Difference between revisions of "Sustainable sanitation training material"
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|style="color:black; background-color:#ffffff;"|[http://www.sustainablesanitation.info/upload/4.10_Comparisons_of_san._systems_2010-09-08.ppt ppt] 0.9 MB<br>[http://www.sustainablesanitation.info/upload/4.10_Comparisons_of_san._systems_2010-09-08.pdf pdf] 0.6 MB | |style="color:black; background-color:#ffffff;"|[http://www.sustainablesanitation.info/upload/4.10_Comparisons_of_san._systems_2010-09-08.ppt ppt] 0.9 MB<br>[http://www.sustainablesanitation.info/upload/4.10_Comparisons_of_san._systems_2010-09-08.pdf pdf] 0.6 MB | ||
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| − | |style="color:black; background-color:#F0FFF0;" colspan="4"|'''Total Chapter | + | |style="color:black; background-color:#F0FFF0;" colspan="4"|'''Total Chapter 4 download''': [http://www.sustainablesanitation.info/upload/Ch_4_Total.ppt ppt] 19.4 MB, [http://www.sustainablesanitation.info/upload/Ch_4_Total.pdf pdf] 22.1 MB |
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Revision as of 22:36, 15 February 2013
Sustainable sanitation training material authors
Sustainable Sanitation for the 21st Century
A sourcebook for training is now available for free download
This sourcebook is the result of experiences gained over the last decade from more than 300 participants attending an international training course and ongoing research.
Sustainable Sanitation aims at protecting human and environmental health through safe use and reuse of available resources
Both Sourcebook and set of 600 animated PowerPoints provide the knowledge and skills required to address the five improvements below.
- There is no water scarcity in cities, only poor management of the available water.
- Morbidity can be reduced through washing hands and safe handling of child faeces.
- Future toxic shocks can be avoided through harnessing our chemical society by source control of products.
- Food security can be achieved through reduced wastage, recycling of nutrients and changes in diets.
- Households and residents hold the key to improvements mainly through improved sanitation routines, and also through exercising the power as consumers and voters.
The material is multi-disciplinary and covers management issues, town planning, civil and environmental engineering, public health, urban agriculture, etc.
- You can access information and useful references from the Sourcebook (700 pages in pdf format)
- You can combine your own training material with the PowerPoints you pick out of this set of 600 slides. Below are two examples:
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Downloads
| Introduction: ppt - 0.7 MB, pdf - 2.4 MB |
Chapter 1 - Sustainable sanitation - a review
| Questions | Learning objectives | Download | |
| Module 1.1 Sanitary conditions in the world |
What functions should a sustainable system fulfill? Is sanitation in the world improving or not? | Sanitary conditions in various parts of the world. Critical understanding of data and functions. | ppt 2.3 MB pdf 2.5 MB |
| Module 1.2 Resources |
Where are the resources? What might be the problem to access them? | Limits of nutrients, water and staff. Understanding the role of sanitation. | ppt 0.9 MB pdf 1.1 MB |
| Module 1.3 Resource flows |
From where do resources come and where do they end up? | How resource flows are created and manipulated. Methods to analyse flows. | ppt 2.1 MB pdf 2.6 MB |
| Module 1.4 Demographic change |
Does population growth impact service levels? Is urbanisation a solution or a problem for improvement? | Urban-rural links. The role of demography in sanitation planning and implementation. | ppt 0.6 MB pdf 1.6 MB |
| Total Chapter 1 download: ppt - 3.6 MB, pdf - 7.7 MB | |||
Chapter 2 - Sanitation management today and in the future
| Questions | Learning objectives | Download | |
| Module 2.1 Sanitation arrangements |
Is there one system that suits most conditions or must we choose and combine? | Matching management with technology and local conditions. | ppt 9.6 MB pdf 2.4 MB |
| Module 2.2 Major changes over time |
How does consumption impact on reuse over time? What footprints are left? | Long-term impacts shaping sanitation arrangements and tracing origins of change. | ppt 1.5 MB pdf 1 MB |
| Module 2.3 From policy to action |
What is allowed to do? Do polluters really pay? | Translating guidelines & laws to local action and change. | ppt 3.7 MB pdf 1.8 MB |
| Module 2.4 User perspectives |
What are residents appreciating? Why? | Be sensitized to challenges of bottom-up approaches. | ppt 1.4 MB pdf 1.6 MB |
| Module 2.5 A way forward |
How to obtain all all the information we need? | Advance selection criteria for sustainable sanitation. | ppt 2.5 MB pdf 2.2 MB |
| Module 2.6 Plans and design |
What difference does good planning and design make? | Opportunities to improve sustainability provided by nature. | ppt 3.5 MB pdf 1.2 MB |
