Planning, Promotion, Contruction & Design. Manual
This content is from the Advance Chapters of the NEW Where There Is No Doctor
A septic tank takes raw sewage in, allows the solids to settle (sludge) and allows the remaining liquid to flow into the surrounding soil by means of a soakaway. Scum on the surface is also prevented from leaving the tank. Microorganisms in the anaerobic environment in the tank digest the sludge and... scum. The system consists of several stages, supply to the tank, the tank itself and the soak field.
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This technical brief presents the current options for safe storage and point of use water treatment. It is intended to help field staff working in a variety of locations to decide upon the most appropriate course of action for providing safe water for the communities in which they work. The effectiv...eness of household water treatment options now and in the future rely to a huge extent on user compliance; it is critical that users are involved in the decision making process, and are aware of the purpose, how to use, maintain and manage their household water options. The brief therefore details relevant hygiene promotion steps for the different treatment options.
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This handbook has been compiled as a source of ideas and experiences that can be used for CLTS orientation workshops, advocacy to stakeholders, training facilitators and natural leaders and implementing CLTS activities. It is a resource book especially for field staff, facilitators and trainers for ...planning, implementation and follow-up for CLTS.
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Environmental Health in Emergencies and Disasters
Annex 6
School Nutrition Education Material for Teachers, Parents, and School-Aged Children is a set of nutrition education materials developed by the World Food Programme with the Ministry of Education, Culture, Research, and Technology and UNICEF
What you should do as head of school or child centre to prevent cholera:
Educate all staff and pupils on the common cholera transmission routes and how to prevent it.
Educate all kitchen staff on how to handle food and cooking utensils. Emphasis the key points below:
o All kitchen staff MUST wa...sh their hands with soap and chlorine solution before cooking or handling food.
o All food should be properly stored to prevent contamination from insects etc.
o Wash all food in safe water.
o All food served should be properly cooked, and served hot.
o Only allow kitchen staff to enter the kitchen and to serve food.
o Wash dishes with soap or chlorine solution and rinse under safe water. Dry dishes on a rack well above the ground and in the direct sunlight (sunlight will help to disinfect).
All students should wash their hands with soap and safe water or chlorine solution before eating
Avoid washing your hands in a bowl of standing water, always use safe, running water!
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Control of pollution from antibiotic manufacturing is a key part of safeguarding the longevity of antibiotics for all. Pollution contributes to antibiotic resistance and potentially undermines the effectiveness of medicines. High levels of antibiotics in water bodies downstream of manufacturing site...s have been widely documented. Currently, antibiotic pollution from manufacturing is largely unregulated and quality assurance criteria typically do not address environmental emissions.
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The Framework serves to guide efforts to deliver safe and sustainable water, sanitation and hygiene (WASH), health care waste management and reliable electricity in all health care facilities. The ultimate aim is to provide quality care for all. The Framework reflects a global consultative process a...nd includes data and recommendations articulated in recent WHO/UNICEF global reports on WASH, waste and electricity in health care facilities. It also provides an operational roadmap for implementing the 2023 United Nations General Assembly (UNGA) resolution on WASH, waste and electricity in health care facilities. The target audiences for this Framework include health leaders and programme managers at the global and national levels; policymakers; WASH, waste and energy leaders and technical experts; development partners and finance institutions; and actors and experts on gender equality, disability and social inclusion and climate; and, more generally, civil society. The Framework addresses the WASH, waste and electricity elements of the WHO comprehensive approach to build safe, climate-resilient and environmentally sustainable health care facilities.
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Around the world, more than 2 billion people lack access to safely managed water, sanitation and hygiene services, with conflicts and climate change exacerbating the issue.
Unsafe and insufficient WASH facilities, especially in rural and remote areas, can lead to increased health complications fo...r older people, persons with disabilities and children. They also reinforce cycles of poverty, inequality and deprivation – particularly for women, children and marginalized groups, who are disproportionately impacted by a lack of equitable access to water and sanitation.
Launched on World Water Day, the guidelines address the knowledge gap on ways to practically implement inclusive approaches to WASH infrastructure development, particularly in developing countries and fragile contexts.
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The document is part of the briefing package for Ethiopia's Water, Sanitation, and Hygiene (WASH) Cluster, which consists of resources that provide greater clarity and guidance to the cluster partners and other humanitarian actors.
