4e58b4dde5d797...shadow0702a
This document serves as a comprehensive step-by-step guide on how to effectively use PyCharm for remote debugging of the Windows Subsystem for Linux (WSL) on a local Windows machine. It meticulously outlines several critical steps in the process, starting with the crucial task of enabling permissions, followed by the installation and configuration of WSL.
The guide then proceeds to explain how to set up the SSH service within the WSL environment, an integral part of the process. Alongside this, it also provides detailed instructions on how to modify the inbound rules of the Windows firewall to facilitate the process, ensuring that there are no connectivity issues that could potentially hinder the debugging process.
The document further emphasizes on the importance of checking the connection between the Windows and WSL environments, providing instructions on how to ensure that the connection is optimal and ready for remote debugging.
It also offers an in-depth guide on how to configure the WSL interpreter and files within the PyCharm environment. This is essential for ensuring that the debugging process is set up correctly and that the program can be run effectively within the WSL terminal.
Additionally, the document provides guidance on how to set up breakpoints for debugging, a fundamental aspect of the debugging process which allows the developer to stop the execution of their code at certain points and inspect their program at those stages.
Finally, the document concludes by providing a link to a reference blog. This blog offers additional information and guidance on configuring the remote Python interpreter in PyCharm, providing the reader with a well-rounded understanding of the process.
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Fuel Cells: Introduction- importance and classification of fuel cells - description, principle, components, applications of fuel cells: H2-O2 fuel cell, alkaline fuel cell, molten carbonate fuel cell and direct methanol fuel cells.
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Jamhuuriyada Somaliland Republic of Somaliland
Wasaarada Khayraadka Biyaha Ministry of Water Resource
(MoWR) Hargeisa (WkhB)-Hargeisa
_______________________________________________________
Department of Planning, Coordination and Researches
Ministry of Water Resources
SDFSDFSDFSDF Initial Assessment ReportInitial Assessment ReportInitial Assessment ReportInitial Assessment Report onononon Hadaaftimo Water SupplyHadaaftimo Water SupplyHadaaftimo Water SupplyHadaaftimo Water Supply
Reporting Technical, Social and Management Aspects
January 22nd – 30th
, 2014
Mohamed Farah Abdi Eng. Abdikadir Hussein Urmah
WASH Sector Coordinator Water Engineer
Ministry of Water Resources (MoWR) Ministry of Water Resources (MoWR)
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CONTENT
1. ACKNOWLEDGEMENT ...............................................................................................................3
2. EXECUTIVE SUMMARY..............................................................................................................4
3. OBJECTIVES OF STUDY..............................................................................................................5
4. METHODOLOGY ..........................................................................................................................5
5. BACKGROUND.............................................................................................................................5
5.1 Introduction...................................................................................................................................5
5.2 Administration and Security...........................................................................................................6
6. SOCIAL ASPECTS.........................................................................................................................6
6.1 Population.....................................................................................................................................6
6.2 Education ......................................................................................................................................7
6.3 Health............................................................................................................................................7
5.4 Infrastructure ................................................................................................................................7
5.5 Environmental issue.......................................................................................................................7
6. FINDINGS ON WATER RESOURCES..........................................................................................8
6.1 Sources of Water ...........................................................................................................................8
6.2 Functionality and Borehole Data....................................................................................................8
6.3 Water Demand Analysis...............................................................................................................10
6.4 Water Management.....................................................................................................................11
6.5 Operation and Maintenance ........................................................................................................11
6.6 Hygiene and Sanitation................................................................................................................12
7. RECOMMENDATIONS...............................................................................................................12
7.1 Infrastructure Needs....................................................................................................................12
7.2 Sustainable Management Needs..................................................................................................13
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1. ACKNOWLEDGEMENT
First of all, we would like to appreciate Mr. Hussein Ahmed Abdulle, Minister of Water Resources
of the Republic of Somaliland for his guidance and commitment to successfully plan and
implement SDF water project to respond water needs of Somalilanders. I am very grateful for his
tireless efforts for ensuring that the National Development Plan (NDP) is implemented.
My heartfelt gratitude goes to Dr. Abdirizak Jama Nuur, Director General of Ministry of Water
Resources (MoWR) for his unreserved support, senior supervision and guidance. I am greatly
honored to thank, and to express my gratitude to Anthony Njue, SDF fund manager, for his
dynamic endeavor, support and making us possible to success our assignment.
We are grateful to Eng. Saeed Mohamed Duale, Director of Planning, Coordination & Research
Department, Eng. Abdirahman Farah Omer, Director of Engineering and Resources Development,
and Eng. Abdirahman Abdisalam Sh. Ali, Director of Regulatory Framework & Sustainable
Management for their help, contribution and commitment throughout the SDF water project.
