Library

MONTANGERO, A. (2006): Material Flow Analysis for Environment Sanitation Planning in Developing Countries: an approach to assess material flows with limited data availability. (= PhD thesis ). Innsbruck: Faculty of Civil Engineering, Leopold-Franzens-University Innsbruck

This paper gives an overview on arborloo and fossa alterna technologies referring to existing projects in Africa.

SMET, J. ACHIRO, B. MOMMEN, B. TURYAREEBA, P. LeaPPS (2008): An Ecological Approach to Sanitation in Uganda using Arborloo and Fossa Alterna. LeaPPS Case. Uganda: Learning for Practice and Policy on Household and School Sanitation and Hygiene (LeaPPS)

This document describes some of the cost and benefits of improved water and sanitation.

TEARFUND (2008): Water and Sanitation: The Economic Case for Global Action. Teddington: Tear Fund

Courseplan of the SSWM Expert Course, Switzerland, 2011

SEECON (2010): SSWM Courseplan Expert Course Switzerland May 2011. Basel: SEECON

This case study describes safety and O&M planning activities carried out for SBR and MBR systems at a NaWaTech project site in Amanora Park Town Pune and for the NaWaTech project site at COEP Campus Pune involving anaerobic treatment in combination with Vertical Flow Constructed Wetlands.

NICOLICS, S. ; EDATHOOT, A. ; PATWARDHAN, N. ; STARIBACHER, E. ; MASI, F. ; CABALLERO, A. ; PANSE, D. ; LABHASETWAR, P.K. ; MEINHOLD, K. ; LANGERGRABER, G. (2015): Application of the NaWaTech safety and O&M planning approach for resources-oriented wastewater treatment systems in Pune, India. In: Oral presentation at the IWA Water and Development Congress "Water Security for Sustainable Growth":

KADLEC, R. H. H., KNIGHT VYMAZAL, H. BRIX, H. COOPER, P. HABERL, R. (2000): Constructed Wetlands for Pollution Control. Processes, Performance, Design and Operation. (= Scientific and Technical Report No.8 ). London: IWA Publishing

PARKINSON, J.N. GOLDENFUM, J.A. TUCCI, C.E.M. (2010): Integrated Urban Water Management: Humid. Paris: UNESCO

MOSER, C. O.N. (1993): Gender Planning and Development: Theory, Practice and Training. New York: Routledge

This presentation offers a broader view on Horizontal Flow Wetland (HFW)

BRESCIANI, R. (2023): IRIDRA: Horizontal Flow Wetland (HFW). Training Program on Sustainable Natural and Advance Technologies and Business Partnerships for Water & Wastewater Treatment, Monitoring and Safe Water Reuse in India . PDF

KIRKPATRICK, D.L. (1998): Another look at evaluating training programs. Alexandria, VA: American Society for Training & Development

This publication explores the role of composting in Integrated Sustainable Waste Management (ISWM) and explains the basic operational steps of composting and parameters that need to be considered when deciding to establish a composting project.

DULAC, N. (2001): The Organic Waste Flow in Integrated Sustainable Waste Management . (= Tools for Decision-makers Experiences from UWEP 1995-2001 ). Gouda: WASTE

http://www.nrva.no/modules/module_123/proxy.asp?D=1&C=47&I=0&mid=14

This website is by the Nedre Romerike Vannverk (NRV), a water supply agency in Norway. The website is only available in Norwegian.

This paper discusses the potential of the Clean Development Mechanisms (CDMs) for the commercialisation of the small- to large- scale Integrated Biogas System (IBS). IBS utilises a system approach for the efficient management and conversion of agro-industrial waste into clean biogas and organic fertilizer. The methane captured could either be used for electricity generation in large/medium commercial enterprises or used for cooking, lighting and heating hot water in small-scale community.

UN (n.y): Agricultural Engineering in Support of the Kyoto Protocol. The Clean Development Mechanism for Biogas Technology. United Nations (UN) Asian and Pacific Centre for Agricultural Engineering and Machinery (APCAEM)

http://www.ebs.co.at/index.php?id=192&L=2

The new municipal wastewater treatment plant in Vienna (Austria) applies the newest standard of activated sludge processes to treat 98% of Vienna's wastewaters. On dry-weather days this is more than 500,000 m3. It takes about 20 hours for the wastewater to pass through the mechanical and the two biological purification (activated sludge) stages before it is purified and discharged into the Danube canal. The webpage of this plant contains also a lot of useful information on how this kind of treatment technology functions.

SIJBESMA, C. DIAZ, C. FONSECA, C. PEZON, C. (2008): IRC Symposium: Sanitation for the Urban Poor Partnerships and Governance. Financing Sanitation in Poor Urban Areas. Netherlands:

Factsheet on different household water treatment options and safe storage with its advantages and limitations, including description of boiling. (Nepali)

DWSS (2007): Household Water Treatment Options. Factsheet. Kathmandu, Nepal: Department of Water Supply and Sewerage (DWSS)

AERTGEERTS, R. ; ANGELAKIS, A. (2003): Health Risks in Aquifer Recharge Using Reclaimed Water. State of the Art Report. Geneva & Copenhagen: WHO

Description of how the Mobile Tanker Method has been successfully implanted in Madras, India, to obtain a 90% leakage reduction.

PANDIT, M.M. (2010): Madras Metropolitan Water Supply and Sewerage Board. Reduction in Unaccounted for Water in Madras City. [Accessed: 21.05.2010] PDF

Course announcement for SSWM Training of Trainers in Rio de Janeiro, Brazil, November 24-28, 2014.

SEECON (2014): Course Announcement TOT Brazil, November 2014. SSWM Training of Trainers.. Rio de Janeiro: SEECON

Pontius, F. (1990): Water Quality and Treatment, American Water Works Association (AWWA). New York: McGrawHill