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Latest Water cooling jacket Tenders in India – Verified Leads & Real-Time Insights by Tender18

Finding the right Water cooling jacket tenders in India’s competitive e-procurement ecosystem requires more than just access—it demands accurate data, real-time monitoring, and expert analysis.

At Tender18 Infotech Private Limited, we bring deep industry experience in government procurement to help businesses identify, evaluate, and win Water cooling jacket tenders efficiently. With a centralized platform aggregating 1100+ live tenders, we provide a single, trusted source for opportunities from central, state, and PSU departments.


Real-Time Water cooling jacket Tender Intelligence & Monitoring

Our advanced dashboard delivers actionable insights and structured tender data, enabling you to make faster and smarter bidding decisions.

We categorize Water cooling jacket tenders into:

  • Supply Tenders – BOQs and specifications sourced from GeM and PSUs
  • Service Tenders – NITs and scope of work from CPPP and state portals
  • EPC Projects – Large-scale infrastructure tenders with financial and design data

✔ This structured approach ensures complete transparency and deeper bid analysis before submission.


Comprehensive Sources of Water cooling jacket Tenders

Tender18 acts as a centralized gateway by aggregating tenders from trusted and official sources:

  • Central Government Portals – CPPP, NIC, and Government e-Marketplace (GeM)
  • Railways & Transport – IREPS and Metro Rail projects
  • Power & Energy PSUs – NTPC, ONGC, NHPC, PowerGrid
  • Defense & Strategic Sectors – MES and DRDO tenders
  • State e-Procurement Portals – Gujarat, Maharashtra, Tamil Nadu, UP, and more

✔ Every listing is verified and regularly updated to maintain data accuracy and trust.


Step-by-Step Guide to Participate in Water cooling jacket Tenders

1. Eligibility & Prequalification

Before bidding, ensure compliance with:

  • Financial turnover requirements (30–50% of tender value)
  • Past experience (2–3 similar projects)
  • Valid solvency certificate

2. Mandatory Documentation Checklist

Prepare the following to avoid disqualification:

  • Digital Signature Certificate (Class 3 DSC)
  • GST, PAN, MSME/Udyam registration
  • EMD (Earnest Money Deposit) or exemption proof
  • Technical bid with execution methodology

3. BOQ Analysis & Financial Bidding

The BOQ (Bill of Quantities) is the most critical component:

  • Analyze item-wise pricing
  • Ensure competitive yet sustainable quotes
  • Avoid underbidding risks (L1 pressure)

✔ Expert analysis can significantly improve your bid success ratio.


Why Tender18 is a Trusted Platform for Water cooling jacket Tenders

✔ Proven Expertise in Government Procurement

We combine industry knowledge with practical bidding experience.

✔ Verified & Reliable Data

All Water cooling jacket tenders are sourced from official portals and cross-checked for accuracy.

✔ Advanced Filtering Tools

Filter tenders by value, EMD, location, and category for precise targeting.

✔ Corrigendum & Update Tracking

Get instant alerts on deadline changes and specification updates.

✔ Historical Data Insights

Analyze past tender results to understand pricing trends and competition.

✔ End-to-End Bidding Support

From discovery to submission, including GeM onboarding and strategy.


Growth of Water cooling jacket Sector in 2026

With the Government of India focusing on digital procurement and infrastructure expansion, the Water cooling jacket sector has seen significant growth in e-tendering opportunities.

The rise of GeM-based procurement models like:

  • L1 Purchase
  • Direct Procurement
  • MSME-friendly policies

…has made it easier for startups and SMEs to participate and win contracts


Frequently Asked Questions (SEO Optimized)

How can I get daily Water cooling jacket tender alerts?

You can register on Tender18 and select your preferred category. You will receive daily email alerts with all new Water cooling jacket tenders.

Is EMD mandatory for all Water cooling jacket tenders?

No, MSME and Udyam-registered businesses may get exemptions. Always check the NIT for specific conditions.

What is the difference between a Water cooling jacket work tender and supply tender?

A supply tender involves delivering goods, while a work tender includes execution, labor, and project completion.

Can I access private Water cooling jacket tenders on Tender18?

Yes, we also track major private sector and EPC tenders along with government opportunities.