We would like to express our appreciation to the Hadaaftimo Water Management committee for
their collaboration and facilitating for us to find required information. I would like to thank also
Mr. Mohamed Arnab, head of the water committee for his continuous support during staying days
at Hadaaftimo town.
This assessment trip would not have been possible from the beginning without the enthusiasm and
inputs of Esther Lowe, SDF Consultant, in developing the full project proposal.
We have special appreciation for Eng. Mohamud, previous engineer of Hadaaftimo water supply
system who designed and constructed the system six years ago, for his concrete contribution to the
assessment. Eng. My appreciation also goes to the Hadaaftimo community members who assisted
us in providing necessary information in order to accomplish this assessment.
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2. EXECUTIVE SUMMARY
This initial assessment report investigates technical and management status of Hadaaftimo water
supply and provides social related information of the town. The assessment was conducted by
Ministry of Water Resources (MoWR) in collaboration with Somaliland Development Fund
(SDF). The assessment mission was taken between January 20th – 30th, 2014 by Mohamed Farah
Abdi, Somaliland WASH Sector Coordinator, and Eng. Abdulkadir Hussein Urmah, water
engineer of MoWR.
The Somaliland Development Fund (SDF) is trust fund mainly contributed by DFID and DANIDA
to support Somaliland’s development goals. The SDF is aligned to the National Development Plan
(NDP) 2012 -2016. SDF phase 1 (2014) will support 5 sectors: Water, Environment, Livestock,
Agriculture and Roads.
In the Water sector, SDF will support 2 water projects through collaboration with Ministry of
Water Resources and Hargeisa Water Agency. Ministry of Water Resources selected three
locations for its water project: namely; Berbera city in Sahil regions, Hadaaftimo town in Sanaag
region and Gargooray village in Awdal region.
The assessment report is structured to provide introductory information on Hadaaftimo town,
administration and security issues and social aspects of the town. It summarizes demographic,
social services and environmental impacts. The report gives the most important emphasis on water
supply in the town as means of technical, sustainability and management matters. Sources of water
was identified, sustainable management and operational capacities and challenges were
investigated. The report analysis current needs of water supply infrastructure and sustainable
management and recommends possible solutions.
The assessment was conducted through consultative meetings, interviews with community elders
and direct observation on the water supply infrastructure and facilities.
The assessment team identified that Hadaaftimo has functioning borehole but it’s far away from
the town. It’s required to connect the water town through using pipeline and adequate storage
tanks. However, expanding water supply infrastructure will not overcome all problems but it
should be necessary for improving sustainable management of water supply system.
The assessment report is intended to contribute to the full proposal development of water sector
project funded by Somaliland Development Fund (SDF) in 2014. The report will be used by
Ministry of Water Resources (MoWR) and water development agencies in Somaliland for the
planning and implementation of WASH interventions concerning Hadaaftimo town in Sanaag
region of Somaliland.
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3. OBJECTIVES OF STUDY
The objective of this study is to do initial assessment on Hadaaftimo water situation to find enough
information for the full proposal development of SDF/MoWR. The study has the following
specific objectives:
1. To identify problems related to Hadaaftimo water supply and management systems
2. To investigate sustainability, technical and community ownership of Hadaaftimo water
supply
3. To collect social related information to examine provision of water service satisfies the
needs of Hadaaftimo community.
4. To assess and recommend possible solutions for Hadaaftimo water development.
4. METHODOLOGY
All information in this assessment report was collected from direct interviews with the members
of community elders, community leadership committees, water management committee and also
individuals in Hadaaftimo and Erigavo towns. Majority of interviews were focusing on technical
aspects of water resources, demography and social aspects, sustainable management of water
resources. Consultative meetings, small sessions and dialogue were used. Direct observation and
field visits were taken to collect information on water facilities, analyze and identify gaps.
5. BACKGROUND
5555.1.1.1.1 IntroductionIntroductionIntroductionIntroduction
Hadaaftimo town lies 90KMS east of Ergivo, Sanaag Regional base. It locates on Latitude N 10.76’
50.73 and longitude E 48.10’51. 68. It is among the oldest settlements of Sanaag region. The first
buildings were constructed around 1930s.
It is on semi-arid land where annual rainfall is about 200 - 300mm with the experiences of frequent
droughts. It locates between gentle hills and acacia belt near the eastern saddle of Daalo
mountainous land.
