Installation of two no 500 GPM 240M head turbine pump at 10L between 0D and 1D after transporting from surface 3D 18L and installation of 2 nos 252M long 6 in pipeline and make necessary fabrication from 0D 10L to 1D 4L boreholes at MIC JPC

Amount

Part A Installation of One no 500GPM, 240M head turbine pump with 160kW/550V motor upon baseframe at 10L/between OD and -1D after transporting from surface, Installation of one no 252mtr long (approx) 6" pipeline and make necessary fabrication for matching this line to borehole at 1D/+4L at MIC, JPC

Making of 12(Twelve) nos 90 degree bend of 6" dia MS pipe(1 in suction, 2 in delivery. 1 in 10L/OD, 2 in 7L/0D(due to staggered pillar), 4 in GP in 6L/OD, 1 in 4L/0D, 1 in borehole) and welding of flanges.

Welding of 86 nos 6 dia MS flange in 43(1 no for suction and 42 no in delivery) nos 6" dia MS pipe(both side). (Considering 30 pipes both side flange welding per shift).

Dismantling of base frame at 3D/18L by breaking of PCC of the foundation and cutting of mounting rod of the base frame and manual transport of the baseframe upto 3D/17L

Loading of base frame in MUV at 3D/17L and transport it to site and placing it on baseframe.

Loading of 10 nos both side flange fitted 6" dia MS pipe in MUV at surface(it is decided that max 10 nos pipe can be loaded in pipe attachment considering the condition of MUVs) and unloading in OD, laying and fitting of the pipes.

Similar to point 6 another 33(approx) pipes transportation and fitting.

Fitting of one nos Goal post of min height 3.5M at 0D/+6L and matching at ground level with the proposed delivery line with the help of gas cutting.

Dismantling of 420kW/6.6kV motor from 3D/18L, lowering from baseframe, and manually pulling upto 3D/17L with the help of chain pulley block.

Transportation of Motor from 3D/17L to site and placing it on base frame with the help of chain pulley block.

Transportation of pump from surface to proposed site with the help of MUV and placing it upon base frame.

Cleaning beside 4D belt from 14L to 17L to free the stucked cable(70sqmm/6.6kV armoured cable) from 3D/12L substation to 4D/17L(main incoming cable of 18L pump)

Removing of cable which is laid in 4D from 12L substation to 4D/17L and stacked at 3D.

Laying of the stacked cable from 3D/12L substation to proposed site(approx location be 1D/10L) after making hole in stopping at 11L between 3D and 2D, crossing of 1D belt in CM1 and hanging the cable.

Transportation of VCB from 4D/+17L to 3D/+17L manually with the help of chain pulley block(MUV approach is not there) and loading at MUV and unloading at the end point of cable rerouted(approx location be 1D/10L).

Manual pulling of 6.6kV starter of 3D/18L pump for approx 10mtr and loading it on MUV and transporting it and unloading at OD/+10L

Transportation of approx 60 mtr 70 sqmm/6.6kV armoured cable(VCB to Starter, starter to motor) from surface to site, alignment of pump-motor(by gas cutting and welding), Fitting of suction bend, delivery bend, fitting of suction pipe with, matching of pump delivery with proposed pipeline with the help of gas and welding and leakage rectification.

Supply of Oxygen Cylinder

Supply of DA Cylinder

Supply of 4mm MS welding Electrode

Supply of 6" DIA MS flange with 10 mm thickness

Supply of MS Nut and bolt

Total Civil Foundation

Part B Installation of One no 500GPM, 240M head turbine pump with 160kW/550V motor upon baseframe at 10L/between OD and -1D after transporting from surface, Installation of one no 252mtr long (approx) 6" pipeline and make necessary fabrication for matching this line to borehole at 1D/+4L at MIC, JPC

Making of 12(Twelve) nos 90 degree bend of 6" dia MS pipe(1 in suction, 2 in delivery. 1 in 10L/OD, 2 in 7L/0D(due to staggered pillar), 4 in GP in 6L/OD, 1 in 4L/0D, 1 in borehole) and welding of flanges.

Welding of 86 nos 6 dia MS flange in 43(1 no for suction and 42 no in delivery) nos 6" dia MS pipe(both side). (Considering 30 pipes both side flange welding per shift).

Dismantling of base frame at 2D/17L by breaking of PCC of the foundation and cutting of mounting rod of the base frame and manual transport of the baseframe upto 3D/17L

Loading of base frame in MUV at 3D/17L and transport it to site and placing it on baseframe.

Loading of 10 nos both side flange fitted 6" dia MS pipe in MUV at surface(it is decided that max 10 nos pipe can be loaded in pipe attachment considering the condition of MUVs) and unloading in OD, laying and fitting of the pipes.

Similar to point above another 33(approx) pipes transportation and fitting.

Fitting of one nos Goal post of min height 3.5M at 0D/+6L and matching at ground level with the proposed delivery line with the help of gas cutting.

Transportation of Motor from 2D/+8L to 3D/+8L manually with the help of chain pulley block

Transportation of Motor from 3D/+8L to proposed site with the help of MUV and placing it upon base frame.

Transportation of pump from surface to proposed site with the help of MUV and placing it upon base frame.

Transportation of Starter from 2D/+8L to 3D/+8L manually with the help of chain pulley block(MUV approach is not there as one trailer is placed in 8L in between 2D and 3D) and loading at MUV and unloading near pump.

Transportation of one reel(250M approx) 70sqmm/3.3kV grade cable from surface to 2D/+6L, hanging the cable reel.

Laying the transported cable from 2D/+6L to starter along the OD and hanging the cable

Alignment of pump-motor(by gascutting and welding), Fitting of suction bend, delivery bend, fitting of suction pipe with, matching of pump delivery with proposed pipeline with the help of gas and welding and leakage rectification

Supply of Oxygen Cylinder

Supply of DA Cylinder

Supply of 4mm MS welding Electrode

Supply of 6" DIA MS flange with 10 mm thickness

Supply of MS Nut and bolt

Total Civil Foundation

Total impact of GST for the purpose of CTC

F.R. ENTERPRISE

N.K. ENTERPRISE