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الجمعية العلمية الملكية المركز الكندى لبحوث التنمية (2007): الدليل الارشادى لادارة المياة الرمادية على مستوى المنزل فى التجمعات السكنية الصغيرة فى البادية الشمالية الشرقية الاردن. الاردن:

Language: Arabic

UPHIFF, N. ; BALLl, A. ; FERNANDES, E. ; HERREN, H. ; HUSSON, O. ; LAING, M. ; PALM, C. ; PRETTY, J. ; SANCHEZ, P. ; SANGINGA, N. ; THIES, J. (2006): Biological Approaches to Sustainable Soil Systems. Taylor and Francis Group

ENDRESS+HAUSER (2002): Guide to Instrumentation in Wastewater. (DVD). ENDRESS+HAUSER

This document present a detailed description of the case study implemented at the College of Engineering of Pune and MJP, including history of the project, design information, materials and project components, costs and economics, and details about operation and maintenance, practical information and lessons learnt.

BRESCIANI, R. (2015): Wastewater Reuse in an Urban College Hostel Pune, Maharashtra, India. Entradas: Case Study of the NaWaTech Project:

Various case studies on the reuse of pond and lagoon treated water in urban agriculture.

RUAF (2008): Water for Urban Agriculture. (= Urban Agriculture Magazine , 20 ). Leusden: Resource Center on Urban Agriculture and Food security (RUAF) Foundation

Chapter 4: Water Hyacinth Ponds. Comprehensive design manual. Entradas: POLPRASERT, C. ; VEENSTRA, S. ; VAN DER STEEN, P. ; (2001): Wastewater Treatment II. Natural Systems for Wastewater Management. Delft: .

STAUBER, C. ELLIOT, M. KOKSAL, F. ORTIZ, G. LIANG, K. DIGIANO, F. SOBSEY, M. (2006): Characterization of the Biosand Filter for Microbial Reductions Under Controlled Laboratory and Field Use Conditions. Water Science and Technology

POH-ENG, L. POLPRASERT, C. (1998): Constructed Wetlands for Wastewater Treatment and Resource Recovery. Bangkok: Environmental Sanitation Information Center (ENSIC), Asican Institute of Technology (AIT)

This presentation has 30 slides on production of waste from compost in Nepal.

TULADHAR, S.P (2006): Waste: A Source of Organic Fertilizer. Kathmandu: Kathmandu Metropolitan City

WORLD RESOURCES INSTITUTE (2000): World Resources 2000-2001: People and ecosystems: The Fraying Web of Life. Washington DC: World Resources Institute

SINGH, S. ; HABERLA, R. ; MOOG, O. ; SHRESTA, R.R. ; SHRESTA, P. ; SHRESTA, R. (2009): Performance of an Anaerobic Baffled Reactor and Hybrid Constructed Wetland treating high-strength Wastewater in Nepal- A model for DEWATS . Entradas: Ecological Engineering : Volume 35 , 654-660.

This study investigates helminth eggs removal and inactivation efficiency in a treatment process combining faecal sludge (FS) dewatering and subsequent co-composting with organic solid waste as a function of windrow turning frequency.

KONE, D. ; COFIE, O. ; ZURBRUEGG, C. ; GALLIZZI, K. ; MOSER, D. ; DRESCHER, S. ; STRAUSS, M. (2007): Helminth Eggs Inactivation Efficiency by Faecal Sludge Dewatering and Co-Composting in Tropical Climates. Entradas: Water Research: Volume 41 , 4397-4402.

Se explica las ventajas en la aplicación del programa PROPILAS, el cual ha permitido la apertura de escenarios para la implementación de políticas públicas, participación comunitaria y la gestión del agua en un marco integral.

CARE (2007): Caso PROPILAS en Cajamarca. Análisis de Experiencias Exitosas a Nivel Nacional en Agua y Saneamiento: Descentralización, Participación y Financiamiento 2. Perú: CARE

Language: Spanish

TILLEY, E. ETTER, B. KHADKA, R. MANANDHAR, A. SHRESTHA, R.R. UDERT, K.M. (2009): Development of struvite reactors for phosphate recovery from urine in the Kathmandu Valley. Mexico: IWA Development Congress

Comparative study on performance of the filtron ceramic filter and Biosand filters. Different parameters like turbidity, TOC, DOC, E. coli and total coliform were studied.

DUKE, W. NORDIN, R. MAZUMDER, A. (n.y): Comparative Analysis of the Filtron and Biosand Water Filters. University of Victoria

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:

PANDIT, M.M. (1990): Innovative Approach to Leakage Control in Intermittent Supply Systems. Entradas: TCE News Quarterly XI: Volume 46