corrigendum tender for erection and fabrication work b 1 , erection and fabrication work b 2 , erection and fabrication work b 3 , erection and fabrication work b 4 , erection and fabrication work b 5 , erection and fabrication work b 6 , erection and fabrication work b 7 , erection and fabrication work b 8 , erection and fabrication work b 9 , erection and fabrication work b 10 , erection and fabrication work b 11 , erection and fabrication work b 12 , erection and fabrication work b 13 , erection and fabrication work b 14 , erection and fabrication work b 15 , erection and fabrication work b 16 , erection and fabrication work b 17 , erection and fabrication work b 18 , erection and fabrication work b 19 , erection and fabrication work b 20 , erection and fabrication work b 21 , erection and fabrication work b 22 , erection and fabrication work b 23 , erection and fabrication work b 24 , erection and fabrication work b 25 , erection and fabrication work b 26 , erection and fabrication work b 27 , erection and fabrication work b 28 , erection and fabrication work b 29 , erection and fabrication work b 30 , erection and fabrication work b 31 , erection and fabrication work b 32 , erection and fabrication work b 33 , erection and fabrication work b 34 , erection and fabrication work b 35 , erection and fabrication work b 36 , erection and fabrication work b 37 , erection and fabrication work b 38 , erection and fabrication work b 39 , erection and fabrication work b 40 , erection and fabrication work b 41 , erection and fabrication work b 42 , erection and fabrication work b 43 , erection and fabrication work b 44 , erection and fabrication work b 45 , erection and fabrication work b 46 , erection and fabrication work b 47 , erection and fabrication work b 48 , erection and fabrication work b 49 , erection and fabrication work b 50 , erection and fabrication work b 51 , erection and fabrication work b 52 , erection and fabrication work b 53 , erection and fabrication work b 54, erection and fabrication work b, cut out and remove the damaged plate; fabricate and installation a new 10 mm plate in its place, and provide support by installing angle channels beneath the bottom. dismantle and lower the clarifier coil; clean it, replace corroded flanges/pipes, refit the coil, and drill holes according to specifications. cut out and remove the corroded mud scraper plate from the clarifier; fabricate and installation a new plate, fit the scraper, and conduct a trial run. dismantle the weak mud scraper pipes in the clarifier, installation new pipes, and mount the mud scraper assembly. installation an 800/900 mm diameter rubber-seated angle valve in the steam/vapour lines of the quad, semi-kestner, and vapour cell units as directed, and conduct a leak-proof trial. to completely re-tube the quad body, cut and lower the calandria's bottom saucer; after fitting the tubes and conducting a hydraulic test on the calandria, weld the bottom saucer (internally and externally) to ensure it is leak-proof, and perform water and vacuum trials. dismantle corroded or weak vapour/exhaust steam lines associated with the semi-kestner, vapour cell, quad bodies, and pans; fabricate new lines using 8.0/10.0 mm thick m.s. plate based on original specifications, erect the new lines, perform leak-proof welding, and conduct successful water and steam trials. cut out and remove corroded/weak juice distributors or down-take pipes in the quad bodies and installation newly fabricated replacements. cut out and remove corroded/weak manholes from pans, doors, sulphur furnaces, quad bodies, cells, and bottom saucers, and installation newly fabricated manholes based on original specifications. dismantle and remove corroded/weak umbrellas from the semi-kestner, vapour cell, quad bodies, and pans; fabricate new umbrellas according to original specifications and erect them with necessary supports. for the vapour pipes of pans and quads, provide external reinforcement using m.s. -material of 900 to 1100 mm diameter... fabricate and installation t-rings made of plate or angle iron; cut out and remove corroded or weak ammonia gas headers from the quad bodies; fabricate and erect new headers; installation nipples, valves, flanges, etc., and conduct a leak-proof trial; remove weak shells from the semi-kestner, vapour cell, and quad bodies; fabricate new ones to specifications, erect them in place, and conduct a leak-proof trial; dismantle the weak vapour pipe located between the evaporator quad bodies; fabricate and installation a new vapour pipe (600, 700, or 800 mm diameter) using new or existing plate; perform leak-proof welding and conduct a water trial; cut out and remove leaky or weak external catchers from the evaporator and pan vapour pipes; fabricate new catchers (including internals) based on samples, fit them in place, perform leak-proof welding, and conduct successful water-filling/vacuum trials; remove the top plate of the external catcher on the evaporator and pan vapour pipes to carry out necessary repairs on weak internals, cones, or shells; reinstall the top plate, perform leak-proof welding, and conduct successful water-filling/vacuum trials; cut out and remove the corroded or weak agitator of the 10" x 20" vacuum filter; fabricate a new one based on the old design, fit it in place, and conduct a successful trial; cut out and remove the corroded or weak agitator of the 8" x 16" vacuum filter; fabricate a new one based on the old design, fit it in place, and conduct a successful trial; cut out and remove the corroded or weak mud tray of the vacuum filter; fabricate a new mud tray using new or existing plate and fit it in place; replace the corroded or weak side plate of the vacuum filter and conduct a satisfactory water trial; cut out and remove the corroded or weak agitator section of the 10" x 20" vacuum filter and carry out necessary repairs based on the old design; cut out and remove the weak tapered cone of the 40-ton capacity pan. fabricate and installation a replacement using a new 12/16 mm plate, following the sample; restore all connections to their original state, ensure leak-proof welding, and conduct successful water-filling and vacuum trials. cut out and remove corroded or weak agitator sections of the 8-inch x 16-inch vacuum filter and carry out necessary repairs as per the original specifications. dismantle the bagasse silo cyclone at the vacuum filter station, replace corroded sections, perform necessary repairs, reinstall it in its original position, and restore all connections. cut out and remove the corroded or weak shell of the mud mixer; fabricate a new shell (using new or existing plate material), installation it in place, and conduct a successful trial. cut out and remove corroded or weak mud discharge chutes located at the discharge end of the mud conveyor belts; fabricate and installation replacements using existing plate material and conduct a trial. dismantle and remove corroded or weak condenser bottles from the vacuum filters; fabricate and installation new ones based on the sample and conduct a successful vacuum trial. in the boiling house, remove the foundation bolts/beds of corroded or weak pumps and construct new channel-based beds; installation new foundation bolts into the pits prepared by the civil team to create these new channel beds; mount the pump and motor, complete the necessary connections and alignment, and conduct a satisfactory trial. installation supports made from old m.s. pipes for the so2 gas lines.

