AAETI
|
EPCA
|
Down To Earth
|
India Environment Portal
Menu
About Us
Who We Are
Our Board
Our Leadership
Annual Reports
Programmes
Biodiversity and Food
Overview
My Food Story
The Green Kitchen
Clean Air and Sustainable Mobility
Overview
Air Quality and Public Health
Public Transport and Mobility
Vehicle Technology and Fuel
City Action
Training
EPCA
Climate Change and Green Economy
Overview
COPs
COP30
COP29
COP28 UAE
Negotiations
Carbon Politics
Adaptation
Environment Monitoring Laboratory
Environment Education
Overview
YOUNG Environmentalist
GSP
University Programme
Green Educators' Network
Renewable Energy
Overview
Solid Waste and Circular Economy
Overview
Plastic Parleys
Announcements
Online Training
Onsite Training
Webinars / Roundtables / Public Events
School of Circular Economy
Anil Agarwal Environment Training Institute
Environment Lab
Research Publication & Reports
India Programme
Forum of Cities that Segregate
Zero Waste Cities
Agra Reports
Forum of Himalayan States
Coalition of Coastal Cities
Global Programme
Tanzania
Eswatini
GFCCE Resource Repository
Sustainable Food Systems
Overview
Lab Studies
Pesticide in Bottled Water
Pesticide in Soft Drinks
Pesticide Residues in Blood
Toxic Toys
Lead in Paints
Antibiotics in Honey
Antibiotic in Chicken
Antibiotics in Fish
Trans Fat in Oils
Mercury
Energy Drinks
Study on Cosmetics
Genetically Modified Processed Foods
Junk Food
Food Talk
CSE Lab Study 2019
Antimicrobial Resistance Programme
Climate Resilient Agriculture
Agriculture Climate Discussions
Regenerative Agriculture
Sustainable Habitat
Overview
Cool It
Interactive: Cooling Our Public Spaces
C&D Waste: Best Practices
C&D Waste: City Case Studies
C&D Waste: Recycling Facilities Case Studies
Heat Vulnerability in Cities
Sustainable Industrialisation
Overview
Green Rating Project
Global
EIA
Continuous Monitoring Systems
Thermal
Archives
Community Support
Regulators Programme
Mining Environment Community
Water and Wastewater Management
Overview
Rural Water and Sanitation
Urban
Excreta Matters
SFD Promotion Initiative
Programme Support FSSM in U.P.
Technical Support Unit (Chunar, U.P.)
Technical Support Unit (Bijnor, U.P.)
Water-sensitive Design & Planning
Rivers
Lakes & Waterbodies
Global
School of Water and Waste (SWW)
Partnerships
Global
National
C-GINS
MOUNT
SANIKIT
RWH
Research Output
Publications
Webinars
Videos
Podcasts
Live Chats
Tools
Trainings
Onsite/Residential
Online
Anil Agarwal Environment Training Institute (AAETI)
News and Media
Press Releases
The CSE Media Resource Centre
The Anil Agarwal Dialogues
Work With Us
Jobs
Internship and Volunteer Programme
CSE Store
Decentralised Waste Water Treatment
> Case Studies
Share
Tweet
Share
Share
Share
Decentralised Wastewater Treatment System at Kachpura village in Agra
Location:
Kachpura slum near Mehtab Bagh, Agra
Scale:
Community
Implementing organisation:
Centre for Urban and Regional Excellence (CURE), Agra Nagar Nigam (ANN) and USAID.
Designed Capacity:
50KLD
Operational since :
2010
Capital cost :
Rs 10-11 lakhs
O&M:
Rs 70,000-80,000 per year
Decentralised wastewater treatment system at Kachpura slum as a part of Crosscutting Agra Program (CAP) for low income communities. The system was installed with financial assistance from Water Trust UK and London Metropolitan University and technical support by Vijay Vigyan foundation. The aim of the programme was to improve the sanitation conditions in the slum areas. The system treats approximately 50 KLD of the total wastewater which it receives from 5 clusters of slums through a common drain. The remaining untreated wastewater flows through parallel drain into the major drain that connects to the River Yamuna.
The system comprises of screen chamber which prevents the solid waste entering into the system. The wastewater then enters into three chambered septic tank. After primary treatment, it goes to nine chambered baffled anaerobic reactor which is filled with gravels. After secondary treatment the wastewater goes to planted filter bed for root zone treatment. The bed is filled with three different types of filter media (white river pebbles, red stones and gravels) and planted with
Canna indica
. The treated wastewater is reused for horticulture and irrigation purpose by the local community of Kachpura.
BOD reduction: 61%
COD reduction: 64%
TDS reduction: 94%
(
Source: CURE
)
Dr. Renu Khosla
Director, Social Development
Centre for Urban and Regional Excellence
A-10, Green Park
(Main Aurobindo Marg),
New Delhi-110016, India
renukhosla@cureindia.org
Rajesh Kumar
Project officer, Cross Cutting Agra Program (CAP)
Room no. 313, 2nd floor
Agra Nagar Nigam- 282002
Agra, UP.
Email: rajeshkumar.agra@gmail.com
Tags:
Decentralised Waste Water Treatment,
recycle,
Agra,
reuse,
Kachpura,
Share this article
Please enable JavaScript to view the
comments powered by Disqus.
Case Studies
Constructed wetland for wastewater treatment at Indian Agriculture Research Institute, Pusa, New Delhi
Decentralised wastewater treatment system at Aravind Eye Hospital, Pondicherry
Decentralised Wastewater Treatment System at Kachpura village in Agra
Decentralised wastewater treatment system at Bankers Colony, Bhuj
Decentralised wastewater treatment system at Adarsh College, Distt Thane
Decentralised wastewater treatment system at Friends of Camphill, Bangalore
Decentralised/Sustainable Wastewater Treatment Technologies