2 38 en susana cs india badlapur adarshschoolfinal
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Case study of sustainable sanitation projects
Decentralized Wastewater Management atAdarsh College Badlapur, Maharashtra, India
Type of project:
Decentralized Reuse-oriented Wastewater Managementat Adarsh Vidyaprasarak Sanstha’s College of Arts &Commerce
Project period:
Start of construction: April 2006
End of construction: June 2008
Start of operation: September 2008
Project scale:
Approx. 2,600 students attending Senior and JuniorCollege and up to 800 people attending specialprogrammes (such as wedding ceremonies) on about 20occasions per year
Address of project location:
Adarsh Vidya Mandir, Kulgaon Badlapur MunicipalCorporation - East, Maharastra State, India, 421503
Planning institution:
Ecosan Services Foundation (ESF), Seecon gmbh,Paradigm Environmental Strategies Ltd.
Executing institution:
Kulgaon Badlapur Muncipal Council
Supporting agency:EU-funded AsiaProEco II – projectGTZ-ecosan project
Fig. 1: Project location
Fig. 2: Applied sanitation components in this project
1 General data 2 Objective and motivation of the project
Badlapur Municipal Council and the Board of “Adarsh VidyaMandir School” decided to incorporate an ecologically soundsanitation concept (Fehler! Verweisquelle konnte nichtgefunden werden.) at the “Adarsh Vidyaprasarak Sanstha’sCollege of Arts & Commerce”. The prime objective of theproject is to meet the sanitation needs of the students and thepeople attending special programmes such as weddingceremonies at the school premises, but also protects theenvironment and raises awareness amongst the students,about the importance of water and sanitation in promotinghealth and hygiene.
3 Location and conditions
“Adarsh Vidya Mandir School” is located in Badlapur town, inMaharashtra’s Thane district, about 68 kms. from Mumbai, 34kms. from Thane and 10 kms. from Ulhasnagar.The school accommodates about 2,600 students attendingPrimary School, Secondary School, Junior College or the“Adarsh Vidyaprasarak Sanstha’s College of Arts &Commerce”.The college building is located at the southern fringe of theschool premises and doubles-up as Senior College in themorning and as a Junior College in the afternoon. Thenumber of students attending Senior and Junior College is
about 1,400 and 1,200 per day respectively.
4 Project history
This school project is a pilot project demonstrating alternativedecentralized sanitation solutions to the Badlapur MunicipalityCouncil. The council plans to replicate the concept in otherareas after evaluating the findings of decentralized reuse-oriented school sanitation project.
5 Technologies applied
A single-storied sanitation block having two independentenclosures for ladies and gents has been constructed next tothe school building.Each enclosure is equipped with 4 bucket-flush squatting-typetoilets and 1 western-style cistern-flush pedestal (for thephysically challenged). Waterless urinals are provided in the
biowaste rainwatergreywaterurinefaeces/manure
c o l l e c t i o n
t r e a t m e n t
r e u s e
pour-flush toilets
biogas settler;anaerobic baffle reactors; up-flow filter;
constructed wetland; pond
urinals
storage
kitchen garden, irrigation, cooking
liquid fertilizer
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Case study of sustainable sanitation projects
Decentralized Wastewater Management atAdarsh College Badlapur, Maharashtra, India
gents’ toilet block; while the ladies’ toilet block has anincreased number of toilets. Sufficient numbers of washbasinsare provided in each toilet block.A flow chart of the implemented wastewater management
scheme is depicted in Fig 3.
Blackwater along with greywater from the washbasins isdischarged to a “biogas settler”
(
) where solids are retained and subjected to anaerobicdecomposition.The biogas settler effluent is drained by gravity flow to anAnaerobic Baffled Reactor (ABR) and Up-flow Filter (UF)(Fehler! Verweisquelle konnte nicht gefunden werden.) forfurther anaerobic treatment.Post treatment of the UF effluent happens in a small-scalehorizontal flow constructed wetland (HFCW). The final stageof the treatment concept is a pond (Fehler! Verweisquellekonnte nicht gefunden werden.) that doubles-up as storagetank.Waterless urinals with membrane stench traps that areespecially adopted to fit Indian urinals (Fehler!Verweisquelle konnte nicht gefunden werden.) are
provided in the gents’ compartment for the source-separatecollection of urine, which is drained into a collection tankoutside the toilet block. The tank is provided with a fail-safeoverflow emptying to the anaerobic treatment plant.Treated water and urine will be used in a yet to be establishedkitchen garden. Sludge drying beds will be constructed fordewatering the sludge from the biogas settler, baffled reactorand up-flow filter.
