Kerala Industrial Infrastructure Development Corporation Tender
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Costs
EMD
₹ 50,000Document Cost
₹ 2,950Tender Fee
Refer Documents
Description
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Contact
Tender Id
2022_KINFR_482580_1Bid Award Id
ViewTender No
KINFRA/HIT/O and M/45/2021-22Tender Authority
Kerala Industrial Infrastructure Development Corporation ViewPurchaser Address
-Website
http://http://kinfra.org/
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Documents
BOQ Items
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Thrid Year
12
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Engaging qualified, experienced Pump Operator – for Intake well site– 1 each/ shift (Men)- 1 shift/day
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First Year
12
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Second Year
12
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Thrid Year
12
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Engaging qualified, experienced Helpers (male) – for WTP 1 each / shift (Men)- 3 shifts per day
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First Year
36
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Second Year
36
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Thrid Year
36
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Sweepers for sweeping and cleaning of floors, walls, roofs etc of WTP. (Half day)
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First Year
12
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Second Year
12
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Thrid Year
12
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Engaging qualified, experienced Chemist (WTP - Hi-Tech)
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First Year
60
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Second Year
60
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Thrid Year
60
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Engaging qualified, experienced Pipeline Fitter for Intake well site & WTP (Men)
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First Year
50
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Second Year
50
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Thrid Year
50
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Engaging qualified experienced Electrician for electrical repair works (Men)
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First Year
50
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Second Year
50
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Thrid Year
50
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Engaging qualified, experienced Plumber/ Fitter - for O & M activities at Hi-Tech, WSS (Men)
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First Year
50
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Second Year
50
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Thrid Year
50
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Engaging Men labourers as and when required for work such as dewatering trenches manually , cleaning water weeds in water bodies infront of intakes etc,and Miscellaneous work as per the directions of KINFRA Hi-Tech Park.
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First Year
50
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Second Year
50
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Thrid Year
50
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Lifting and carefully removing RCC / heavy duty CI cover slabs of manhole chambers for sluice valves, air valves, scour valves etc. of the pipelines removing the silt deposit, if any,including cleaning the body of the valves chamber etc. and replacing the RCC cover slabs after the work carefully without any damage including seating the slabs in cm 1:5 to lines and levels etc.
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First Year
50
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Second Year
50
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Thrid Year
50
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Earth work excavation by mechanical means (hydraulic excavator)/ manual means in foundation trenches or drains (not exceeding 1.5m in width or 10 sqm or on plan) , including dressing of sides and ramming of bottoms, lift upto 1.5m , including getting out the excavated soil and disposal of surplus excavated soil as directed, within a lead of 50 m.
All Kinds of soil
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First Year
250
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Second Year
250
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Thrid Year
250
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Filling available excavated earth (excluding rock) in trenches, plinth, sides of foundations etc. in layers not exceeding 20 cm in depth, consolidating each deposited layer by ramming and watering, lead up to 50 m and lift up to 1.5 m.
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First Year
250
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Second Year
250
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Thrid Year
250
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Filling with contractors own gravelly soil /sand including loading, unloading, and stacking for measurements and filling in trenches, plinth, sides of foundations etc. in layers not exceeding 20 cm in depth, consolidating each deposited layer by ramming and watering, lead up to 50 m and lift up to 1.5 m.