Get Expert Support for Water cooling jacket Tenders

Tender18 is more than a listing platform—we are your strategic partner in winning tenders.

Our services include:

  • Tender discovery & analysis
  • Documentation support
  • Bid strategy & submission
  • GeM registration & OEM onboarding

📞 Call / WhatsApp: +91 7069661818
🌐 Website: www.tender18.com

T18 Ref No : 16214156
live Tender
Location : raigad , maharashtra
Source : GEM Tenders
live Tender

Agency / Dept : indian navy
Tender Value : 0
Due Date : Aug 03, 2026
T18 Ref No : 16247630
live Tender
Location : bangalore , karnataka
live Tender

Tender Value : 0
Due Date : Jul 27, 2026
T18 Ref No : 15376540
Location : bangalore , karnataka

tender for water cooled jacket (tubular), water cooled jacket (tubular) for electric arc furnaces to rwf drawing n o.731200112140 & as per special conditions i) pre-qualification for manufacture and sup ply of water cooled jacket (tubular).a) only manufacturers of electric arc furnaces o r their sub contractors who manufacture structurals for oems of electric arc furna ces/heavy duty industrial boilers shall quote. b)the required raw materials shall be pr ocured from reputed sources such as m/s. sail, tisco, isp&t etc.and they should furnis h references for purchase. c) qualified welders should be engaged for fabrication.d ) the detailed qap as enclosed ii) special condition:- 1. scope of work:-fabrication and te sting of water cooled jacket (tubular) manufacturing process:- a) submission of raw m aterial procurement invoices from reputed sources. b)selection of welding electrodes .c) marking, sizing and surface preparation.d)welding of members by qualified welders. e) stress relieving, time temperature graph shall be enclosed. f)non- destructive testin g of weldments. g)pressure testing shall be done at 10kg/cm2 for two hours and the w ater cooled jacket shall be free from water leakage. h) painting of water cooled jacke t by one coat of red oxide paint followed by two coats of heat resistant aluminium pai nt. i)dispatch of water cooled jacket (tubular) with suitable packing to avoid damage d uring transit. iii) inspection by m/s. tpi. stage inspection: by tpi to check all the tubes pr ocured for fabrication of water cooled jacket (tubular) for od, id, thickness and the dimensions of fitted forged quality end caps as per drawing. tpi should ensure that on ly such inspected tubes and end caps are used while inspection the water cooled jacke t(tubular). the water cooled jacket (tubular) shall be subjected to joint inspection for hydraulic test at firms premises


Agency / Dept : rail wheel factory RWF
Tender Value : 0
Due Date : Jun 22, 2026

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Start Free Trial to download documents before deadline

