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Projects
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Sanitation and wastewater management for health in Chengalpattu, Tamil Nadu, India

  • Chengalpattu houses

Location

Chengalpattu, Tamil Nadu, India

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Beneficiaries

Direct: 3000 patients who frequent the hospital and their attendants. (500 children under the age of 15 and 1500 women). Around 1000 households living in close proximity to the hospital campus.

Indirect: Around 4,000 people living in close proximity to the hospital campus.

Duration

August 2020 - March 2021

Problems

The District Government Hospital & Medical College is a 1,300 bed facility and provides free healthcare to communities mostly to low income groups. The hospital has 2 blocks for Comprehensive Emergency Obstetric and New Born Care (CEMONC) with inpatients, and 2 women’s hostels for women students and in house staff.

All waste water from these buildings are not collected or treated in sanitation systems and instead let our into the open behind the hospital campus. The constant flow of waste untreated water is a high risk factor for groundwater contamination and health hazard to the community around.

Objectives

To provide a sustainable sewage treatment facility for the District Government Hospital currently treating COVID-19 using DEWATS Approach (Decentralized Waste Water Treatment System)

To train hospital staff on operation & maintenance of DEWATS system

To reduce contamination of community underground water

Description

DEWATS is a biological wastewater treatment system which functions through natural and biological degradation of organics by anaerobic microorganisms. DEWATS technology is based on the principles of “nature based”, “low operation and maintenance cost”, “constructed using locally available” and functions “without or less external energy inputs or mechanical devices”. DEWATS modules are based on sedimentation, anaerobic digestion in suspension and in fixed beds, aerobic digestions and polishing treatments.

This Project will undertake the installation of a waste water treatment system through the DEWATS approach for one CEMONC building. This would include setting up of a facility involving either prefabricated or concrete waste treatment chambers to treat the water.

Preliminary needs identification visits have been held with the Hospital’s Dean, Administrative Head, Senior Heads of Departments, and the Public Works Department of the District’s Municipal Corporation. The process of DEWATS and its benefits have been briefed in detail to the Hospital. The Hospital has given full support for the project in writing. The Public Works Department has issued a no-objection for undertaking this project.

The project will include necessary assessments and water quality checks before and after implementation. The completed project will be inaugurated and handed over to the Government authorities for necessary operation and maintenance. Required training to the Government staff for sustainability will be given through the project.

The project also plans to engage with the students of the hospital, the Student’s Green Club and the Group D grade of maintenance staff and train them on the DEWATStechnology. Adequate training and handholding for operation & maintenance will be provided through the project.

 

Perspectives of sustainability

The DEWATs functions with nature based waste water treatment methods. The operation cost to the facility is very negligible compared to conventional sewage treatment plants as there is no machinery involved. Maintenance would mostly include removal of accumulated sludge once or twice a year and routine checking the tanks for potential clogging due to sanitation products like napkins etc wrongly disposed by the hospital’s inmates.

This maintenance can be easily done by one assigned existing staff of the hospital. A maintenance schedule can be maintained by the hospital’s administration department for routine cleaning of the sludge from the chambers and tanks.

The hospital senior staff and maintenance staff will be adequately trained with technical expertise at the time of commissioning the project.

 

3%
Budget€52,600
€1,580