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Tender18 provides end-to-end professional bidding support and documentation advisory for Corrigendum Tender For Erection And Fabrication Work B 1 , Erection And Fabrication Work B 2 , Erection And Fabrication Work B 3 , Erection And Fabrication Work B 4 , Erection And Fabrication Work B 5 , Erection And Fabrication Work B 6 , Erection And Fabrication Work B 7 , Erection And Fabrication Work B 8 , Erection And Fabrication Work B 9 , Erection And Fabrication Work B 10 , Erection And Fabrication Work B 11 , Erection And Fabrication Work B 12 , Erection And Fabrication Work B 13 , Erection And Fabrication Work B 14 , Erection And Fabrication Work B 15 , Erection And Fabrication Work B 16 , Erection And Fabrication Work B 17 , Erection And Fabrication Work B 18 , Erection And Fabrication Work B 19 , Erection And Fabrication Work B 20 , Erection And Fabrication Work B 21 , Erection And Fabrication Work B 22 , Erection And Fabrication Work B 23 , Erection And Fabrication Work B 24 , Erection And Fabrication Work B 25 , Erection And Fabrication Work B 26 , Erection And Fabrication Work B 27 , Erection And Fabrication Work B 28 , Erection And Fabrication Work B 29 , Erection And Fabrication Work B 30 , Erection And Fabrication Work B 31 , Erection And Fabrication Work B 32 , Erection And Fabrication Work B 33 , Erection And Fabrication Work B 34 , Erection And Fabrication Work B 35 , Erection And Fabrication Work B 36 , Erection And Fabrication Work B 37 , Erection And Fabrication Work B 38 , Erection And Fabrication Work B 39 , Erection And Fabrication Work B 40 , Erection And Fabrication Work B 41 , Erection And Fabrication Work B 42 , Erection And Fabrication Work B 43 , Erection And Fabrication Work B 44 , Erection And Fabrication Work B 45 , Erection And Fabrication Work B 46 , Erection And Fabrication Work B 47 , Erection And Fabrication Work B 48 , Erection And Fabrication Work B 49 , Erection And Fabrication Work B 50 , Erection And Fabrication Work B 51 , Erection And Fabrication Work B 52 , Erection And Fabrication Work B 53 , Erection And Fabrication Work B 54, Erection And Fabrication Work B, Cut Out And Remove The Damaged Plate; Fabricate And Installation A New 10 Mm Plate In Its Place, And Provide Support By Installing Angle Channels Beneath The Bottom. Dismantle And Lower The Clarifier Coil; Clean It, Replace Corroded Flanges/pipes, Refit The Coil, And Drill Holes According To Specifications. Cut Out And Remove The Corroded Mud Scraper Plate From The Clarifier; Fabricate And Installation A New Plate, Fit The Scraper, And Conduct A Trial Run. Dismantle The Weak Mud Scraper Pipes In The Clarifier, Installation New Pipes, And Mount The Mud Scraper Assembly. Installation An 800/900 Mm Diameter Rubber-seated Angle Valve In The Steam/vapour Lines Of The Quad, Semi-kestner, And Vapour Cell Units As Directed, And Conduct A Leak-proof Trial. To Completely Re-tube The Quad Body, Cut And Lower The Calandria's Bottom Saucer; After Fitting The Tubes And Conducting A Hydraulic Test On The Calandria, Weld The Bottom Saucer (internally And Externally) To Ensure It Is Leak-proof, And Perform Water And Vacuum Trials. Dismantle Corroded Or Weak Vapour/exhaust Steam Lines Associated With The Semi-kestner, Vapour Cell, Quad Bodies, And Pans; Fabricate New Lines Using 8.0/10.0 Mm Thick M.s. Plate Based On Original Specifications, Erect The New Lines, Perform Leak-proof Welding, And Conduct Successful Water And Steam Trials. Cut Out And Remove Corroded/weak Juice Distributors Or Down-take Pipes In The Quad Bodies And Installation Newly Fabricated Replacements. Cut Out And Remove Corroded/weak Manholes From Pans, Doors, Sulphur Furnaces, Quad Bodies, Cells, And Bottom Saucers, And Installation Newly Fabricated Manholes Based On Original Specifications. Dismantle And Remove Corroded/weak Umbrellas From The Semi-kestner, Vapour Cell, Quad Bodies, And Pans; Fabricate New Umbrellas According To Original Specifications And Erect Them With Necessary Supports. For The Vapour Pipes Of Pans And Quads, Provide External Reinforcement Using M.s. -material Of 900 To 1100 Mm Diameter... Fabricate And Installation T-rings Made Of Plate Or Angle Iron; Cut Out And Remove Corroded Or Weak Ammonia Gas Headers From The Quad Bodies; Fabricate And Erect New Headers; Installation Nipples, Valves, Flanges, Etc., And Conduct A Leak-proof Trial; Remove Weak Shells From The Semi-kestner, Vapour Cell, And Quad Bodies; Fabricate New Ones To Specifications, Erect Them In Place, And Conduct A Leak-proof Trial; Dismantle The Weak Vapour Pipe Located Between The Evaporator Quad Bodies; Fabricate And Installation A New Vapour Pipe (600, 700, Or 800 Mm Diameter) Using New Or Existing Plate; Perform Leak-proof Welding And Conduct A Water Trial; Cut Out And Remove Leaky Or Weak External Catchers From The Evaporator And Pan Vapour Pipes; Fabricate New Catchers (including Internals) Based On Samples, Fit Them In Place, Perform Leak-proof Welding, And Conduct Successful Water-filling/vacuum Trials; Remove The Top Plate Of The External Catcher On The Evaporator And Pan Vapour Pipes To Carry Out Necessary Repairs On Weak Internals, Cones, Or Shells; Reinstall The Top Plate, Perform Leak-proof Welding, And Conduct Successful Water-filling/vacuum Trials; Cut Out And Remove The Corroded Or Weak Agitator Of The 10" X 20" Vacuum Filter; Fabricate A New One Based On The Old Design, Fit It In Place, And Conduct A Successful Trial; Cut Out And Remove The Corroded Or Weak Agitator Of The 8" X 16" Vacuum Filter; Fabricate A New One Based On The Old Design, Fit It In Place, And Conduct A Successful Trial; Cut Out And Remove The Corroded Or Weak Mud Tray Of The Vacuum Filter; Fabricate A New Mud Tray Using New Or Existing Plate And Fit It In Place; Replace The Corroded Or Weak Side Plate Of The Vacuum Filter And Conduct A Satisfactory Water Trial; Cut Out And Remove The Corroded Or Weak Agitator Section Of The 10" X 20" Vacuum Filter And Carry Out Necessary Repairs Based On The Old Design; Cut Out And Remove The Weak Tapered Cone Of The 40-ton Capacity Pan. Fabricate And Installation A Replacement Using A New 12/16 Mm Plate, Following The Sample; Restore All Connections To Their Original State, Ensure Leak-proof Welding, And Conduct Successful Water-filling And Vacuum Trials. Cut Out And Remove Corroded Or Weak Agitator Sections Of The 8-inch X 16-inch Vacuum Filter And Carry Out Necessary Repairs As Per The Original Specifications. Dismantle The Bagasse Silo Cyclone At The Vacuum Filter Station, Replace Corroded Sections, Perform Necessary Repairs, Reinstall It In Its Original Position, And Restore All Connections. Cut Out And Remove The Corroded Or Weak Shell Of The Mud Mixer; Fabricate A New Shell (using New Or Existing Plate Material), Installation It In Place, And Conduct A Successful Trial. Cut Out And Remove Corroded Or Weak Mud Discharge Chutes Located At The Discharge End Of The Mud Conveyor Belts; Fabricate And Installation Replacements Using Existing Plate Material And Conduct A Trial. Dismantle And Remove Corroded Or Weak Condenser Bottles From The Vacuum Filters; Fabricate And Installation New Ones Based On The Sample And Conduct A Successful Vacuum Trial. In The Boiling House, Remove The Foundation Bolts/beds Of Corroded Or Weak Pumps And Construct New Channel-based Beds; Installation New Foundation Bolts Into The Pits Prepared By The Civil Team To Create These New Channel Beds; Mount The Pump And Motor, Complete The Necessary Connections And Alignment, And Conduct A Satisfactory Trial. Installation Supports Made From Old M.s. Pipes For The So2 Gas Lines. . Our senior analysts help you decode the complete project guidelines, manage accurate costing sheets, and complete error-free submissions on the official platform used by Uttar Pradesh Cooperative Sugar Factories Federation Ltd UPCSFFL.

