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Tender ID
| # | Company | Status |
|---|---|---|
| 1 | Accepted-Technical C 88 RDC RAJ NAGAR GHAZIABAD 201002 U P | GHAZIABAD | GHAZIABAD | UTTAR PRADESH | 201002 | Accepted-Technical Qualify |
| 2 | Accepted-Technical | Accepted-Technical Qualify |
| 3 | Accepted-Technical | Accepted-Technical Qualify |
| 4 | Accepted-Technical | Accepted-Technical Qualify |
| 5 | Accepted-Technical B 1 NEELA APARTMENT MANDPESHWAR INDL PREMISES S V P ROAD BORIVALI WEST MUMBAI 400 092 | Accepted-Technical Qualify |
Tender Value
₹110.8 Cr
EMD Value
₹1.1 Cr
Closing Date
27 Apr 2026, 5:00 pmClosed
OFF. OF THE SUPER. ENG. CC UPJN (U) ALIGARH
RAMGHAT ROAD NEAR CAR SCAN CENTER ALIGARH
CONSTRUCTION OF SEDIMENTATION TANK BPT WTP IMPOUNDING RESERVOIR AND CWR OHT AND BUILDING WORKS AND SUPPLY LAYING JOINTING OF CM RM DN HHC PLC SCADA AUTOMATION WITH REPAIRING OF EXIST WATER SUPPLY INFRA COMM TESTING TRIAL RUN HAND OVER TO NPP JALESAR
2026_UPJNM_1128269_1
312/NIVIDA/15 DATED 19.03.2026
Open Tender
Civil Works
Turn-key
810 days
JALESAR
Please refer Tender documents.
2 documents required · 2 mandatory
₹23,600
EXECUTIVE ENGINEER CD UPJN U ETAH
₹1.1 Cr
OFF. OF THE SUPER. ENG. CC UPJN (U) ALIGARH
1 Aug 2026
20 Mar 2026
28 Apr 2026
20 Mar 2026
27 Apr 2026
20 Mar 2026
20 Mar 2026 - 15 Apr 2026
1 Apr 2026
This is a percentage-rate BOQ. The schedule below shows estimated quantities and rates. Bidders quote a single percentage above or below the total estimated cost.
| Sl No | Description | Qty | Unit | Est. Rate | Est. Amount |
|---|---|---|---|---|---|
| 1CIVIL WORKS | |||||
| 2Construction of Sedimentation Tank The scope of work includes the Survey, Soil Testing, Design, Drawing, Supply, Construction, Installation, Testing, Commissioning, and Process Providing of a 14.40 MLD capacity Sedimentation Tank system and all associated ancillary works near Jawara Police Chawki, Agra Road, Etah, under the Jalesar Nagar Palika Reorganization Water Supply Scheme. The project encompasses all Civil, Mechanical, Electrical, Instrumentation, and allied works required to complete the facility in all respects as per the Engineer-in-Charge's directions. Civil and building works include the inlet channel, distribution chamber, distribution channel, inlet chamber, RCC jali, bypass channel, SS-304 railings, sedimentation tanks with RCC ramps and platforms, launders, outlet channels, and outlet chamber. Buildings include an office building with a laboratory, canteen, and control room, a DG set room, workshop and storage room, guest house, staff quarters , sanitary block, and a security gate with guard room. Site works include site clearance, earth filling, piling, grading, landscaping, campus development, approach and internal roads, fencing, internal drainage, plantation, and lighting. Mechanical works include manual screens (SS-316), sluice gates for inlet, bypass, and outlet channels (manually/electrically operated), adjustable weirs, steel platforms with ladders, decanting system with sluice valves, pipes and underdrainage valves for water transfer between tanks and sump, VT pumps with motors and delivery pipes, a monorail overhead crane, and associated workshop equipment. The potable water system includes bore pumps, Sintex tanks with auto ON/OFF flow controllers, and necessary pipes and valves. Electrical works include complete internal electrification, SCADA system with integration, and standby power arrangements to ensure uninterrupted operations. | |||||
| 3Construction of CWR cum Pumphouse The scope of work include the survey, investigation, Soil Testing, Design and Drawing, Supply of all materials, labour T&P etc. provide by contractor all in accordance with all relevant IS code approved by engineer incharge as per condition of Bid Documents for construction of R.C.C M30 grade with cement OPC grade 43 & reinforcement steel bar required to construction of CWR cum pump house including meter room, panel room & scada room of following capacity :- 1250KL. Construction of a New CWR-cum-Pumping Station within the premises of the Sedimentation Tank Campus. | |||||
| 4.01 | Construction of Break Pressure Tank (60 kl capacity)
Survey,Design, Drawing & Supply of all materials,Labour T&P etc required for construction of specified capacity OHT (BPT) with specified staging as per following requirements:-
Capacity -As Specified in Item No 1(i) to 1(xii)
Grading of OHT (BPT) - M-35 Grade
The food grade epoxy coating of FOSROC / CIEBA GAIKI or reputated brand on the all inside surface area of water container after treatment of water tightness.
Stair case - Seperate two column based RCC staircase and 1 m wide balcony with box type RCC structure at the entrance of the staircase to protect the entry of unwanted persons & locking arrangement with MS door.
