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During fresh fruit and vegetables (FFV) production, water is used for a variety of purposes. Even the water was conventionally treated
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and disinfected, it may still potentially contain human pathogens, albeit at low concentrations. A risk assessment, appropriate to the national or local production context, should be conducted to assess the potential risks associated with a specific water source or supply in order to devise the appropriate risk mitigation strategies.
Since the 48th session of Codex Committee on Food Hygiene (CCFH) noted the importance of water safety and quality in food production and processing, FAO and WHO has undertaken the work on this subject. This report describes the output of the third in a series of meetings, which examined appropriate and fit-for-purpose microbiological criteria for water used with fresh fruit and vegetables. The advice herein will support decision making when applying the concept of fit-for-purpose water for use in the pre- and post-harvest production of fresh fruit and vegetables.
more
Oxfam Water Supply Scheme for Emergencies. This manual is part of a series of guides devised by the Oxfam Public Health Engineering Team to help provide a reliable water supply for populations affec
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ted by conflict or natural disaster. Wherever possible, water supplies in emergency conditions should be obtained from underground sources by exploitation of springs, tubewells, or dug wells. No filtration will then be needed. However, if sources are not available or cannot be developed, the use of surface water from streams, rivers, lakes or ponds becomes necessary. Usually these surface sources are polluted. The level of faecal contamination can be measured by use of the Oxfam/Delagua Water Test Kit (see Section C). Where a serious level of faecal pollution exists, it is essential firstly to try to reduce the cause of contamination, and secondly to treat the water to make it suitable for human consumption. The Filtration equipment provides a simple, long-term physical and biological treatment system that requires no chemicals (except small amounts of chlorine required during filter cleaning) and needs only simple regular maintenance
more
Manual for step-by-step risk management for safely managed sanitation systems. 2nd edition.
This Sanitation safety planning (SSP) manual provides practical, step-by-step guidance to assist in the i
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mplementation of the 2018 World Health Organization (WHO) Guidelines on sanitation and health and the 2006 WHO Guidelines for safe use of wastewater, excreta and greywater in agriculture and aquaculture. The approach and tools should be applied to all sanitary systems to ensure that they are managed to meet health objectives.
The SSP manual is targeted at a variety of users at different levels including; health authorities and regulators, local authorities, sanitation utility managers, sanitation enterprises and farmers, community-based organizations, farmers associations and nongovernmental organizations.
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This guide is intended for people involved in the management and operation of small- to mediumsized organized water supply systems. The content has been developed with particular consideration for o
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perational-level personnel with responsibility for chlorination (for example, water treatment plant operators and technicians). The material presented within this guide may also be relevant for engineers and representatives from public health, local government, non-governmental organizations, as well as any other individuals supporting water safety planning activities for the supply of safe drinking-water.
Part 1. Chlorination principles: Describes key chlorination concepts, providing a knowledge foundation for the implementation of effective chlorination practices.
Part 2. Chlorination practices: Describes the practical application of the concepts presented in Part 1, including calculations and procedures for safe and effective chlorination of drinking-water supplies. more
Part 1. Chlorination principles: Describes key chlorination concepts, providing a knowledge foundation for the implementation of effective chlorination practices.
Part 2. Chlorination practices: Describes the practical application of the concepts presented in Part 1, including calculations and procedures for safe and effective chlorination of drinking-water supplies. more
Guidelines on sanitation and health
recommended
The new WHO Guidelines on Sanitation and Health summarize the evidence on the effectiveness of a range of sanitation interventions
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and provide a comprehensive framework for health-protecting sanitation, covering policy and governance measures, implementation of sanitation technologies, systems and behavioural interventions, risk-based management, and monitoring approaches. Critically, the guidelines articulate the role of the health sector in maximizing the health impact of sanitation interventions.
The guidelines also identify gaps in the evidence-base to guide future research efforts to improve the effectiveness of sanitation interventions.
(French, Spanish, Russian, Arabic in production)
more
For the first time WHO and UNICEF bring together the data on sanitation coverage and investment, and
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how it impacts health, economies, and the environment. Citing evidence on what works from successful countries and global guidelines, WHO and UNICEF call for strong government leadership and investment in resilient sanitation services. The report charts an ambitious way forward following the SDG6 global acceleration framework themes of governance, financing, capacity development, data and information, and innovation to achieve universal access to safe sanitation.
Read the full publication report here: https://www.who.int/publications/i/item/9789240014473.