T18 Ref No : 16042325
Source : GEM Tenders

tender for erection and fabrication work c erection and fabrication work c 50 , erection and fabrication work c 51 , erection and fabrication work c 52 , erection and fabrication work c 53 , erection and fabrication work c 54 , erection and fabrication work c 55 , erection and fabrication work c 56 , erection and fabrication work c 57 , erection and fabrication work c 58 , erection and fabrication work c 59 , erection and fabrication work c 60 , erection and fabrication work c 61 , erection and fabrication work c 62 , erection and fabrication work c 63 , erection and fabrication work c 64 , erection and fabrication work c 65 , erection and fabrication work c 66 , erection and fabrication work c 67 , erection and fabrication work c 68 , erection and fabrication work c 69 , erection and fabrication work c 70 , erection and fabrication work c 71 , erection and fabrication work c 72 , erection and fabrication work c 73 , erection and fabrication work c 74 , erection and fabrication work c 75 , erection and fabrication work c 76 , erection and fabrication work c 77 , erection and fabrication work c 78 , erection and fabrication work c 79 , erection and fabrication work c 80 , erection and fabrication work c 81 , erection and fabrication work c 82 , erection and fabrication work c 83 , erection and fabrication work c 84 , erection and fabrication work c 85 , erection and fabrication work c 86 , erection and fabrication work c 87 , erection and fabrication work c 88 , erection and fabrication work c 89 , erection and fabrication work c 90 , erection and fabrication work c 91 , erection and fabrication work c 92 , erection and fabrication work c 93 , erection and fabrication work c 94 , erection and fabrication work c 95 , erection and fabrication work c 96 , erection and fabrication work c 97 , erection and fabrication work c 98 , erection and fabrication work c 99 , erection and fabrication work c 100 , erection and fabrication work c 101 , erection and fabrication work c 102 , erection and fabrication work c 103 , erection and fabrication work c 104 , erection and fabrication work c 105, erection and fabrication work c, cutting and removing the weak shells of pan/quad bodies, fabricating new ones from 10/12 mm thick plate and installing them in place, doing double coat welding from inside and outside, and conducting a leak-proof water/vacuum trial., dismantling the 600/1000 mm diameter right/angle type vapour valves installed on the vapour/steam lines of quad and pan, repairing the valves to make them leak-proof, and after testing, refitting them in place., replacing the weak/broken vapour pipe bends of pan/quad vapour pipes by fabricating new ones, ranging from 600 mm to 1100 mm diameter., providing support to the vapour pipes, vapour/exhaust steam lines of quad and pan by fabricating t/rings from angle iron or plate to strengthen them., removing the old leaking steam jackets of vapour cells, semi/kestner, pan, and quad bodies, fabricating new ones from 10/12 mm plate, installing them, and conducting a leak-proof trial., fitting fin-type cyclones on pan, quad, and vapour shells, fabricating new ones from 8/10 mm plate, installing them, welding, and conducting a satisfactory trial., cutting/removing the weak/broken/leaky valves installed on various steam lines of quad/pans, repairing the valves as necessary, and refitting them as per instructions., for replacing the worn/damaged worm wheel gland housing bushes of the drive of air cooled/dry seed/vacuum/twin vertical crystallizers, dismantling and separating the worm wheel and worm shaft housings, fitting new gun metal bushes in the gland housings, and after housing fitting, aligning and fitting the worm wheel and worm housings as before., cutting and removing the weak/broken parts of the vacuum crystallizer shell, repairing/modifying the shell from new/old plate, fitting it in place, doing leak-proof welding from inside and outside, and providing necessary strengthening from outside., dismantling and removing the damaged-tooth worm and worm wheel of the air/water cooled/vacuum/twin vertical crystallizer, fitting new worm and worm wheel in their place, installing the reduction gear and motor, aligning them, and conducting a trial., cutting and removing the weak gutters from various gutters installed on pans/crystallizers, and fabricating and installing new ones from old plate., dismantling the old/weak/broken shaft of air/water cooled crystallizers, fabricating a new shaft, installing it in place, fitting all arms, and conducting a satisfactory trial., cutting and removing the weak/broken parts of the shaft of air/water cooled crystallizers, fabricating a shaft from m.s. plate, fitting the new pipe shaft in place, installing all arms as before, and conducting a satisfactory trial., removing the loose/worn gun metal bush bearings on both sides of the crystallizer drive shaft, fitting new bushes, and conducting a trial., cutting and removing the weak arms on the shaft of the air/water cooled crystallizer, fabricating new arms from m.s. plate/pipe, installing them on the shaft, and conducting a successful trial., repairing the leaky/weak gate valve of the air/water cooled crystallizer and fitting it to be leak-proof., dismantling and removing the weak/broken section pipes from the elliptical suction pipes of mf 35x35 spray pumps installed for spraying, fabricating new ones with strainer from 8/10 mm thick m.s. plate as per sample, fitting them in place, and conducting a leak-proof trial., performing necessary repairs on the multi/jet spray boxes installed in the condenser of quad/pans., cutting the weak/broken parts of the main header, branch header, and branch lines of the spray pond, fabricating new ones from new/old plate as per instructions, fitting them in place, and conducting a leak-proof trial., cutting and removing the weak parts of the common injection header, fabricating a new one, erecting it in place, and conducting a leak-proof trial., fabricating the weak/broken resistance box of the drive motor of the injection/spray pump, fitting all internals, making connections, and conducting a satisfactory trial., dismantling the weak/broken base frame of the vertical spray pump, fabricating a new bed as per the old one, leveling it, installing it in place, fitting the pump, and aligning it., cutting and removing the weak/broken feed distribution headers of the pans, fabricating new headers from m.s. plate/pipe as per instructions, fitting them in place, making all connections as before, and conducting a successful water trial., cutting and removing the weak bottom/side plates of tanks built for storing syrup/melt and various molasses at the pan station, installing new/old plates as per