Railings - 20 mm dia G.I. Pipe (medium quality steel tubes as per IS 1239) railing consisting of 3 rows of with posts height (50x50x6 mm MS angle) (1.0 m) of same pipe around stair case (both sides), balcony & at the top dome periphery, including epoxy 3mm thick coating above base coat, 65mm dia GI pipe (medium quality steel tubes as per IS 1239) ladder with FRP coating from opening of top dome to inside the tank and top of bottom dome. Supply and fixing of CI man hole cover with locking device at opening on the top dome to go inside the tank.
Ventilator and Water level indicator - RCC ventilator with SS grill (10 sqm at the spacing of 30 mm) with steel mosquito mesh, electronic digital water level indicator with ultrasonic sensor including supply & fixing of solar energy arrangements.
Lightening conductor - A good quality lightening conductor covered with PVC casing.
Vertical pipes - Inlet Pipe, outlet pipe, overflow & washout pipe, all requireed fittings as per specified design and drawing. | - | - | - | - |
| 4.02 | C.I. D/F pipe as per design criteria upto 1 m beyond the apron, IVC/Kirloskar sluice valve on inlet, out let & at wash out pipe, duck foot bend, puddle collers and bell mouths. 10 mm thick & 150 mm wide S S plate clamp for fixing of verticle pipes with RCC columns (minimum 2 clamps between ends of each pipe). It also includes bye pass arrangement of OHT. The velocity in the pipes shall not exceed 1.5 m/s.
Flooring, Apron & Drain - 100 mm thick PCC of 1:2:4 & 100 mm thick CC of 1:1:2 with 6 mm thick glass strips not more than 1 sqm area upto 2 m from outer edge of the columns of OHT, drain of size 200 mm x 200 mm with 150 mm thick CC of 1:1:2 including necessary sluice valve chambers and pipe line required for proper drainage of rain water from the campus.
Sluice valve chambers - 3 nos. of sluice valve chamber (minimum size 1.5 x 1.5 x 1.5 m or larger size as per requirements of site) of brick work with 200 mm thick RCC slab.
Two coat apex painting over one coat primer of approved colour of asian / berger paints after fixing of RCC surface with grinder, repair of minor holes, unevenness etc. proper completion of work.
Soil bearing capacity - Structure shall be design on the basis of bearing capacity of 8 tonne/sqm or minimum as per actual on the basis of test report of soil bearing capacity.
Proposed OHT (BPT) of 60 KL, Staging 10.5 m.
In the premises of the Sedimentation Tank campus near Jawara Police Chowki, Agra Road, Etah. | - | No. | - | - |
| 5Construction of WTP The work includes Survey, Soil Testing, Design& Drawing, Supply, Installation, Testing, Commissioning, and construction of 10 MLD Water Treatment Plant based on 22-hour operation, including all surveys such as topographical, geotechnical, and other required investigations, complete hydraulic, process, mechanical, electrical, ICA, structural, and architectural design, and obtaining statutory approvals with proper completion of all electrical, mechanical and civil works. The plant shall comprise an inlet chamber with mechanical/manual coarse and fine screens, aeration fountain/cascade, inlet channels with flow measurement arrangement (Parshall flume/magnetic flow meter), flash mixer, mixing channel, flocculator, clariflocculator and/or tube settlers with sludge draw-off, rapid sand gravity filters with complete backwash system including air blowers, wash water pumps, and backwash water tank, dirty wash water sump with recirculation pumps, sludge thickener with sludge pumps, centrifuge system housed in a centrifuge building with polymer preparation and dosing facilities, and recycling of recovered water to the headworks. The chemical treatment system shall include a chemical house, PAC or other coagulant storage and dosing arrangement, coagulant aid dosing (if required), and vacuum feed gas chlorination system with 100% standby, leak detection, and safety measures. The clear water system shall include a clear water reservoir/sump of specified capacity, pumping station with required number and capacity of pumps, motors, panels, starters, cables, and transformers, along with DG SET, complete internal electrification, SCADA & Its integration, and standby arrangements. Ancillary works include laboratory building with all specified lab equipment, administrative building, 08 Nos Staff quarter, sanitary block with water supply and drainage, campus roads, earth filling, piling, boundary wall etc and approach road, internal drainage, plantation and landscaping, fencing, lighting, and all other works required to complete the facility in all respects as per the direction of the Engineer-in-Charge. | |||||
| 6Standby/Imponding Reservoir and Pump House | |||||
| 7Excavation of foundation in ordinary soil (loam, clay or sand) including lift up to 1.5 m and lead up to 50 m including filling, watering and ramming of excavated earth into the trenches or into the space between the building and side of foundation trenches or into the plinth and disposal of surplus earth up to a distance of 50 m from the centre of the foundation trenches. | |||||
| 8Providing dry trap/ granite/ quartzite/ gneiss, rubble stone soling in 15 cm to 20 cm thick layers including hand packing and compacting, etc. complete. (Bd-A-12/264) (below the impounding reservoir) | |||||
| 9Concrete with 40 mm gauge stone ballast, coarse sand and cement in proportion of (12:6:1) in foundations and floors including supply of all materials, labour, t & p etc. Required for proper completion of the work (below the impounding reservoir). | |||||
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