Hadaaftimo is strategic and core importance for Warsengali clan, sub-clan of Harti Darod, as it’s
the base of Warsengleli Sultanate where the Sultan always remains to be present and lead all his
clan members. The first water source of the town was earth dam, established in 1940 by the
colonial British Government but later was eroded by torrent floods. The first school of Hadaaftimo
was established in 1955 before the concept of schooling was introduced to many other Somali
towns.
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The town is known as livestock rearing and rain-fed farms. Development of social services in
Hadaaftimo was very reluctant in the last 20 years due to political factors from dispute between
Somaliland and Puntland over the territory.
For the recent years, the town was in menace resulting from expanding dry river bed. This torrent
river bed approaches to demolish all the building of the town and sustainability and existence of
town is in serious danger at the moment.
5555.2.2.2.2 AdministrationAdministrationAdministrationAdministration and Securityand Securityand Securityand Security
Hadaaftimo has no formal administration system with mayor or elected council members. There
is traditional administrative system run by town leadership committee. The town leadership
committee consists of 22 members including traditional elders, businessmen, women and youth.
The leadership committee is responsible for overall coordination and management of the town.
For supreme administrative wise, the town comes under Badhan district which is 28km away to
east from Hadaaftimo.
Under the leadership committee, there is another smaller committee that is responsible for water
management and coordination of overall water related aspects.
The structure and roles of the water management committee is not clear. In the water management
committee, there is water manager with no clear roles and responsibilities. The water manager
exerts great responsibility in the sustainability and operational and maintenance.
For security wise, the town has no police station and there are no security officers. The security of
issues of the town is resolved through customary law. Traditional and clan elders are in charge to
maintain the security among the clan members. The elders exercise multiple roles which included
serving as a symbol of authority and as a regulator of peace building and conflict resolution. Main
security problems arise from conflicts among the people in the surrounding areas where they
dispute lands for rain-fed farming. In general, the security of Hadaaftimo town is always fragile
due the territorial disputes between Puntland and Somaliland.
6. SOCIAL ASPECTS
6666.1.1.1.1 PopulationPopulationPopulationPopulation
The total estimated population of Hadaaftimo town is about 4,200 people. The resident population
in the town is estimated around 600 households. However, temporary population in the town is
estimated around 100 households moving from Lasqoray, Bosaso and other coastal places. The
total households is around 700 and average number of people per household was found to be 6
persons.
Population structure of Hadaaftimo is estimated as follows:
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Population Percentage of constituency
Town residents 60%
Semi-pastoral permanent settlers and owners
of rain-fed farmers
10%
Prevailing pastoralist community due to
seasonal climatic factors
20%
Internally displaced people (IDPs) e,g drought
affected ones
10%
6666.2.2.2.2 EducationEducationEducationEducation
Hadaaftimo has good achievement in Education. 800 students are currently studying in Hadaaftimo
primary school (40% of whom are girls) with 19 classrooms and 15 teachers including 3 women.
There 150 students (including 60 girls) in the secondary with 8 teachers. Both the primary and
secondary schools need further classes, furniture and teaching/learnings aids. The schools have
enough latrines and hand washing facilities but they are not in use due to lack of water.
6666.3.3.3.3 HealthHealthHealthHealth
Hataaftimo has functioning MCH with 5 rooms. The MCH is sometimes supported by WHO and
UNICEF with medicine. The MCH provides simple health care services including vaccination,
midwifery and distribution of medicines for malaria, cough, diarrhea, anemia and pneumonia. The
MCH provides some health support to pregnant women and children.
5.45.45.45.4 InfrastructureInfrastructureInfrastructureInfrastructure
There is no road and other essential infrastructure facilities such as local market. Majority of
households are in good condition as they are made up rocks and bricks. Almost, the households
and business places of the town are using electricity. The electricity is run by private company
with higher price. There are many business places including shops, stores, restaurants and
teashops.
The mobile telecommunications services of Telesom and Somtel are working effectively in and
around Hadaaftimo town.
5.55.55.55.5 EnvironmentalEnvironmentalEnvironmentalEnvironmental ImpactImpactImpactImpact
One of the greatest challenges facing people of Hadaaftimo is the environmental threat. The dry
river of the town is expanding rapidly to the town. Its more likely to demolish soon the building
next to the river. People of Hadaaftimo are more anxious about the possible impact of this river
bed that will in danger the existence of the town.
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Protection of this expanding dry river is one of the foremost priorities of Hadaaftimo community.
