Location:Hamburg University of Technology. The campus is located in Hamburg-Harburg.
Dates: Wednesday, 28 - Saturday 31 August 2013
…An analysis of a former civilisation in the Amazon, nowadays Brazil, reveals concepts which enable a highly efficient handling of organic wastes. Terra Preta do Indio is the anthropogenic black soil that was produced by ancient cultures through the conversion of biowaste and faecal matter into long-term fertile soils. These soils have maintained high amounts of organic carbon even several thousand years after they were abandoned. It was recently discovered that around 10% of the originally infertile soils in the Amazon region was converted this way from around 7,000 until 500 years ago. Due to the accumulation of charred biomass and other organic residues, terra preta subsequently formed giving it a deep, distinctly dark and highly fertile soil layer.One of the surprising facts is that this soil is highly productive without adding fertiliser.
Recent research concludes that this culture had a superior sanitation and bio-waste system that was based on source separation of faecal matter, urine and clever additives particularly charcoal dust and treatment steps for the solids resulting in high yielding gardening. Additives included ground charcoal dust while the treatment and smell prevention started with anaerobic lactic-acid fermentation followed by vermicomposting.The generation of new Terra Preta (‘terra preta nova’) based on the safe treatment of human waste could be the basis for sustainable agriculture in the twenty-first century to produce food for billions of people….
Speakers / Sessions
Conference Keynote Dr. Haiko Pieplow (tbc)
Session 1: TP soils, soil fertility, organic farming
Key note from Bruno Glaser or Albrecht von Sydow (Germany) (tbc)
- T. Theuretzbacher (Austria): Investigation on Terra Preta like products on the german-Austrian market
- N. Andreev (Moldava): The effect of terra preta like substrate on germination and shoot growth of radish and parsley
- H. Factura (Philippines): Addressing Poor Sanitation and Generating Added Values through Terra Preta Sanitation
- B. Pelivanoski (Germany): Terra Pellet – an organic fertilizer inspired by terra preta
Session 2: TPS Applications, Quality of products, hygienic parameter, legislation, certification
Keynote presentation Prof. Srikanth Mutnuri (India) (tbc): Terra Preta as an Alternative for the Management of Sludge from Waste Water Treatment Plant
- S. Böttger (Germany): Terra Preta – production from sewage sludges of decentralised wastewater systems
- M. Stöckl (Germany): Vermicomposting of fecal matter and organic waste – a quality assessment of products
- D. Meier Kohlstock (Germany): The integration of Terra Preta Sanitation in European nutrient cycles – Options for alternative policies and economies
Session 3: Terra Preta Sanitation: toilet systems and designs / Logistic and operation / practical examples
Keynote speech Prof. Charlotte de Fraiture (Netherlands) (tbc)
- R. Wagner (Germany): New challenges of resource management in the Botanic Garden Berlin by producing and applying biochar substrates
- R. Kuipers (Netherlands): A socio-economic assessment of urine separation, with a reflection on the possibilities for Terra Preta Sanitation, for the recycling of nutrients to rural agriculture in the Philippines
- M. Bulbo (Ethiopia): TP application in Ethiopia
- R. Wolf (Germany): Application of Fermented Urine for build up of Terra Preta Humus in a Permaculture Park and Social Impact on the Community Involved
Session 4: Carbon composting of biowaste and excreta/Climate farming / wood gas technology for energy and char coal production / Pyrolysis vs. hydrothermal carbonization
Keynote presentation Prof. Zifu Li (China) (tbc): Energy balance analysis on the pyrolysis process of animal manure
T. Voss (Germany): Wood gasification in parallel flow fixbed gasifieres for combined energy and charcoal production – experiences from six years of operation (abstact follows)
- C. vom Eyser (Germany): Product quality of ç from sewage sludge in terms of micropollutants
- E. Someus (Sweden): Reducing mineral fertilisers and chemicals use in agriculture by recycling treated organic waste as compost and bio-char products
- J. Fingas (Germany): Climate farming – Practical experience from sub-Saharan Afrika
Session 5: Microbiology, sanitization and lactic acid fermentation
Keynote presentation Dr. Gina Itchon (Philippines): The Effectivity of the Terra Preta Sanitation (TPS) Process in the Elimination of Parasite Eggs in Fecal Matter: A Field Trial of TPS in Mindanao, Philippines
- A. Yemaneh (Germany/Ethiopia): Investigation of Low-Cost Sugar Supplement for Lactic Acid Fermentation of Human Excreta in Terra Preta Sanitation System
- A. Febriana (Indonesia): Faeces Treatment By Lactofermentation Process Based On Terra Preta Sanitation System Concept
- A. Walter (Austria): Microbial communities in charcoal and microbe amended composts
- F. Scheinemann (Germany): Sanitation and conservation of nutrients in cattle manure and sewage sludge by anerobic fermentation
Institute of Wastewater Management and Water Protection at TUHH
GFEU e. V.