Most online bids face rejection during the initial evaluation round due to avoidable errors like uploading blurred document scans, submitting expired DSCs, or missing critical experience papers required for Corrigendum Tender For Erection And Fabrication Work B 1 , Erection And Fabrication Work B 2 , Erection And Fabrication Work B 3 , Erection And Fabrication Work B 4 , Erection And Fabrication Work B 5 , Erection And Fabrication Work B 6 , Erection And Fabrication Work B 7 , Erection And Fabrication Work B 8 , Erection And Fabrication Work B 9 , Erection And Fabrication Work B 10 , Erection And Fabrication Work B 11 , Erection And Fabrication Work B 12 , Erection And Fabrication Work B 13 , Erection And Fabrication Work B 14 , Erection And Fabrication Work B 15 , Erection And Fabrication Work B 16 , Erection And Fabrication Work B 17 , Erection And Fabrication Work B 18 , Erection And Fabrication Work B 19 , Erection And Fabrication Work B 20 , Erection And Fabrication Work B 21 , Erection And Fabrication Work B 22 , Erection And Fabrication Work B 23 , Erection And Fabrication Work B 24 , Erection And Fabrication Work B 25 , Erection And Fabrication Work B 26 , Erection And Fabrication Work B 27 , Erection And Fabrication Work B 28 , Erection And Fabrication Work B 29 , Erection And Fabrication Work B 30 , Erection And Fabrication Work B 31 , Erection And Fabrication Work B 32 , Erection And Fabrication Work B 33 , Erection And Fabrication Work B 34 , Erection And Fabrication Work B 35 , Erection And Fabrication Work B 36 , Erection And Fabrication Work B 37 , Erection And Fabrication Work B 38 , Erection And Fabrication Work B 39 , Erection And Fabrication Work B 40 , Erection And Fabrication Work B 41 , Erection And Fabrication Work B 42 , Erection And Fabrication Work B 43 , Erection And Fabrication Work B 44 , Erection And Fabrication Work B 45 , Erection And Fabrication Work B 46 , Erection And Fabrication Work B 47 , Erection And Fabrication Work B 48 , Erection And Fabrication Work B 49 , Erection And Fabrication Work B 50 , Erection And Fabrication Work B 51 , Erection And Fabrication Work B 52 , Erection And Fabrication Work B 53 , Erection And Fabrication Work B 54, Erection And Fabrication Work B, Cut Out And Remove The Damaged Plate; Fabricate And Installation A New 10 Mm Plate In Its Place, And Provide Support By Installing Angle Channels Beneath The Bottom. Dismantle And Lower The Clarifier Coil; Clean It, Replace Corroded Flanges/pipes, Refit The Coil, And Drill Holes According To Specifications. Cut Out And Remove The Corroded Mud Scraper Plate From The Clarifier; Fabricate And Installation A New Plate, Fit The Scraper, And Conduct A Trial Run. Dismantle The Weak Mud Scraper Pipes In The Clarifier, Installation New Pipes, And Mount The Mud Scraper Assembly. Installation An 800/900 Mm Diameter Rubber-seated Angle Valve In The Steam/vapour Lines Of The Quad, Semi-kestner, And Vapour Cell Units As Directed, And Conduct A Leak-proof Trial. To Completely Re-tube The Quad Body, Cut And Lower The Calandria's Bottom Saucer; After Fitting The Tubes And Conducting A Hydraulic Test On The Calandria, Weld The Bottom Saucer (internally And Externally) To Ensure It Is Leak-proof, And Perform Water And Vacuum Trials. Dismantle Corroded Or Weak Vapour/exhaust Steam Lines Associated With The Semi-kestner, Vapour Cell, Quad Bodies, And Pans; Fabricate New Lines Using 8.0/10.0 Mm Thick M.s. Plate Based On Original Specifications, Erect The New Lines, Perform Leak-proof Welding, And Conduct Successful Water And Steam Trials. Cut Out And Remove Corroded/weak Juice Distributors Or Down-take Pipes In The Quad Bodies And Installation Newly Fabricated Replacements. Cut Out And Remove Corroded/weak Manholes From Pans, Doors, Sulphur Furnaces, Quad Bodies, Cells, And Bottom Saucers, And Installation Newly Fabricated Manholes Based On Original Specifications. Dismantle And Remove Corroded/weak Umbrellas From The Semi-kestner, Vapour Cell, Quad Bodies, And Pans; Fabricate New Umbrellas According To Original Specifications And Erect Them With Necessary Supports. For The Vapour Pipes Of Pans And Quads, Provide External Reinforcement Using M.s. -material Of 900 To 1100 Mm Diameter... Fabricate And Installation T-rings Made Of Plate Or Angle Iron; Cut Out And Remove Corroded Or Weak Ammonia Gas Headers From The Quad Bodies; Fabricate And Erect New Headers; Installation Nipples, Valves, Flanges, Etc., And Conduct A Leak-proof Trial; Remove Weak Shells From The Semi-kestner, Vapour Cell, And Quad Bodies; Fabricate New Ones To Specifications, Erect Them In Place, And Conduct A Leak-proof Trial; Dismantle The Weak Vapour Pipe Located Between The Evaporator Quad Bodies; Fabricate And Installation A New Vapour Pipe (600, 700, Or 800 Mm Diameter) Using New Or Existing Plate; Perform Leak-proof Welding And Conduct A Water Trial; Cut Out And Remove Leaky Or Weak External Catchers From The Evaporator And Pan Vapour Pipes; Fabricate New Catchers (including Internals) Based On Samples, Fit Them In Place, Perform Leak-proof Welding, And Conduct Successful Water-filling/vacuum Trials; Remove The Top Plate Of The External Catcher On The Evaporator And Pan Vapour Pipes To Carry Out Necessary Repairs On Weak Internals, Cones, Or Shells; Reinstall The Top Plate, Perform Leak-proof Welding, And Conduct Successful Water-filling/vacuum Trials; Cut Out And Remove The Corroded Or Weak Agitator Of The 10" X 20" Vacuum Filter; Fabricate A New One Based On The Old Design, Fit It In Place, And Conduct A Successful Trial; Cut Out And Remove The Corroded Or Weak Agitator Of The 8" X 16" Vacuum Filter; Fabricate A New One Based On The Old Design, Fit It In Place, And Conduct A Successful Trial; Cut Out And Remove The Corroded Or Weak Mud Tray Of The Vacuum Filter; Fabricate A New Mud Tray Using New Or Existing Plate And Fit It In Place; Replace The Corroded Or Weak Side Plate Of The Vacuum Filter And Conduct A Satisfactory Water Trial; Cut Out And Remove The Corroded Or Weak Agitator Section Of The 10" X 20" Vacuum Filter And Carry Out Necessary Repairs Based On The Old Design; Cut Out And Remove The Weak Tapered Cone Of The 40-ton Capacity Pan. Fabricate And Installation A Replacement Using A New 12/16 Mm Plate, Following The Sample; Restore All Connections To Their Original State, Ensure Leak-proof Welding, And Conduct Successful Water-filling And Vacuum Trials. Cut Out And Remove Corroded Or Weak Agitator Sections Of The 8-inch X 16-inch Vacuum Filter And Carry Out Necessary Repairs As Per The Original Specifications. Dismantle The Bagasse Silo Cyclone At The Vacuum Filter Station, Replace Corroded Sections, Perform Necessary Repairs, Reinstall It In Its Original Position, And Restore All Connections. Cut Out And Remove The Corroded Or Weak Shell Of The Mud Mixer; Fabricate A New Shell (using New Or Existing Plate Material), Installation It In Place, And Conduct A Successful Trial. Cut Out And Remove Corroded Or Weak Mud Discharge Chutes Located At The Discharge End Of The Mud Conveyor Belts; Fabricate And Installation Replacements Using Existing Plate Material And Conduct A Trial. Dismantle And Remove Corroded Or Weak Condenser Bottles From The Vacuum Filters; Fabricate And Installation New Ones Based On The Sample And Conduct A Successful Vacuum Trial. In The Boiling House, Remove The Foundation Bolts/beds Of Corroded Or Weak Pumps And Construct New Channel-based Beds; Installation New Foundation Bolts Into The Pits Prepared By The Civil Team To Create These New Channel Beds; Mount The Pump And Motor, Complete The Necessary Connections And Alignment, And Conduct A Satisfactory Trial. Installation Supports Made From Old M.s. Pipes For The So2 Gas Lines. in Uttar Pradesh.