6. FINDINGS ON WATER RESOURCES
6.16.16.16.1 Sources ofSources ofSources ofSources of WaterWaterWaterWater
After several trials of borehole drilling in Hadaaftimo failed, the only possible borehole was drilled
in April 2007 and completed April 2008. This borehole is the only reliable sources of water for
human consumption in and around Hadaaftimo. The borehole locates 2.5kms away from the town
to the south-east. There is no pipeline from the borehole to town and water is collected and
distributed by private water tankers. The price of water per barrel is $2 as the water committee
confirmed.
There are 5 temporary shallow wells in the far surrounding areas of the town. The shallow wells
are used for livestock consumption while the borehole is only secure for human consumption.
People of Hadaaftimo widely practice rain water harvesting techniques. They are well-known for
roof water catchments as estimated 90% of Hadaaftimo households are using small berkads in
front of their houses. Some of the houses have two Berkads in both front and back. The community
members confirmed that roof catchments provide very few water in the rainy season while the
frequency and reliability of rain is very short in the whole year.
After several survey attempts, this borehole site was identified as the nearest aquiver to the town.
6.26.26.26.2 FunctionalityFunctionalityFunctionalityFunctionality andandandand BoreholeBoreholeBoreholeBorehole DataDataDataData
The GPS reads that Hadaaftimo borehole located on Latitude 10 .44’46”.17 N and Longitude
48.06’36”.28 E with the elevation level 1,323M above sea level. The borehole has been
functioning continuously since its time of establishment. Several facilities were added to the
borehole and all of the items of are working now properly.
Figure 1: Majority of Hadaaftimo households are using roof catchments in their HHs
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The borehole data is listed below:
Borehole infrastructure Data
Total borehole depth 350M
Static water level 222M
Pump position 312M
Discharge 12 cum per hour
Pump LAWARA 15kva
Head 400
2 Engines Perkins 44Kva UK, Perkins 44Kva China
Casing size 8’’ PVC
Water flinch 400/230
Electric Cable 400M, 3x16mm
Automatic switch 30HP
EC 2090
PH 7.5
Temperature 28c0
Stand pipe 2’’ GI rising pipe
Watchman room 1
Generator set room 1
Water Tank A 46 cum
Water Tank B 24 cum
Latrine 2
The borehole is not connected to the town. Only the tankers are using the borehole. The borehole
is only used for human consumption as there is no animal troughs. There two small water reservoir
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(24 cum and 46 cum respectively). The 24 cum tank is leaking the water in many places and it
requires plastering.
Hadaaftimo people are not capable to connect the water to the town. The borehole locates behind
small hill.
Although the borehole is functioning, the previous design of the two water tanks was very poor.
The two water tanks are placed in inappropriate place. The borehole and the two water tanks are
located where the hills blocks them to drain water to the town. People of Hadaaftimo require to
extend water from the borehole through using 2km pipeline, construct water kiosks in the town,
and construct elevated water tanks through using specific designs.
The hill is 300m away from the borehole to town. The height of the hill is 14m above the borehole
and the town. It’s required to construct water tank at the top of hill to channel water to the town
by gravity.
6.36.36.36.3 Water DemandWater DemandWater DemandWater Demand AnalysisAnalysisAnalysisAnalysis
The borehole produces 12 cum per hour which is 144 cum per day (12 hours). According to the
estimation of that Hadaaftimo population is about 4,200 people who consume 15 liters of water
per person per day, the daily water requirement of Hadaaftimo will be 63 cum per day. From this
calculation, the borehole water production is more than the total consumption of Hadaaftimo
population. However, there will be an estimated additional 10 cum of water will be required every
year.
The current water consumption of Hadaaftimo households is far below normal standards. The
water management committee estimated that majority of households consume one barrel (200
liters) of water in five days. In this argumentation, the household consumes 40 liters per day. When
there are 6 persons in the household, it means they consume less than 7 liters of per day per person.
The Hadaaftimo water demand is summarized in the box below:
1. Present per capita consumption = 7 liters per person per day
2. Normal per capita consumption =15 liters per person per day
3. Future per capita consumption = 20 liters per person per day
1. Present water demand =4,200 persons x 7 liters per person per day = 29,400 liters/day (29.4 cum)
2. Normal water demand =4,200 persons x 15 liters per person per day = 63,000 liters/day (63 cum)
3. Future water demand =4,200 persons x 20 liters per person per day = 84,000 liters/day (84 cum)
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The current water consumption is not enough for Hadaaftimo people. They need is to increase
the current per capita consumption into 20 liters per person per day.
6.4 Water6.4 Water6.4 Water6.4 Water MMMManagementanagementanagementanagement
The water manager manages the borehole with support of water committee. The role of water
committee members are not clear but the water manager exercises all the tasks. The daily
operational borehole activities are performed by three staffs:
1. One water manager.
2. One borehole operator
3. One watchman.
Financial management of borehole is poor as there no water meters and financial recording system.
