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10 UASB Sewage Treatment Plants,
under the Yamuna Action Plan in 6 Towns of Haryana, India
Assignment
From:
Public Health Engineering
Department, Chandigarh, Government of Haryana
Implementing
Agency:
Public Health Engineering
Department, Chandigarh
Project
Location & Capacity of the Plants:
-
20 MLD UASB STP at Faridabad
Zone-I
-
45 MLD UASB STP at Faridabad
Zone-II
-
50 MLD UASB STP at Faridabad
Zone-III
-
10 MLD UASB STP at Panipat
Zone-I
-
35 MLD UASB STP at Panipat
Zone-II
-
40 MLD UASB STP at Karnal
-
30 MLD UASB STP at Sonipat
-
30 MLD UASB STP at Gurgaon
-
10 MLD UASB STP at Yamuna Nagar
City Center
-
25 MLD UASB STP at Yamuna Nagar
Camp Area
Period of
Assignment:
1995 - 1997
Funding Agency:
Overseas Economic Co-operation
Fund (OECF), Japan and Government of Haryana
Scope of Work
for Consultancy Services:
-
Preparation of Process and
Hydraulic Design to meet effluent discharge standards
specified by PHED.
-
Preparation of detailed
Structural and Electrical - Mechanical Design
-
Preparation of Engineering
Drawings, DPR and Tender Documents
-
Advise in Tender Appraisal
-
Construction supervision
-
Commissioning, Process Start-up
and Monitoring
-
Preparation of O&M manuals
Description of
the Project:
The National River Conservation
Directorate (NRCD), Ministry of Environment & Forests has
formulated Yamuna Action Plan (YAP) Project for river Yamuna
in Haryana & UP.
There are 15 towns in Haryana &
UP where STPs shall be constructed, 10 STPs in Haryana & 5
STPs in UP. The OECF, Japan has provided soft loan to
government of Haryana towards this project. The NRCD is the
nodal agency for this project.
The sewage generated from the
project area is being pumped & conveyed to the inlet chamber
of the STP. The STP is based on UASB technology. The UASB
reactors have been designed according to the capacity of the
plant. The effluent from the UASB reactor is further treated
in the Final Polishing Unit (FPU) which has a retention time
of 24 hours. The effluent from the FPU reaches the desired
river discharge standards.
The biogas produced is proposed
to be utilised for power generation by installing dual fuel
engine generator sets to meet the electrical requirements of
the STP. |