Eligibility for outstation bidders depends entirely on the terms set inside the document for Corrigendum Tender For Erection And Fabrication Work B 1 , Erection And Fabrication Work B 2 , Erection And Fabrication Work B 3 , Erection And Fabrication Work B 4 , Erection And Fabrication Work B 5 , Erection And Fabrication Work B 6 , Erection And Fabrication Work B 7 , Erection And Fabrication Work B 8 , Erection And Fabrication Work B 9 , Erection And Fabrication Work B 10 , Erection And Fabrication Work B 11 , Erection And Fabrication Work B 12 , Erection And Fabrication Work B 13 , Erection And Fabrication Work B 14 , Erection And Fabrication Work B 15 , Erection And Fabrication Work B 16 , Erection And Fabrication Work B 17 , Erection And Fabrication Work B 18 , Erection And Fabrication Work B 19 , Erection And Fabrication Work B 20 , Erection And Fabrication Work B 21 , Erection And Fabrication Work B 22 , Erection And Fabrication Work B 23 , Erection And Fabrication Work B 24 , Erection And Fabrication Work B 25 , Erection And Fabrication Work B 26 , Erection And Fabrication Work B 27 , Erection And Fabrication Work B 28 , Erection And Fabrication Work B 29 , Erection And Fabrication Work B 30 , Erection And Fabrication Work B 31 , Erection And Fabrication Work B 32 , Erection And Fabrication Work B 33 , Erection And Fabrication Work B 34 , Erection And Fabrication Work B 35 , Erection And Fabrication Work B 36 , Erection And Fabrication Work B 37 , Erection And Fabrication Work B 38 , Erection And Fabrication Work B 39 , Erection And Fabrication Work B 40 , Erection And Fabrication Work B 41 , Erection And Fabrication Work B 42 , Erection And Fabrication Work B 43 , Erection And Fabrication Work B 44 , Erection And Fabrication Work B 45 , Erection And Fabrication Work B 46 , Erection And Fabrication Work B 47 , Erection And Fabrication Work B 48 , Erection And Fabrication Work B 49 , Erection And Fabrication Work B 50 , Erection And Fabrication Work B 51 , Erection And Fabrication Work B 52 , Erection And Fabrication Work B 53 , Erection And Fabrication Work B 54, Erection And Fabrication Work B, Cut Out And Remove The Damaged Plate; Fabricate And Installation A New 10 Mm Plate In Its Place, And Provide Support By Installing Angle Channels Beneath The Bottom. Dismantle And Lower The Clarifier Coil; Clean It, Replace Corroded Flanges/pipes, Refit The Coil, And Drill Holes According To Specifications. Cut Out And Remove The Corroded Mud Scraper Plate From The Clarifier; Fabricate And Installation A New Plate, Fit The Scraper, And Conduct A Trial Run. Dismantle The Weak Mud Scraper Pipes In The Clarifier, Installation New Pipes, And Mount The Mud Scraper Assembly. Installation An 800/900 Mm Diameter Rubber-seated Angle Valve In The Steam/vapour Lines Of The Quad, Semi-kestner, And Vapour Cell Units As Directed, And Conduct A Leak-proof Trial. To Completely Re-tube The Quad Body, Cut And Lower The Calandria's Bottom Saucer; After Fitting The Tubes And Conducting A Hydraulic Test On The Calandria, Weld The Bottom Saucer (internally And Externally) To Ensure It Is Leak-proof, And Perform Water And Vacuum Trials. Dismantle Corroded Or Weak Vapour/exhaust Steam Lines Associated With The Semi-kestner, Vapour Cell, Quad Bodies, And Pans; Fabricate New Lines Using 8.0/10.0 Mm Thick M.s. Plate Based On Original Specifications, Erect The New Lines, Perform Leak-proof Welding, And Conduct Successful Water And Steam Trials. Cut Out And Remove Corroded/weak Juice Distributors Or Down-take Pipes In The Quad Bodies And Installation Newly Fabricated Replacements. Cut Out And Remove Corroded/weak Manholes From Pans, Doors, Sulphur Furnaces, Quad Bodies, Cells, And Bottom Saucers, And Installation Newly Fabricated Manholes Based On Original Specifications. Dismantle And Remove Corroded/weak Umbrellas From The Semi-kestner, Vapour Cell, Quad Bodies, And Pans; Fabricate New Umbrellas According To Original Specifications And Erect Them With Necessary Supports. For The Vapour Pipes Of Pans And Quads, Provide External Reinforcement Using M.s. -material Of 900 To 1100 Mm Diameter... Fabricate And Installation T-rings Made Of Plate Or Angle Iron; Cut Out And Remove Corroded Or Weak Ammonia Gas Headers From The Quad Bodies; Fabricate And Erect New Headers; Installation Nipples, Valves, Flanges, Etc., And Conduct A Leak-proof Trial; Remove Weak Shells From The Semi-kestner, Vapour Cell, And Quad Bodies; Fabricate New Ones To Specifications, Erect Them In Place, And Conduct A Leak-proof Trial; Dismantle The Weak Vapour Pipe Located Between The Evaporator Quad Bodies; Fabricate And Installation A New Vapour Pipe (600, 700, Or 800 Mm Diameter) Using New Or Existing Plate; Perform Leak-proof Welding And Conduct A Water Trial; Cut Out And Remove Leaky Or Weak External Catchers From The Evaporator And Pan Vapour Pipes; Fabricate New Catchers (including Internals) Based On Samples, Fit Them In Place, Perform Leak-proof Welding, And Conduct Successful Water-filling/vacuum Trials; Remove The Top Plate Of The External Catcher On The Evaporator And Pan Vapour Pipes To Carry Out Necessary Repairs On Weak Internals, Cones, Or Shells; Reinstall The Top Plate, Perform Leak-proof Welding, And Conduct Successful Water-filling/vacuum Trials; Cut Out And Remove The Corroded Or Weak Agitator Of The 10" X 20" Vacuum Filter; Fabricate A New One Based On The Old Design, Fit It In Place, And Conduct A Successful Trial; Cut Out And Remove The Corroded Or Weak Agitator Of The 8" X 16" Vacuum Filter; Fabricate A New One Based On The Old Design, Fit It In Place, And Conduct A Successful Trial; Cut Out And Remove The Corroded Or Weak Mud Tray Of The Vacuum Filter; Fabricate A New Mud Tray Using New Or Existing Plate And Fit It In Place; Replace The Corroded Or Weak Side Plate Of The Vacuum Filter And Conduct A Satisfactory Water Trial; Cut Out And Remove The Corroded Or Weak Agitator Section Of The 10" X 20" Vacuum Filter And Carry Out Necessary Repairs Based On The Old Design; Cut Out And Remove The Weak Tapered Cone Of The 40-ton Capacity Pan. Fabricate And Installation A Replacement Using A New 12/16 Mm Plate, Following The Sample; Restore All Connections To Their Original State, Ensure Leak-proof Welding, And Conduct Successful Water-filling And Vacuum Trials. Cut Out And Remove Corroded Or Weak Agitator Sections Of The 8-inch X 16-inch Vacuum Filter And Carry Out Necessary Repairs As Per The Original Specifications. Dismantle The Bagasse Silo