6 Design information
In order to keep water consumption low, specially designedsquatting pans (so called “rural” or “pour-flush” pans) made of
ceramic that require a little amount of water for flushing theexcreta have been installed and no water taps are providedinside the cubicles. The toilet users have to fetch water forcleansing and flushing with a bucket (approx. 5 litres) from acentral tank that is located inside the enclosure. Daily total
Fig 6: P0lishing cum storage pond
(photo: J. Heeb)
Fig 3: Flow chart of wastewater management scheme(source: N. Zimmermann)
Fig 4: Biogas settler (under construction)(photo: N. Zimmermann)
Fig 5: Construction of ABR and UF(photo: N. Zimmermann)
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Case study of sustainable sanitation projects
Decentralized Wastewater Management atAdarsh College Badlapur, Maharashtra, India
Table 3: Qualitative indication of sustainability of system
collectionand
transport
treatment transportand
reuseSustainability criteria: + o - + o - + o -
• health andhygiene
X X X
• environmental andnatural resources
X X X
• technology andoperation
X X X
• finance andeconomics
X X X
• socio-cultural andinstitutional
X X X
13 Available documents and references
This project has received 'National Urban Water Awards(NUWA)’, 2009 in Special Category by Ministry of UrbanDevelopment, Government of India by the hands ofHonorable President of India Smt. Pratibha Devisingh Patil.
14 Institutions, organisations and contactpersons
Project owner:Kulgaon Badlapur Municipal Council opp. Badlapur RailwayStation Badlapur(e)
Tal-AmbernathDist-Thane,Maharashtra, Indiaphone: +91-(0)251-2690397email: [email protected]: http://www.kbmcinfo.com
Technical planning/implementationEcosan Services Foundation (ESF)"Vishwa Chandra", 1002/42 Rajendra Nagar, Pune – 411030,Maharashtra, Indiaphone: +91-(0)20-64000736fax: +91-(0)20-24530061email: [email protected]: http://www.ecosanservices.org
Design of treatment systemParadigm Environmental Strategies Pvt. Ltd.No. 432, Shreyas, 1
stFloor, IInd Cross, 11
thMain
HAL IInd
Stage, Bangalore – 560038Telefax: 25214480e-mail:[email protected]
Technical consultancy:seecon gmbhBahnhofstraße 2, 6110 Wolhusen, Switzerlandphone: +41-(0)79-3666850email: [email protected]: [email protected]
web: http://www.seecon.ch
Supplier:SHITAL CERAMICS WORKS
# 103, Suyojan, Milan Park Society, near Swastik CrossRoad, Navrangpura, Ahmedabad - 380009, Gujarat Indiaphone: +91-(0)79-26561560phone: +91-(0)79-26469356
fax: +91-(0)79-26402123email: [email protected]
Fig 8: Side view of the treatment system
Deutsche Gesellschaft für TechnischeZusammenarbeit (GTZ) GmbHecosan programP.O. Box 518065760 Eschborn, Germanyphone: +49-(0)6196-794420fax: +49-(0)6196-797458email: [email protected]: http://www.gtz.de/ecosan
Case study of SuSanA projects
Decentralized Wastewater Mgmt atAdarsh College Badlapur, Maharashtra,India
SuSanA 2010
Authors: Nanchoz Zimmermann, MartinWafler, Pradnya Thakur
Editing and reviewing: Pradnya Thakur,RS Arun Kumar
© Sustainable Sanitation AllianceAll SuSanA materials are freely available following the open-source concept for
capacity development and non-profit use, so long as proper acknowledgement of the
source is made when used. Users should always give credit in citations to the
original author, source and copyright h older.
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Case study of sustainable sanitation projects
Decentralized Wastewater Management atAdarsh College Badlapur, Maharashtra, India
Fig 9: View of entire treatment system with toilet block