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First Year
25
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Second Year
25
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Thrid Year
25
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Cutting tarred surface of the road and disposal of debris as per direction of KINFRA Hi-Tech Park
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First Year
60
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Second Year
60
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Thrid Year
60
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Cutting DI pipes perpendicular to the axis of the pipe in trenches using DI pipe cutters wherever required without causing damages to the pipe for 350mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Cutting DI pipes perpendicular to the axis of the pipe in trenches using DI pipe cutters wherever required without causing damages to the pipe for 300mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Cutting DI pipes perpendicular to the axis of the pipe in trenches using DI pipe cutters wherever required without causing damages to the pipe for 250 mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Cutting DI pipes perpendicular to the axis of the pipe in trenches using DI pipe cutters wherever required without causing damages to the pipe for 200mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Cutting DI pipes perpendicular to the axis of the pipe in trenches using DI pipe cutters wherever required without causing damages to the pipe for 150mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Dismantling the damaged D.I./ C.I pipes after taking out the pipes manually/ mechanical means breaking lead caulked joints / removing and stacking rubber rings as the case may be of pipes and specials at site within 50 m lead as per the direction of engineer in charge for 350mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Dismantling the damaged D.I./ C.I pipes after taking out the pipes manually/ mechanical means breaking lead caulked joints / removing and stacking rubber rings as the case may be of pipes and specials at site within 50 m lead as per the direction of engineer in charge for 300mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Dismantling the damaged D.I./ C.I pipes after taking out the pipes manually/ mechanical means breaking lead caulked joints / removing and stacking rubber rings as the case may be of pipes and specials at site within 50 m lead as per the direction of engineer in charge for 250 mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Dismantling the damaged D.I./ C.I pipes after taking out the pipes manually/ mechanical means breaking lead caulked joints / removing and stacking rubber rings as the case may be of pipes and specials at site within 50 m lead as per the direction of engineer in charge for 200mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Dismantling the damaged D.I./ C.I pipes after taking out the pipes manually/ mechanical means breaking lead caulked joints / removing and stacking rubber rings as the case may be of pipes and specials at site within 50 m lead as per the direction of engineer in charge for 150mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Laying S&S Centrifugally Cast (Spun) / Ductile Iron Pipes conforming to IS: 8329 (excluding cost of pipe) for 350mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Laying S&S Centrifugally Cast (Spun) / Ductile Iron Pipes conforming to IS: 8329 (excluding cost of pipe) for 300mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Laying S&S Centrifugally Cast (Spun) / Ductile Iron Pipes conforming to IS: 8329 (excluding cost of pipe) for 250 mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Laying S&S Centrifugally Cast (Spun) / Ductile Iron Pipes conforming to IS: 8329 (excluding cost of pipe)for 200mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Laying S&S Centrifugally Cast (Spun) / Ductile Iron Pipes conforming to IS: 8329 (excluding cost of pipe))for 150mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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provinding joints to Centrfuifugally DI pipes including testing of joints by Providing lead caulked joints to spun iron or C.I. pipes and specials including testing of joints but excluding the cost of pig lead and jointing materials for 350mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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provinding joints to Centrfuifugally DI pipes including testing of joints by Providing lead caulked joints to spun iron or C.I. pipes and specials including testing of joints but excluding the cost of pig lead and jointing materials) for 300mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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provinding joints to Centrfuifugally DI pipes including testing of joints by Providing lead caulked joints to spun iron or C.I. pipes and specials including testing of joints but excluding the cost of pig lead and jointing materials)for 250 mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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provinding joints to Centrfuifugally DI pipes including testing of joints by Providing lead caulked joints to spun iron or C.I. pipes and specials including testing of joints but excluding the cost of pig lead and jointing materials)for 200mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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provinding joints to Centrfuifugally DI pipes including testing of joints by Providing lead caulked joints to spun iron or C.I. pipes and specials including testing of joints but excluding the cost of pig lead and jointing materials)for 150mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Providing flanged joints to C.I./ D.I. pipes and specials, including testing of joints excluding cost of jointing materials for 350mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Providing flanged joints to C.I./ D.I. pipes and specials, including testing of joints excluding cost of jointing materials for 300mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Providing flanged joints to C.I./ D.I. pipes and specials, including testing of joints excluding cost of jointing materials for 250 mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Providing flanged joints to C.I./ D.I. pipes and specials, including testing of joints excluding cost of jointing materials for 200mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Providing flanged joints to C.I./ D.I. pipes and specials, including testing of joints excluding cost of jointing materials for 150mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Providing push on joints to DI pipes including testing of joints using rubber rings for 350mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Providing push on joints to DI pipes including testing of joints using rubber rings for 300mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Providing push on joints to DI pipes including testing of joints using rubber rings for 250 mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Providing push on joints to DI pipes including testing of joints using rubber rings for 200mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Providing push on joints to DI pipes including testing of joints using rubber rings for 150mm DI
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First Year
5
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Second Year
5
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Thrid Year
5
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Providing Mechnical Joint using Drum Collar for 350mm- 200mm D.I. pipes and specials, including testing of joints excluding cost of Drum Collar jointing materials:
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First Year
6
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Second Year
6
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Thrid Year
6
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Dismantling the existing sluice valves from the pipeline by cutting and removing the rusted nuts and bolts, disassembling the valve using necessary chain pulley block, taking out the spindle, shutter etc., cleaning the shutter, shutter groove with sharp chisel and Emrine cloth, applying grease and removing old packing etc and resetting and assembling the valve with new packing leather and gland packing rope, nuts and bolts including servicing, greasing and resetting the valve in the pipeline.