Cyclone At The Vacuum Filter Station, Replace Corroded Sections, Perform Necessary Repairs, Reinstall It In Its Original Position, And Restore All Connections. Cut Out And Remove The Corroded Or Weak Shell Of The Mud Mixer; Fabricate A New Shell (using New Or Existing Plate Material), Installation It In Place, And Conduct A Successful Trial. Cut Out And Remove Corroded Or Weak Mud Discharge Chutes Located At The Discharge End Of The Mud Conveyor Belts; Fabricate And Installation Replacements Using Existing Plate Material And Conduct A Trial. Dismantle And Remove Corroded Or Weak Condenser Bottles From The Vacuum Filters; Fabricate And Installation New Ones Based On The Sample And Conduct A Successful Vacuum Trial. In The Boiling House, Remove The Foundation Bolts/beds Of Corroded Or Weak Pumps And Construct New Channel-based Beds; Installation New Foundation Bolts Into The Pits Prepared By The Civil Team To Create These New Channel Beds; Mount The Pump And Motor, Complete The Necessary Connections And Alignment, And Conduct A Satisfactory Trial. Installation Supports Made From Old M.s. Pipes For The So2 Gas Lines.. While many public sector projects allow national competitive bidding, certain localized works require local offices or specific registration metrics in Muzaffarnagar.

If this procurement is routed through the central marketplace, an active GeM Seller ID is mandatory to supply fabrication work,discharge chutes,conveyor belts,vacuum filter,angle valve,ammonia gas,angle iron,side plate,ms plate,ms pipes,so2 gas,bolts items. Tender18 offers complete assistance for brand cataloging, profile creation, and vendor assessment required officially by Uttar Pradesh Cooperative Sugar Factories Federation Ltd UPCSFFL

To register an eligible bid for these fabrication work,discharge chutes,conveyor belts,vacuum filter,angle valve,ammonia gas,angle iron,side plate,ms plate,ms pipes,so2 gas,bolts contracts, companies must prepare their core compliance documents. Vendors operating across Uttar Pradesh must ensure they possess a valid GST registration, permanent account number (PAN), and active Class-3 Digital Signature Certificates.

This public procurement cycle is specifically looking for qualified vendors and suppliers who can provide high-quality fabrication work,discharge chutes,conveyor belts,vacuum filter,angle valve,ammonia gas,angle iron,side plate,ms plate,ms pipes,so2 gas,bolts solutions. The operational execution, delivery, and deployment of these materials must be managed locally within the Muzaffarnagar region.

The estimated project cost and budget thresholds can be reviewed directly inside the tender document. Bidders can analyze these qualification files to check if their firm meets the financial capability criteria specified for Corrigendum Tender For Erection And Fabrication Work B 1 , Erection And Fabrication Work B 2 , Erection And Fabrication Work B 3 , Erection And Fabrication Work B 4 , Erection And Fabrication Work B 5 , Erection And Fabrication Work B 6 , Erection And Fabrication Work B 7 , Erection And Fabrication Work B 8 , Erection And Fabrication Work B 9 , Erection And Fabrication Work B 10 , Erection And Fabrication Work B 11 , Erection And Fabrication Work B 12 , Erection And Fabrication Work B 13 , Erection And Fabrication Work B 14 , Erection And Fabrication Work B 15 , Erection And Fabrication Work B 16 , Erection And Fabrication Work B 17 , Erection And Fabrication Work B 18 , Erection And Fabrication Work B 19 , Erection And Fabrication Work B 20 , Erection And Fabrication Work B 21 , Erection And Fabrication Work B 22 , Erection And Fabrication Work B 23 , Erection And Fabrication Work B 24 , Erection And Fabrication Work B 25 , Erection And Fabrication Work B 26 , Erection And Fabrication Work B 27 , Erection And Fabrication Work B 28 , Erection And Fabrication Work B 29 , Erection And Fabrication Work B 30 , Erection And Fabrication Work B 31 , Erection And Fabrication Work B 32 , Erection And Fabrication Work B 33 , Erection And Fabrication Work B 34 , Erection And Fabrication Work B 35 , Erection And Fabrication Work B 36 , Erection And Fabrication Work B 37 , Erection And Fabrication Work B 38 , Erection And Fabrication Work B 39 , Erection And Fabrication Work B 40 , Erection And Fabrication Work B 41 , Erection And Fabrication Work B 42 , Erection And Fabrication Work B 43 , Erection And Fabrication Work B 44 , Erection And Fabrication Work B 45 , Erection And Fabrication Work B 46 , Erection And Fabrication Work B 47 , Erection And Fabrication Work B 48 , Erection And Fabrication Work B 49 , Erection And Fabrication Work B 50 , Erection And Fabrication Work B 51 , Erection And Fabrication Work B 52 , Erection And Fabrication Work B 53 , Erection And Fabrication Work B 54, Erection And Fabrication Work B, Cut Out And Remove The Damaged Plate; Fabricate And Installation A New 10 Mm Plate In Its Place, And Provide Support By Installing Angle Channels Beneath The Bottom. Dismantle And Lower The Clarifier Coil; Clean It, Replace Corroded Flanges/pipes, Refit The Coil, And Drill Holes According To Specifications. Cut Out And Remove The Corroded Mud Scraper Plate From The Clarifier; Fabricate And Installation A New Plate, Fit The Scraper, And Conduct A Trial Run. Dismantle The Weak Mud Scraper Pipes In The Clarifier, Installation New Pipes, And Mount The Mud Scraper Assembly. Installation An 800/900 Mm Diameter Rubber-seated Angle Valve In The Steam/vapour Lines Of The Quad, Semi-kestner, And Vapour Cell Units As Directed, And Conduct A Leak-proof Trial. To Completely Re-tube The Quad Body, Cut And Lower The Calandria's Bottom Saucer; After Fitting The Tubes And Conducting A Hydraulic Test On The Calandria, Weld The Bottom Saucer (internally And Externally) To Ensure It Is Leak-proof, And Perform Water And Vacuum Trials. Dismantle Corroded Or Weak Vapour/exhaust Steam Lines Associated With The Semi-kestner, Vapour Cell, Quad Bodies, And Pans; Fabricate New Lines Using 8.0/10.0 Mm Thick M.s. Plate Based On Original Specifications, Erect The New Lines, Perform Leak-proof Welding, And Conduct Successful Water And Steam Trials. Cut Out And Remove Corroded/weak Juice Distributors Or Down-take Pipes In The Quad Bodies And Installation Newly Fabricated Replacements. Cut Out And Remove Corroded/weak Manholes From Pans, Doors, Sulphur Furnaces, Quad Bodies, Cells, And Bottom Saucers, And Installation Newly Fabricated Manholes Based On Original Specifications. Dismantle And