Institute of Environmental Technology and Energy Economics at TUHH
German WASH Network
all details are from their site
They are reinventing the toilet -
For someone who makes 1 dollar a day, with little water to be used for sanitation, in challenging locations, having a lack of space, and no existing sewage system.
. . . . . . . . .
X-Runner is designed with the following principles / features:
- It must be desirable
- It is private / respects privacy and dignity – it is in the home
- The waste is easily transported from the home by the resident (not surprisingly the job falling to the women-typically)
- The toilet base is also the transportation system in the form of a wheel
- There is a central place for collecting the waste from multiple homes
- This central place is desirable to visit based on the ability to socialize with friends and the access to amenities
- This central collection point has it has a biodigester
- The waste is turned into a useful resources - energy and fertilize
- The energy is returned home from this same place making a complete circle
For more information:
The Social Factors Impacting Use of EcoSan in Rural Indonesia report came out in June 2010.
The Study Starts of stating the fact that “Joint Monitoring Programme (JMP) 2010 data indicate that around 38% of the rural population has access to improved sanitation services and that open defecation remains a widespread practice for over 60 million Indonesians. “
With a majority of Indonesia being Muslims the study include a a look at Muslim teaching on the subject of sanitation. “The study objective was to identify the social, religious, cultural and gender-related factors which inﬂuence rural people’s attitudes towards urine and excreta-based fertilizers in general and the EcoSan urine diversion system in particular. It doe not pretend to be anything but a modest study: ” the study does not seek to be a comprehensive reﬂection of the whole of Indonesia. Instead, it provides a preliminary assessment of attitudes towards EcoSan, and identiﬁ es some key drivers and inhibitors…” It survey 350 people in 5 out of 33 provinces included Muslims, Christians and respondents with traditional
beliefs. Four producers and retailers of excreta and urine based fertilizer were also identiﬁ ed and interviewed.
One of the key finding come in this paragraph:
“The study data show that this is not only a Muslim religious objection,
but that Christians also consider it difﬁcult to keep the excreta dry by not
using water above the disposal hole. While the percentage of Muslims who
considered it difﬁcult to keep the disposal hole dry was fairly constant, the
percentage of Christians who felt this way varied from 35% in Kulon Progo,
Central Java to 78% in East Sumba. This conﬁrms the assumption that
use of water for cleansing, where available, is also an Indonesian cultural
behavior that inhibits the use of a toilet system requiring dry storage. “
The study reports the researchers’ findings that more than “…80% of the respondents are willing to use urine or feces-based fertilizer.” The report goes on to say a similar number are willing to consume products from the fields using compost based fertilizer. The hard part, the study states, is only 50% of the people surveyed are will to to be involved in processing the urine and feces to make the compost. (I would like to know how this compares to other locations around the world 50% Seems high- a positive rather than negative - )
The study goes on to look at the roles/ potential roles men and women of a family unit have on
- selecting fertilizer for crops, and for selection installing,toilets for the family.