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First Year
10
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Second Year
10
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Thrid Year
10
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Dismantling the existing foot valve of motor/pumps upto 49 HP, taking it out from the tank using necessary chain pulley block, and rectifing leakages including replacement of flaps and resetting the valve and relaying into the tank
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First Year
5
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Second Year
5
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Thrid Year
5
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Rectification of leakages/breakage in 200 mm - 150mm PVC pipelines by exposing the pipeline, cutting and dismantling the damaged pipe, laying and jointing new pipe bit using CID joint/coupling, solvent cement after making socket at both the ends of pipe if necessary etc, including protecting the sides of the trenches, bailing out water, controlling the valves, testing the pipe line, back filling etc as per the direction of Engineer - in - charge, excluding earthwork excavation and filling which will be paid seperately.(Material Cost not include)
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First Year
10
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Second Year
10
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Thrid Year
10
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Rectification of leakages/breakage in 150 mm - 110 mm PVC pipelines by exposing the pipeline, cutting and dismantling the damaged pipe, laying and jointing new pipe bit using CID joint/coupling, solvent cement after making socket at both the ends of pipe if necessary etc, including protecting the sides of the trenches, bailing out water, controlling the valves, testing the pipe line, back filling etc as per the direction of Engineer - in - charge, excluding earthwork excavation and filling which will be paid seperately.(Material Cost not include)
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First Year
15
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Second Year
15
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Thrid Year
15
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Rectification of leakages in 110 mm - 40mm PVC pipelines by exposing the pipeline, cutting and dismantling the damaged pipe, laying and jointing new pipe bit using CID joint/coupling, solvent cement after making socket at both the ends of pipe if necessary etc, including protecting the sides of the trenches, bailing out water, controlling the valves, testing the pipe line, back filling etc as per the direction of Engineer - in - charge, excluding earthwork excavation and filling which will be paid seperately.(Material Cost not include)
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First Year
25
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Second Year
25
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Thrid Year
25
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Loading heavy dismantled parts of components, pipes and specials and other materials etc. carefully into lorries and transporting the sameaupto 5 km distance and unloading and stacking the materials at the destination including hire to lorry, wire rope, pully etc.
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First Year
50
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Second Year
50
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Thrid Year
50
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Loading heavy dismantled parts of components, pipes and specials and other materials etc. carefully into lorries and transporting the sameabove 5 km distance upto 10km and unloading and stacking the materials at the destination including hire to lorry, wire rope, pully etc.
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First Year
600
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Second Year
600
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Thrid Year
600
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Loading heavy dismantled parts of components, pipes and specials and other materials etc. carefully into lorries and transporting the sameabove 10km distance upto 20km and unloading and stacking the materials at the destination including hire to lorry, wire rope, pully etc.
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First Year
400
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Second Year
400
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Thrid Year
400
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Loading heavy dismantled parts of components, pipes and specials and other materials etc. carefully into lorries and transporting the sameabove beyond 20km distance and unloading and stacking the materials at the destination including hire to lorry, wire rope, pully etc.
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First Year
400
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Second Year
400
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Thrid Year
400
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Empty Chlorine cylinder to TCC and refilling chlorine cylinder (18 km) including loading & unloading , stacking at both ends. ( upto 3 cylinders in one load)
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First Year
50
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Second Year
50
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Thrid Year
50
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Dismantling carefully motor of 75 HP vertical turbine pump set from the stool without damaging the motor by detaching cable connection, earthing, couplers etc… and taking out from the pump house using necessary chain pulley blocks and refixing the same after reparing (Repair Cost not Included)
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First Year
3
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Second Year
3
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Thrid Year
3
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Dismantling carefully motor of 75 HP vertical turbine pump set from the stooland store in the pump house without damaging the motor by detaching cable connection, earthing, couplers etc and Dismantling carefully the 75 HP V T pump, without damaging the same by detaching the column pipe, driving shaft, spider bushes, impellers, bearing / bushes etc... and taking out from the pump house using necessary chain pulley blocks and refixing the same after reparing.(Repair Cost not Included)
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First Year
3
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Second Year
3
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Thrid Year
3
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Dismantling carefully the motor of various capacity from25HP upto /or 60 HP from the bed of pump set / blowers by detaching cable connections, couplers, foundation bolts etc... complete without damages to the same and taken out from pump house using necessary chain pulley blocks and refixing the same after reparing
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First Year
3
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Second Year
3
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Thrid Year
3
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Dismantling carefully the motor of various capacity from5 HP upto 24HP from the bed of pump set / blowers by detaching cable connections, couplers, foundation bolts etc... complete without damages to the same and taken out from pump house using necessary chain pulley blocks and refixing the same after reparing
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First Year
3
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Second Year
3
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Thrid Year
3
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Evaluation Notes How It Works ?
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