Remove Corroded/weak Umbrellas From The Semi-kestner, Vapour Cell, Quad Bodies, And Pans; Fabricate New Umbrellas According To Original Specifications And Erect Them With Necessary Supports. For The Vapour Pipes Of Pans And Quads, Provide External Reinforcement Using M.s. -material Of 900 To 1100 Mm Diameter... Fabricate And Installation T-rings Made Of Plate Or Angle Iron; Cut Out And Remove Corroded Or Weak Ammonia Gas Headers From The Quad Bodies; Fabricate And Erect New Headers; Installation Nipples, Valves, Flanges, Etc., And Conduct A Leak-proof Trial; Remove Weak Shells From The Semi-kestner, Vapour Cell, And Quad Bodies; Fabricate New Ones To Specifications, Erect Them In Place, And Conduct A Leak-proof Trial; Dismantle The Weak Vapour Pipe Located Between The Evaporator Quad Bodies; Fabricate And Installation A New Vapour Pipe (600, 700, Or 800 Mm Diameter) Using New Or Existing Plate; Perform Leak-proof Welding And Conduct A Water Trial; Cut Out And Remove Leaky Or Weak External Catchers From The Evaporator And Pan Vapour Pipes; Fabricate New Catchers (including Internals) Based On Samples, Fit Them In Place, Perform Leak-proof Welding, And Conduct Successful Water-filling/vacuum Trials; Remove The Top Plate Of The External Catcher On The Evaporator And Pan Vapour Pipes To Carry Out Necessary Repairs On Weak Internals, Cones, Or Shells; Reinstall The Top Plate, Perform Leak-proof Welding, And Conduct Successful Water-filling/vacuum Trials; Cut Out And Remove The Corroded Or Weak Agitator Of The 10" X 20" Vacuum Filter; Fabricate A New One Based On The Old Design, Fit It In Place, And Conduct A Successful Trial; Cut Out And Remove The Corroded Or Weak Agitator Of The 8" X 16" Vacuum Filter; Fabricate A New One Based On The Old Design, Fit It In Place, And Conduct A Successful Trial; Cut Out And Remove The Corroded Or Weak Mud Tray Of The Vacuum Filter; Fabricate A New Mud Tray Using New Or Existing Plate And Fit It In Place; Replace The Corroded Or Weak Side Plate Of The Vacuum Filter And Conduct A Satisfactory Water Trial; Cut Out And Remove The Corroded Or Weak Agitator Section Of The 10" X 20" Vacuum Filter And Carry Out Necessary Repairs Based On The Old Design; Cut Out And Remove The Weak Tapered Cone Of The 40-ton Capacity Pan. Fabricate And Installation A Replacement Using A New 12/16 Mm Plate, Following The Sample; Restore All Connections To Their Original State, Ensure Leak-proof Welding, And Conduct Successful Water-filling And Vacuum Trials. Cut Out And Remove Corroded Or Weak Agitator Sections Of The 8-inch X 16-inch Vacuum Filter And Carry Out Necessary Repairs As Per The Original Specifications. Dismantle The Bagasse Silo Cyclone At The Vacuum Filter Station, Replace Corroded Sections, Perform Necessary Repairs, Reinstall It In Its Original Position, And Restore All Connections. Cut Out And Remove The Corroded Or Weak Shell Of The Mud Mixer; Fabricate A New Shell (using New Or Existing Plate Material), Installation It In Place, And Conduct A Successful Trial. Cut Out And Remove Corroded Or Weak Mud Discharge Chutes Located At The Discharge End Of The Mud Conveyor Belts; Fabricate And Installation Replacements Using Existing Plate Material And Conduct A Trial. Dismantle And Remove Corroded Or Weak Condenser Bottles From The Vacuum Filters; Fabricate And Installation New Ones Based On The Sample And Conduct A Successful Vacuum Trial. In The Boiling House, Remove The Foundation Bolts/beds Of Corroded Or Weak Pumps And Construct New Channel-based Beds; Installation New Foundation Bolts Into The Pits Prepared By The Civil Team To Create These New Channel Beds; Mount The Pump And Motor, Complete The Necessary Connections And Alignment, And Conduct A Satisfactory Trial. Installation Supports Made From Old M.s. Pipes For The So2 Gas Lines. by Uttar Pradesh Cooperative Sugar Factories Federation Ltd UPCSFFL

You can download the commercial Bill of Quantities (BOQ) spreadsheet directly using the secure link provided on this page. The BOQ file contains the item descriptions and rate filling forms officially validated for Corrigendum Tender For Erection And Fabrication Work B 1 , Erection And Fabrication Work B 2 , Erection And Fabrication Work B 3 , Erection And Fabrication Work B 4 , Erection And Fabrication Work B 5 , Erection And Fabrication Work B 6 , Erection And Fabrication Work B 7 , Erection And Fabrication Work B 8 , Erection And Fabrication Work B 9 , Erection And Fabrication Work B 10 , Erection And Fabrication Work B 11 , Erection And Fabrication Work B 12 , Erection And Fabrication Work B 13 , Erection And Fabrication Work B 14 , Erection And Fabrication Work B 15 , Erection And Fabrication Work B 16 , Erection And Fabrication Work B 17 , Erection And Fabrication Work B 18 , Erection And Fabrication Work B 19 , Erection And Fabrication Work B 20 , Erection And Fabrication Work B 21 , Erection And Fabrication Work B 22 , Erection And Fabrication Work B 23 , Erection And Fabrication Work B 24 , Erection And Fabrication Work B 25 , Erection And Fabrication Work B 26 , Erection And Fabrication Work B 27 , Erection And Fabrication Work B 28 , Erection And Fabrication Work B 29 , Erection And Fabrication Work B 30 , Erection And Fabrication Work B 31 , Erection And Fabrication Work B 32 , Erection And Fabrication Work B 33 , Erection And Fabrication Work B 34 , Erection And Fabrication Work B 35 , Erection And Fabrication Work B 36 , Erection And Fabrication Work B 37 , Erection And Fabrication Work B 38 , Erection And Fabrication Work B 39 , Erection And Fabrication Work B 40 , Erection And Fabrication Work B 41 , Erection And Fabrication Work B 42 , Erection And Fabrication Work B 43 , Erection And Fabrication Work B 44 , Erection And Fabrication Work B 45 , Erection And Fabrication Work B 46 , Erection And Fabrication Work B 47 , Erection And Fabrication Work B 48 , Erection And Fabrication Work B 49 , Erection And Fabrication Work B 50 , Erection And Fabrication Work B 51 , Erection And Fabrication Work B 52 , Erection And Fabrication Work B 53 , Erection And Fabrication Work B 54, Erection And Fabrication Work B, Cut Out And Remove The Damaged Plate; Fabricate And Installation A New 10 Mm Plate In Its Place, And Provide Support By Installing Angle Channels Beneath The Bottom. Dismantle And Lower The Clarifier Coil; Clean It, Replace Corroded Flanges/pipes, Refit The Coil, And Drill Holes According To Specifications. Cut Out And Remove The Corroded Mud Scraper Plate From