- selecting toilets installing them and composting waste from them.
The conclusions are complex. Hopefully organizations that want to just plop down ecosan units all anywhere in the will carefully read this short but informative report in its entirety. We must truly understand the people, if we / they are to have success with ecosan or any other viable alternative!
INTRODUCTION: ECOSAN IN INDONESIA
- Objective of the Study
- Consideration of EcoSan as a Sanitation Option
DEMAND FOR ORGANIC FERTILIZER EXISTS ACROSS RELIGIONS AND REGIONS
- Excreta-based fertilizers are still a sensitive issue for some
RESERVATIONS ABOUT USING ECOSAN TOILETS
- Gender Differences
IS HUMAN EXCRETA-BASED FERTILIZER NAJIS?
The Water and Sanitation Program (WSP) “…a multi-donor partnership administered by the World Bank to support poor people in obtaining affordable, safe and sustainable access to water and sanitation services.”
The research was carried out by Entin Sriani Muslim assisted by Ana Nurhasanah in 2009. This learning
note was co-authored by Martin Albrecht, Isabel Blackett, and Ikabul Arianto and peer reviewed by
Eduardo Perez and Jeremy Colin.
Document type Pdf with search-able / selectable text. 4 pages Includes images and graphs
GTZ Has published a set of technology reviews the last Quarter of 2009 dealing with “some
technologies commonly used as toilets or as treatment systems in ecosan systems.”
GTZ (Deutsche Gesellschaft für Technische Zusammenarbeit translated- German Agency for Technical Cooperation) is federally owned and “…supports the German Government in achieving its development-policy objectives.” according to its about us web page Thier focus is sustainable development. Their is site is available in English and Deutsche de
The following comes from http://www.gtz.de/en/themen/umwelt-infrastruktur/wasser/9397.htm and the actual documents.
Technology Review 1: Urine diversion components
Technology Review 2: Urine diversion dehydration toilets (UDDTs)
- Content includes:
- colored posters in one of the common languages of the country produced in, viewable on a stands size copy paper.
Technology Review 3: Composting toilets
Technology Review 4: Biogas sanitation
Technologie Review 5: Constructed wetlands
They, GTZ, suggests the site http://www.susana.org/lang-en/working-groups for in depth information. SuSanA (Sustainable Sanitation Alliance) has formed working groups for a range topics centered on sanitation. Their admirable and hopefully achievable goal is to “…provide deliverables that underline the problems and opportunities …” for these topics. The working groups break out as follows:
here is a great set of Ecosan /”ecological sanitation” posters published on slideshare
The proceedings from the DRY TOILET 2009 conference held by Global Dry Toilet Association of Finland are available They are a great resource and available at http://huussi.net/tapahtumat/DT2009/full.html
The Suomi version of the home page is http://www.huussi.net/
|1 PROMOTING ECOLOGICAL SANITATION IN ORDER TO
Namibia, Finland, Tajikistan, Nepal, Uganda
|2 HEALTH AND SAFETY ASPECTS RELATED TO DRY
||Philippines, India, Argentina, Belarus, Nigeria|
|3 IMPLEMENTING ECOLOGICAL SANITATION IN
|4a PROSPECTS AND CHALLENGES IN RE-USE OF EXCRETA|
|4b PROSPECTS AND CHALLENGES IN RE-USE OF
Kenya, Ghana, Burkina Faso,
| 5 CHALLENGES IN IMPLEMENTING ECOLOGICAL
|6 GENDER ASPECTS
RELATED TO DRY SANITATION
DEVELOPMENT OF DRY TOILETS
Bangladesh and others
DEVELOPMENT OF DRY TOILETS continues
Ethiopia, Inner Mongolia, China
Kyrgyzstan, Tanzania,Kenya, India
|Side event SUSTAINABLE
SANITATION FOR TOURISM AND RECREATION
Republic of Karelia, Russia, Kazakhstan, Finland