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School Lessons Lesson 1: Water and Health
recommended
A field manual for Red Cross/Red Crescent personnel and volunteers
Drinking-water quality regulations and standards developed or revised in accordance with this guidance will reflect the best practices identified in the WHO Guidelines for Drinking-
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water Quality to most effectively protect public health. Moreover, the regulations and standards will consider local needs, priorities and capacities to ensure that they are realistic and appropriate. Topics covered include:
- Guiding principles
- Getting started
- Selecting parameters and parameter limits
- Setting out compliance monitoring requirements more
- Guiding principles
- Getting started
- Selecting parameters and parameter limits
- Setting out compliance monitoring requirements more
In September 2021, the UN and its partners presented a response plan to mitigate the impact of the water crisis in northern and north-east Syria wh
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ich requested US$200 million to assist up to 3.4 million of the over five million people estimated to be affected by the water crisis in northern Syria between September 2021 and February 2022. Under the auspices of the 2022-2023 Syria Humanitarian Response Plan, this updated water response plan presents the most recent needs based on latest forecasts and is a continuation of the earlier plan presented in 2021. It covers the needs from all response modalities/areas1 for Syria, aims to assist 5 million people until December 2022 and requests $226.2 million.
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Children without access to safe water are more likely to die in infancy -- and throughout childhood -- from diseases caused by
water-borne bacteri
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a, to which their small bodies are more vulnerable.
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(Synthesis Report 2021) [EN] - World Analysis on World about Agriculture, Climate Change and Environment, Drought, Flood and more; published on 09 Dec 2021 by FAO
Long-term planning for an adequate and safe supply of drinking-water should be set in the context of growing external uncertainties arising from changes in the climate
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and environment. The water safety plan (WSP) process offers a systematic framework to manage these risks by considering the implications of climate variability and change.
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Guidelines for drinking-water quality: Fourth edition incorporating the first and second addenda
recommended
Guidance has been updated on a number of chemicals: asbestos, bentazone, chromium, iodine, manganese, microcystins, nickel, silver, tetrachloroethene and trichloroethene. Guidance has also been added for chemicals not previously assessed in the Guid
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elines: anatoxin-a and analogues, cylindrospermopsins and saxitoxins. The new guidance on organotins has replaced the prior guidance focused on dialkyltins. With these updates, the guideline values for tetrachloroethene and trichloroethene have been revised while new guideline values for cylindrospermopsins, manganese, microcystins, and saxitoxins have been established .
Updated information on cyanobacteria has been included, introducing an alert level framework for early-warning and to guide short-term management responses. Guidance has also been updated in the sections on adequacy of water supply, climate change, emergencies, food production and processing, and radiological aspects, particularly on managing radionuclides when exceeding WHO screening values and guidance levels.
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Integrated Water Resources Management in Myanmar: Water usage and introduction to water quality criteria for lakes and rivers in Myanmar. Preliminary report
Mjelde, Marit; Ballot, Andreas; Swe, Thida; Eriksen, Tor Erik; Nesheim, Ingrid; Aung, Toe Toe
Norsk institutt for vannforskning (NIVA)
(2017)
C1
The purpose of the report is to present some first recommendation for the development of Myanmar ecological quality criteria using the system of the EU Water Framework Directive (EU WFD) as baseline, with main focus on the characterization
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and classification processes. As background for the recommendations we first give an overview of the main water use categories in Myanmar. We then provide preliminary suggestions for typology criteria and indices for assessing ecological status in lakes and rivers in Myanmar. The typology factors and physico-chemical parameters are based on common used factors in the EU countries. The biological elements include phytoplankton and aquatic macrophytes for lakes, and benthic invertebrates for rivers.
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The CDC document outlines five essential steps for preventing cholera. It emphasizes the importance of using treated water for drinking and food preparation, washing hands thoroughly with soap
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and safe water, cooking food thoroughly and consuming it while hot, using latrines or properly burying feces to avoid open defecation, and cleaning and disinfecting areas contaminated with feces using a solution of one part household bleach to nine parts water. These measures are critical to controlling and preventing the spread of cholera, especially in areas affected by outbreaks.
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The document provides detailed guidelines for managing cholera outbreaks, focusing on prevention, diagnosis, treatment, and control strategies. It emphasizes the importance of setting up Cholera Treatment Centers (CTCs), ensuring access to clean
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water, promoting hygiene, and utilizing oral rehydration solutions (ORS) and antibiotics for treatment. The guide also addresses outbreak surveillance, community education, and resource allocation to effectively mitigate cholera's spread and impact.
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The CDC document titled "KOLERA: Senk (5) Etap Debaz Yo Pou Prevansyon" outlines five essential steps for preventing cholera. It emphasizes the importance of using treated water for drinking and foo
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d preparation, washing hands thoroughly with soap and safe water, cooking food thoroughly and consuming it while hot, using latrines or properly burying feces to avoid open defecation, and cleaning and disinfecting areas contaminated with feces using a solution of one part household bleach to nine parts water. These measures are critical to controlling and preventing the spread of cholera, especially in areas affected by outbreaks.
more