The Clarifier; Fabricate And Installation A New Plate, Fit The Scraper, And Conduct A Trial Run. Dismantle The Weak Mud Scraper Pipes In The Clarifier, Installation New Pipes, And Mount The Mud Scraper Assembly. Installation An 800/900 Mm Diameter Rubber-seated Angle Valve In The Steam/vapour Lines Of The Quad, Semi-kestner, And Vapour Cell Units As Directed, And Conduct A Leak-proof Trial. To Completely Re-tube The Quad Body, Cut And Lower The Calandria's Bottom Saucer; After Fitting The Tubes And Conducting A Hydraulic Test On The Calandria, Weld The Bottom Saucer (internally And Externally) To Ensure It Is Leak-proof, And Perform Water And Vacuum Trials. Dismantle Corroded Or Weak Vapour/exhaust Steam Lines Associated With The Semi-kestner, Vapour Cell, Quad Bodies, And Pans; Fabricate New Lines Using 8.0/10.0 Mm Thick M.s. Plate Based On Original Specifications, Erect The New Lines, Perform Leak-proof Welding, And Conduct Successful Water And Steam Trials. Cut Out And Remove Corroded/weak Juice Distributors Or Down-take Pipes In The Quad Bodies And Installation Newly Fabricated Replacements. Cut Out And Remove Corroded/weak Manholes From Pans, Doors, Sulphur Furnaces, Quad Bodies, Cells, And Bottom Saucers, And Installation Newly Fabricated Manholes Based On Original Specifications. Dismantle And Remove Corroded/weak Umbrellas From The Semi-kestner, Vapour Cell, Quad Bodies, And Pans; Fabricate New Umbrellas According To Original Specifications And Erect Them With Necessary Supports. For The Vapour Pipes Of Pans And Quads, Provide External Reinforcement Using M.s. -material Of 900 To 1100 Mm Diameter... Fabricate And Installation T-rings Made Of Plate Or Angle Iron; Cut Out And Remove Corroded Or Weak Ammonia Gas Headers From The Quad Bodies; Fabricate And Erect New Headers; Installation Nipples, Valves, Flanges, Etc., And Conduct A Leak-proof Trial; Remove Weak Shells From The Semi-kestner, Vapour Cell, And Quad Bodies; Fabricate New Ones To Specifications, Erect Them In Place, And Conduct A Leak-proof Trial; Dismantle The Weak Vapour Pipe Located Between The Evaporator Quad Bodies; Fabricate And Installation A New Vapour Pipe (600, 700, Or 800 Mm Diameter) Using New Or Existing Plate; Perform Leak-proof Welding And Conduct A Water Trial; Cut Out And Remove Leaky Or Weak External Catchers From The Evaporator And Pan Vapour Pipes; Fabricate New Catchers (including Internals) Based On Samples, Fit Them In Place, Perform Leak-proof Welding, And Conduct Successful Water-filling/vacuum Trials; Remove The Top Plate Of The External Catcher On The Evaporator And Pan Vapour Pipes To Carry Out Necessary Repairs On Weak Internals, Cones, Or Shells; Reinstall The Top Plate, Perform Leak-proof Welding, And Conduct Successful Water-filling/vacuum Trials; Cut Out And Remove The Corroded Or Weak Agitator Of The 10" X 20" Vacuum Filter; Fabricate A New One Based On The Old Design, Fit It In Place, And Conduct A Successful Trial; Cut Out And Remove The Corroded Or Weak Agitator Of The 8" X 16" Vacuum Filter; Fabricate A New One Based On The Old Design, Fit It In Place, And Conduct A Successful Trial; Cut Out And Remove The Corroded Or Weak Mud Tray Of The Vacuum Filter; Fabricate A New Mud Tray Using New Or Existing Plate And Fit It In Place; Replace The Corroded Or Weak Side Plate Of The Vacuum Filter And Conduct A Satisfactory Water Trial; Cut Out And Remove The Corroded Or Weak Agitator Section Of The 10" X 20" Vacuum Filter And Carry Out Necessary Repairs Based On The Old Design; Cut Out And Remove The Weak Tapered Cone Of The 40-ton Capacity Pan. Fabricate And Installation A Replacement Using A New 12/16 Mm Plate, Following The Sample; Restore All Connections To Their Original State, Ensure Leak-proof Welding, And Conduct Successful Water-filling And Vacuum Trials. Cut Out And Remove Corroded Or Weak Agitator Sections Of The 8-inch X 16-inch Vacuum Filter And Carry Out Necessary Repairs As Per The Original Specifications. Dismantle The Bagasse Silo Cyclone At The Vacuum Filter Station, Replace Corroded Sections, Perform Necessary Repairs, Reinstall It In Its Original Position, And Restore All Connections. Cut Out And Remove The Corroded Or Weak Shell Of The Mud Mixer; Fabricate A New Shell (using New Or Existing Plate Material), Installation It In Place, And Conduct A Successful Trial. Cut Out And Remove Corroded Or Weak Mud Discharge Chutes Located At The Discharge End Of The Mud Conveyor Belts; Fabricate And Installation Replacements Using Existing Plate Material And Conduct A Trial. Dismantle And Remove Corroded Or Weak Condenser Bottles From The Vacuum Filters; Fabricate And Installation New Ones Based On The Sample And Conduct A Successful Vacuum Trial. In The Boiling House, Remove The Foundation Bolts/beds Of Corroded Or Weak Pumps And Construct New Channel-based Beds; Installation New Foundation Bolts Into The Pits Prepared By The Civil Team To Create These New Channel Beds; Mount The Pump And Motor, Complete The Necessary Connections And Alignment, And Conduct A Satisfactory Trial. Installation Supports Made From Old M.s. Pipes For The So2 Gas Lines. within the Uttar Pradesh jurisdiction

The official timeline and deadline details for Corrigendum Tender For Erection And Fabrication Work B 1 , Erection And Fabrication Work B 2 , Erection And Fabrication Work B 3 , Erection And Fabrication Work B 4 , Erection And Fabrication Work B 5 , Erection And Fabrication Work B 6 , Erection And Fabrication Work B 7 , Erection And Fabrication Work B 8 , Erection And Fabrication Work B 9 , Erection And Fabrication Work B 10 , Erection And Fabrication Work B 11 , Erection And Fabrication Work B 12 , Erection And Fabrication Work B 13 , Erection And Fabrication Work B 14 , Erection And Fabrication Work B 15 , Erection And Fabrication Work B 16 , Erection And Fabrication Work B 17 , Erection And Fabrication Work B 18 , Erection And Fabrication Work B 19 , Erection And Fabrication Work B 20 , Erection And Fabrication Work B 21 , Erection And Fabrication Work B 22 , Erection And Fabrication Work B 23 , Erection And Fabrication Work B 24 , Erection And Fabrication Work B 25 , Erection And Fabrication Work B 26 , Erection And Fabrication Work B 27 , Erection And Fabrication Work B 28 , Erection And Fabrication Work B 29 , Erection And Fabrication Work B 30 , Erection And Fabrication Work B 31 , Erection And Fabrication Work B 32 , Erection And Fabrication Work B 33 , Erection And Fabrication Work B 34 , Erection And