There is only one source of income which is water tankers. The water manager stated they collect
the money from the tankers and expend it for staff salaries, fuel and small repairs. The water
management committee has no office and functioning managerial system and tools.
Strengthens of the water manager is that he is committed and he has good community acceptance.
The water manager accomplished to sustain the functionality of the borehole without external
support.
Hadaaftimo community members are always committed to pay for water and contribute what they
can to the system. Community members confirmed that they fix water price through consultation
with all community members. On the other hand, community members are not aware roles and
responsibilities of water committees.
6.56.56.56.5 Operation and MaintenanceOperation and MaintenanceOperation and MaintenanceOperation and Maintenance
Because of the commitment and enthusiasm of the water manager, Hadaaftimo borehole remained
to be functional without many operational and maintenance costs. For example, one of the current
engines in the boreholes has been operation for the last six years as a result of commitment of the
water manager. Hadaaftimo people acclaimed the good performance of their water manager in the
last six years.
On the other hand, the staffs of the borehole have no technical skills to maintain the system.
They can only do simple operational activities such as starting and oiling the engine. They do not
use books and procedures. When simple maintenance is required, the water manager goes to the
nearest place such as Bosaso and Erigavo to find repairmen. Simple maintenance task costs a lot
of money. Potential risks of the system will come from lack of spare parts for the generator,
electronic items and other repairing tools.
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6.66.66.66.6 Hygiene andHygiene andHygiene andHygiene and SanitationSanitationSanitationSanitation
Majority of the households have latrines but there are some IDPs households those are without
latrines and they are using open defecation. The town leaders claimed that they are in serious need
for household latrines.
Garbage collection system is not created in the town as there are no garbage collection tools and
facilities such as pits and skip tanks.
7. RECOMMENDATIONS
7.17.17.17.1 Infrastructure NeedsInfrastructure NeedsInfrastructure NeedsInfrastructure Needs
To develop and expand Hadaaftimo water supply through extending water from the borehole to
the town; the following facilities actions needed:
1. Establish proper designs with detailed drawings, BoQ and specifications
2. Expand Hadaaftimo water supply system from the borehole to the town through the
following activities:
Construction
• Construct of 100 meter cubic overhead storage reservoir on hill nearby borehole
• Construct of second 70 meter cubic elevated service reservoir nearby town to
distribute the water to the kiosks
• Construct of underground reservoir near by service reservoir to store a water from
overhead reservoir nearby borehole and to supply a water to the service reservoirs by
applying of solar system during loading water to the services reservoir
• Construct 6 animal troughs for Goats and Sheep
• Construct 3 troughs for the camels
• Construct one trough for cattles
• Construct one will animals trough
• Construct 6 public kiosks in the town
• Construct of one kiosk nearby borehole for the rural people
• Construct of 50 HH latrines for the IDPs
• Create 80 meter square fence around the borehole of isolated strips/columns around
the borehole, generator and guard rooms
• Construct 5 garbage skip tanks for the town
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Water distribution/piping system
• Install 450m PVC pressure pipe in 3 inch diameter (class D) with all accessories
from borehole to the 100 meter cubic overhead storage tank (reservoir) on the hill
near the borehole.
• Install 1600m PVC pressure pipe in 3 inch diameter (class D) with all accessories
from 100 meter cubic storage reservoir to 70 meter cubic underground reservoir
• Install 50m PVC Pipe in 3 inch diameter (class C) from underground reservoir
(chamber) to the 70 meter cubic elevated service reservoir supplying water to the
town
• Supply 2000m PVC pipe in diameter 11/2 inch (class D) from service elevated tank
(reservoir ) to public kiosks in the town.
• Install all fittings, water meters, deep meters, cutoff and accessories to the pipeline
installation system.
Excavation system
During excavation of trench the following point should kept in mind
• The land formation is clay formation therefore 0.20cm -0.50cm should be excavated.
• The slope of pipe laying towards public fountains should be important
7.27.27.27.2 Sustainable Management NeedsSustainable Management NeedsSustainable Management NeedsSustainable Management Needs
To ensure the sustainable management of Hadaaftimo water supply system, there is the following
needs:
• Establish structure of water management committee with effective water management
system
• Train water management committee on the sustainable management of water supply
• Strengthen capacity of the management committee on financial and operational
management
• Improve capacity of current staffs of Hadaaftimo water source with operational and
maintenance skills
• Provide essential management facilities to the Hadaaftimo water supply such as office and
its utilities