The document is divided into four sections. Each section represen...ts the cluster’s coordination system (i) WASH Cluster coordination management, (ii) HPC process, (iii) Response monitoring, (iv) WASH response, and (v) Cluster meeting coordination.
Cluster Overview
The WASH Cluster in Ethiopia is part of and supports the Ministry of Water and Energy (MoWE). MoWE leads the WASH cluster emergency task force (ETF), which is co-led by the WASH Cluster secretariat hosted by UNICEF. In Ethiopia, the WASH Cluster was established with the activation of the cluster approach in 2006, and UNICEF, as the global Cluster Lead Agency, was assigned to appoint the WASH Cluster Coordinator.
The WASH Cluster aims to provide guidance and support to its partners to ensure well-coordinated, quality assistance reaches those in need in accordance with humanitarian standards and principles. Conflict, severe drought conditions, seasonal flooding, and Cholera remain the key drivers of WASH needs in Ethiopia.
In 2024, the WASH Cluster aims to work with 79 partners to preserve life, well-being, and dignity and reduce the risk of WASH-related disease through timely interventions to vulnerable populations and preparedness to respond to shocks. Significant humanitarian WASH needs in 2024 are projected with a rigorous HPC process in Ethiopia.
The Humanitarian Program Cycle
The humanitarian program cycle (HPC) is a coordinated series of actions to help prepare for, manage, and deliver humanitarian response. It consists of five coordinated elements, each step logically building on the previous and leading to the next. Successful implementation of the HPC depends on effective emergency preparedness, effective coordination with national/local authorities and humanitarian actors, and information management. Affected people are central to the response; preparedness, coordination, and information management processes continually occur.
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After introducing Ethiopia's WASH sector challenges and trends, the plan describes IRC Ethiopia's vision and strategy which draws from IRC and Water For People's joint framework - Destination 2030. It then details the organisational changes and business development needed to implement the strategic ...plan. Detailed targets are provided in the annexes.
At IRC, we believe that turning on a working tap should not be a surprise or cause for celebration. We believe in a world where water, sanitation and hygiene services are fundamental utilities that everyone is able to take for granted. For good.
We face a complex challenge. Every year, thousands of projects within and beyond the WASH sector fail – the result of short-term targets and interventions, at the cost of longterm service solutions.
This leaves around a third of the world’s poorest people without access to the most basic of human rights, and leads directly to economic, social and health problems on a global scale. IRC exists to continually challenge and shape the established practices of the WASH sector.
Through collaboration and the active application of our expertise, we work with governments, service providers and international organisations to deliver systems and services that are truly built to last.
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The situation in the Gaza Strip is dire, with syndromic surveillance revealing high rates of infectious diseases. The risk of further spread may be exacerbated by several factors, including overcrowding, inadequate water and sanitation, disruption of routine healthcare services, and a dysfunctional ...health system due to the ongoing conflict.
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Azraq refugee camp located in Zarqa governorate was established in April 2014. As of June 2023, the camp continues to hosts 40,600 Syrian refugees, with 61% of the population children, and 25% of all households female-headed (UNHCR, 2023).
The water supply system in Azraq has been operational sin...ce 2017 across the four villages of the camp and consists of 300 tap stands, two boreholes and two storage locations (each with 16 T-95 steel tanks).
Based on data from UNICEF (2022), the community is provided on average 2100 cubic meters of safe, treated water a day, which is distributed across the camp via a gravity flow system. A distribution schedule is in place, with water pumped during two shift times each day in the morning and evening. Monthly data reported through ActivityInfo (2023) shows a range 53.5-76.3 million liters per month provided through the network in 2022 for an average of 57 liters/person/day – well above the locally agreed minimum standard of 35 liters/person/day and the SPHERE standard of 15 liters/person/day.
Latrine and shower facilities in the camp are organized through communal WASH blocks shared typically between three households and connected to water and greywater networks. However, based on an ACF and World Vision assessment (2022), 60% of the surveyed households are using private latrines (50% self-constructed latrines, and 10% constructed by WASH actors), 24% of households used communal latrines as private latrines not shared with other families, and 16% reported the use of communal latrines shared with other families.
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