Fabrication Work B 35 , Erection And Fabrication Work B 36 , Erection And Fabrication Work B 37 , Erection And Fabrication Work B 38 , Erection And Fabrication Work B 39 , Erection And Fabrication Work B 40 , Erection And Fabrication Work B 41 , Erection And Fabrication Work B 42 , Erection And Fabrication Work B 43 , Erection And Fabrication Work B 44 , Erection And Fabrication Work B 45 , Erection And Fabrication Work B 46 , Erection And Fabrication Work B 47 , Erection And Fabrication Work B 48 , Erection And Fabrication Work B 49 , Erection And Fabrication Work B 50 , Erection And Fabrication Work B 51 , Erection And Fabrication Work B 52 , Erection And Fabrication Work B 53 , Erection And Fabrication Work B 54, Erection And Fabrication Work B, Cut Out And Remove The Damaged Plate; Fabricate And Installation A New 10 Mm Plate In Its Place, And Provide Support By Installing Angle Channels Beneath The Bottom. Dismantle And Lower The Clarifier Coil; Clean It, Replace Corroded Flanges/pipes, Refit The Coil, And Drill Holes According To Specifications. Cut Out And Remove The Corroded Mud Scraper Plate From The Clarifier; Fabricate And Installation A New Plate, Fit The Scraper, And Conduct A Trial Run. Dismantle The Weak Mud Scraper Pipes In The Clarifier, Installation New Pipes, And Mount The Mud Scraper Assembly. Installation An 800/900 Mm Diameter Rubber-seated Angle Valve In The Steam/vapour Lines Of The Quad, Semi-kestner, And Vapour Cell Units As Directed, And Conduct A Leak-proof Trial. To Completely Re-tube The Quad Body, Cut And Lower The Calandria's Bottom Saucer; After Fitting The Tubes And Conducting A Hydraulic Test On The Calandria, Weld The Bottom Saucer (internally And Externally) To Ensure It Is Leak-proof, And Perform Water And Vacuum Trials. Dismantle Corroded Or Weak Vapour/exhaust Steam Lines Associated With The Semi-kestner, Vapour Cell, Quad Bodies, And Pans; Fabricate New Lines Using 8.0/10.0 Mm Thick M.s. Plate Based On Original Specifications, Erect The New Lines, Perform Leak-proof Welding, And Conduct Successful Water And Steam Trials. Cut Out And Remove Corroded/weak Juice Distributors Or Down-take Pipes In The Quad Bodies And Installation Newly Fabricated Replacements. Cut Out And Remove Corroded/weak Manholes From Pans, Doors, Sulphur Furnaces, Quad Bodies, Cells, And Bottom Saucers, And Installation Newly Fabricated Manholes Based On Original Specifications. Dismantle And Remove Corroded/weak Umbrellas From The Semi-kestner, Vapour Cell, Quad Bodies, And Pans; Fabricate New Umbrellas According To Original Specifications And Erect Them With Necessary Supports. For The Vapour Pipes Of Pans And Quads, Provide External Reinforcement Using M.s. -material Of 900 To 1100 Mm Diameter... Fabricate And Installation T-rings Made Of Plate Or Angle Iron; Cut Out And Remove Corroded Or Weak Ammonia Gas Headers From The Quad Bodies; Fabricate And Erect New Headers; Installation Nipples, Valves, Flanges, Etc., And Conduct A Leak-proof Trial; Remove Weak Shells From The Semi-kestner, Vapour Cell, And Quad Bodies; Fabricate New Ones To Specifications, Erect Them In Place, And Conduct A Leak-proof Trial; Dismantle The Weak Vapour Pipe Located Between The Evaporator Quad Bodies; Fabricate And Installation A New Vapour Pipe (600, 700, Or 800 Mm Diameter) Using New Or Existing Plate; Perform Leak-proof Welding And Conduct A Water Trial; Cut Out And Remove Leaky Or Weak External Catchers From The Evaporator And Pan Vapour Pipes; Fabricate New Catchers (including Internals) Based On Samples, Fit Them In Place, Perform Leak-proof Welding, And Conduct Successful Water-filling/vacuum Trials; Remove The Top Plate Of The External Catcher On The Evaporator And Pan Vapour Pipes To Carry Out Necessary Repairs On Weak Internals, Cones, Or Shells; Reinstall The Top Plate, Perform Leak-proof Welding, And Conduct Successful Water-filling/vacuum Trials; Cut Out And Remove The Corroded Or Weak Agitator Of The 10" X 20" Vacuum Filter; Fabricate A New One Based On The Old Design, Fit It In Place, And Conduct A Successful Trial; Cut Out And Remove The Corroded Or Weak Agitator Of The 8" X 16" Vacuum Filter; Fabricate A New One Based On The Old Design, Fit It In Place, And Conduct A Successful Trial; Cut Out And Remove The Corroded Or Weak Mud Tray Of The Vacuum Filter; Fabricate A New Mud Tray Using New Or Existing Plate And Fit It In Place; Replace The Corroded Or Weak Side Plate Of The Vacuum Filter And Conduct A Satisfactory Water Trial; Cut Out And Remove The Corroded Or Weak Agitator Section Of The 10" X 20" Vacuum Filter And Carry Out Necessary Repairs Based On The Old Design; Cut Out And Remove The Weak Tapered Cone Of The 40-ton Capacity Pan. Fabricate And Installation A Replacement Using A New 12/16 Mm Plate, Following The Sample; Restore All Connections To Their Original State, Ensure Leak-proof Welding, And Conduct Successful Water-filling And Vacuum Trials. Cut Out And Remove Corroded Or Weak Agitator Sections Of The 8-inch X 16-inch Vacuum Filter And Carry Out Necessary Repairs As Per The Original Specifications. Dismantle The Bagasse Silo Cyclone At The Vacuum Filter Station, Replace Corroded Sections, Perform Necessary Repairs, Reinstall It In Its Original Position, And Restore All Connections. Cut Out And Remove The Corroded Or Weak Shell Of The Mud Mixer; Fabricate A New Shell (using New Or Existing Plate Material), Installation It In Place, And Conduct A Successful Trial. Cut Out And Remove Corroded Or Weak Mud Discharge Chutes Located At The Discharge End Of The Mud Conveyor Belts; Fabricate And Installation Replacements Using Existing Plate Material And Conduct A Trial. Dismantle And Remove Corroded Or Weak Condenser Bottles From The Vacuum Filters; Fabricate And Installation New Ones Based On The Sample And Conduct A Successful Vacuum Trial. In The Boiling House, Remove The Foundation Bolts/beds Of Corroded Or Weak Pumps And Construct New Channel-based Beds; Installation New Foundation Bolts Into The Pits Prepared By The Civil Team To Create These New Channel Beds; Mount The Pump And Motor, Complete The Necessary Connections And Alignment, And Conduct A Satisfactory Trial. Installation Supports Made From Old M.s. Pipes For The So2 Gas Lines. are available inside the detailed notification files. Bidders planning to target this contract in Muzaffarnagar should check the official portal schedule early to complete their online technical and financial submission well before the closing hours.