| Module 2.7 Construction and monitoring |
What bottlenecks are there for councils and residents? | The paramount role of good construction for operation. | ppt 2.4 MB pdf 2 MB |
| Total Chapter 2 download: ppt 25.9 MB, pdf 11.9 MB | |||
Chapter 3 - Sanitation and public health
| Questions | Learning objectives | Download | |
| Module 3.1. Exposure and effects in humans |
Public health as a driving force for sanitation? How are infectious diseases transmitted? What happens if and when we are exposed to pathogens? | The present global situation. Health risks related to sanitation. Pathogens of concern in water and sanitation systems. Epidemiology. | ppt 6 MB pdf 3.6 MB |
| Module 3.2. Environmental transmission |
Where do the pathogens we are exposed to come from? How do pathogens in excreta contaminate the environment? | Pathogens in different waste fractions. Different routes of transmission related to water and sanitation. Zoonotic diseases. | ppt 1.5 MB pdf 2.7 MB |
| Module 3.3. Pathogen reduction |
How persistent are pathogens in the environment? How can we prevent exposure and disease transmission in sanitation systems which involve the agricultural reuse of excreta? | Persistence of microorganisms in different environments. Treatment options for urine and faeces in theory. Barriers in agricultural reuse systems. | ppt 0.8 MB pdf 2.6 MB |
| Module 3.4. Health targets and guidelines |
Which targets can be achieved in relation to exposure and treatment? How are barriers used in guidelines to minimise health risks? | Health targets and the microbial risk concept. Faecal indicators. Options for guidelines and regulations (WHO). | [1] 5.3 MB pdf 5.9 MB |
| Module 3.5. Risk management |
Can we measure a risk of disease transmission? How can sanitation systems be evaluated? | Control strategies (barriers) and risk management. Systematic evaluations of health risks. | ppt 2.6 MB pdf 10.8 MB |
| Total Chapter 3 download: ppt - 16 MB, pdf - 10.9 MB | |||
Chapter 4 - Sanitation and the environment
| Questions | Learning objectives | Download | |
| Module 4.1. Nutrient and water cycles in biosphere and society |
How do plant nutrients and water flow in the biosphere? How have flows been changed by society? | Cycles of nutrients and water in the biosphere. Flows of nutrients and contaminants in excreta/greywater/waste. | ppt 1.3 MB pdf 1 MB |
| Module 4.2. Treatment of excreta for safe reuse |
Can urine and faeces be made safe for use in crop cultivation? Can household organic material be incorporated? | Effects of digestion, storage, desiccation, composting, heat & ammonia treatment, incineration on pathogens and fertiliser quality. | ppt 0.7 MB pdf 0.5 MB |
| Module 4.3 Compost treatment |
What happens in a compost? How is the material degraded and what are the end products like? | Composting as a biological treatment of organic waste. Processes and the function of the system | ppt 0.5 MB pdf 1.7 MB |
| Module 4.4 Biogas reactors for treatment |
Why do substances degrade and form biogas? What amounts can be produced? | How to manage anaerobic processes to obtain biogas. Biogas generation in the world today. | ppt 5.5 MB pdf 4.3 MB |
| Module 4.5. Greywater is man-made |
Greywater as a resource? What happens with used household chemicals? | What we add to water while using it. Source control in homes and industries. | ppt 2 MB pdf 2.5 MB |
| Module 4.6. Greywater – processes |
How can Nature assist or react? What compounds can be removed? | Be familiar with how treatment processes work and why they function. | ppt 2.5 MB pdf 4.1 MB |
| Module 4.7. Greywater treatment options |
Can we remove all metals and pathogens? What is in the sludge? | Various treatment options and how they combine physical/ biological/chemical processes. | ppt 7.2 MB pdf 5.9 MB |
| Module 4.8. Excreta fertilisers in agriculture |
How can ecological fertilisers from excreta best be used? | Factors limiting yield. Functions of plant nutrients. Examples and recommendations. | ppt 0.9 MB pdf 0.5 MB |
| Module 4.9. Environmental systems analysis |
Can sanitation systems be compared fairly? How to measure impacts? | System boundaries. Quantification of environmental effects and resource use. | ppt 0.3 MB pdf 1 MB |
| Module 4.10. Comparisons of sanitation systems |
How can a dry UD toilet system be compared with a conventional system? | Effects on water, climate and various resource use. Cost-benefit analysis. | ppt 0.9 MB pdf 0.6 MB |
| Total Chapter 4 download: ppt 19.4 MB, pdf 22.1 MB | |||
Chapter 5 - Applications
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Original source
This support material for training of professionals for the sanitation and water sector has been developed by the main authors Jan-Olof Drangert of Linköping University / Vatema, Caroline Schönning of the Swedish Institute for Communicable Disease Control, and Björn Vinnerås of the Swedish University of Agricultural Sciences.