Due Date : Jul 15, 2026
T18 Ref No : 16042326
Source : GEM Tenders

tender for erection and fabrication work b 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,cutting and removing the weak/broken channel in the weight channel bed of the juice/water scale, fabricating a new one as before, installing it, and conducting a trial., fabricating and installing new rods/guides for the weak/broken guides of the filling tank rods of the juice weighing scale., cutting and replacing the weak/broken bottom cone of the weighing scale tank for juice, maceration water, and final molasses with a new bottom cone as per the old one, and conducting a complete trial., cutting and removing the weak/broken bottom and side plates of the measured juice receiving tank of the juice weighing system, installing old/new plates as per instructions, and conducting a leak-proof trial., cutting and removing the catcher installed on the raw juice pump, fabricating a new catcher, installing it in place, making all connections as before, and conducting a leak-proof trial., for hydraulic testing of pan, quad body, vapour line, and juice heaters, cutting the inlet and outlet vapour pipes and welding blind plates, and after hydraulic testing, cutting and removing the blinds and welding the vapour pipe again with leak-proof welding from inside and outside., repairing the cells, ceiling baffle plates, bottom plates, or weak parts of condensate bottles and syrup receiving bottles of semi kestner, vapour cell, quad body juice heater, and vapour line juice heater, and conducting a water filling test., dismantling the oval-shaped juice entry box in the juice heater, replacing all four weak/broken nipples, fitting both flanges for double beat valves, repairing and fitting the box, and fitting the double beat valve and conducting a leak-proof test., cutting and removing all the leaking partition plates of all juice heaters, installing new 8/10 mm plates, doing leak-proof welding of the wet ring, and conducting a satisfactory trial while protecting the existing tubes., dismantling the weak m.s. strip of the partition plate on both sides of the juice heaters, grinding the cut face, fabricating and installing a new 25 mm x 5 mm m.s. strip, and fitting rubber., cutting the weak/broken bottom cone of the recovery tower of the juice sulphiter, fabricating a new cone from 10/12 mm thick m.s. plate as per sample, fitting it in place, and doing leak-proof welding., strengthening the weak/broken horizontal beams on all four sides of the juice sulphiter base by installing 12 mm thick plates inside them for necessary strengthening., dismantling the weak/broken bottom cones and top cones of the juice/syrup sulphiter, fabricating new ones as per sample, fitting them, doing leak-proof welding from inside and outside, and conducting a satisfactory water filling and trial., removing the weak/broken baffle plates/grids of the syrup sulphiter tower, performing necessary repairs, fitting them in place, and conducting a leak-proof trial., lowering both delivery lines from the syrup pump to the syrup sulphiter, heating them, cleaning them thoroughly, replacing leaking pipe lines, installing valves, bends, nipples, etc., refitting the lines, and conducting a leak-proof trial., removing the recovery tower installed on top of the syrup/juice sulphiter, repairing the leaking shell by fabricating a new shell from new/old plate as per instructions, fitting it, reinstalling the tower in place, and conducting a leak-proof trial., cutting the weak parts of the weak shell of the juice/syrup sulphiter/clarifier, fabricating new ones from new/old 10/12 mm plate as per instructions, installing them in place, doing leak-proof welding from inside and outside, and conducting a trial., cutting and removing the weak/broken secondary gas cooler of the sulphur furnace (juice/syrup), fabricating a new cooler from 10/12 mm thick plate as per the old one, fitting it in place, making all connections as before, and conducting a leak-proof gas trial., cutting and removing the weak/broken cooling pipes of the gas coolers of sulphur furnaces installed for juice/syrup at the sulphur furnace station, fabricating new pipes as per the old ones, fitting them as before, and conducting a leak-proof trial., cutting and removing the weak gas headers of the sulphur furnaces, fabricating and installing new headers as per the old ones., dismantling and removing the weak/broken sulphur melters of the sulphur furnaces, fabricating new ones as per sample, installing them in place, making all connections, and conducting a satisfactory leak-proof trial., removing the weak/broken after burner of the sulphur furnaces, fabricating a new one as per sample, erecting it in place, and conducting a trial., repairing/replacing the weak/leaking water jacket on the sulphur furnace and conducting a leak-proof water trial., cutting and removing the weak 10 mm m.s. and intermediate bottom trough of the first compartment of the juice clarifier, fabricating segments from 10 mm m.s. and 6 mm new plates as per the old intermediate bottom, fitting them, doing leak-proof welding with the mud boot and cell, providing support underneath with t-iron/angle iron for strengthening, and conducting a leak-proof trial., dismantling the weak/broken juice box of the juice clarifier, fabricating a new one as per the old one, fitting it in place, repairing and installing the valve and spindle, and conducting a trial., cutting and removing the old weak mud boots of the juice clarifier, fabricating and installing new ones, and welding arms, etc., cutting and removing the bottom plate of the juice clarifier, fabricating and installing a new 10 mm plate in its place, and providing support by installing angle channels underneath., dismantling and lowering the coil of the clarifier, cleaning it, replacing leaking flanges/pipes, fabricating and fitting the coil, and making holes as per the profile., cutting and removing the weak plate of the mud scraper in the clarifier, installing a new plate, fitting the scraper, and conducting a trial., dismantling the weak pipe of the mud scraper in the clarifier, installing a new pipe, and installing the mud scraper in it., fitting the 800/900 mm diameter rubber seated type angle valve in the steam/vapour line of the quad, semi-kestner, and vapour cell installed in this mill as per instructions, and conducting a leak-proof trial., for complete retubing of the quad body, cutting and lowering the bottom saucer of the calandria, after fitting the tubes, conducting hydraulic testing of the calandria, then doing leak-proof welding of the bottom saucer from inside and outside, and conducting water and vacuum trials., dismantling the weak/broken vapour/exhaust steam lines of semi-kestner/vapour cell/quad body/pans, fabricating new lines from 8.0/10.0 mm thick m.s. plate as per the old ones, erecting the new lines, doing leak-proof welding, and conducting successful water and steam trials., cutting and removing the weak/broken juice distributor/down take pipe in the quad bodies, and fabricating and installing a new one., cutting and replacing the weak/broken manholes in the pan, door, sulphur furnace, quad bodies, cell, and bottom saucer with new manholes as per the old ones., dismantling and removing the weak/broken umbrella of semi-kestner/vapour cell/quad bodies and pans, fabricating a new umbrella as per the old one, providing necessary supports, and erecting the umbrella., fabricating and installing t-rings from 900 to 1100 diameter m.s. plate or angle iron to provide external strength to the vapour pipes of pan and quad., cutting and removing the weak/broken ammonia gas headers of the quad bodies, fabricating and erecting new headers, installing nipples, valves, flanges, etc., and conducting a leak-proof trial., removing the weak shell of semi-kestner, vapour cell, and quad body, fabricating a new one as before, erecting it in place, and conducting a leak-proof trial., dismantling the weak vapour pipe between the quad bodies on the evaporator, fabricating and installing a new vapour pipe of 600, 700, 800 mm diameter from new/old plate, doing leak-proof welding, and conducting a water trial., cutting and removing the leaky/weak external catcher in the vapour pipe of the evaporator and pans, fabricating a new one including internals as per sample, fitting it in place, doing leak-proof welding, and conducting a successful water filling/vacuum trial., removing the top plate of the external catcher in the vapour pipe of the evaporator and pans, performing necessary repairs on the weak internal/cone/shell, etc., reinstalling the top plate, doing leak-proof welding, and conducting a successful water filling/vacuum trial., cutting and removing the weak/broken agitator of the 10 inch x 20 inch vacuum filter, fabricating a new one as per the old one, fitting it in place, and conducting a successful trial., cutting and removing the weak/broken agitator of the 8 inch x 16 inch vacuum filter, fabricating a new one as per the old one, fitting it in place, and conducting a successful trial., cutting and removing the weak/broken mud tray of the vacuum filter, fabricating a new mud tray from new/old plate, fitting it in place, replacing the weak/leaking side plates of the vacuum filter, and conducting a satisfactory water trial., cutting and removing the weak/broken parts of the agitator of the 10 inch x 20 inch vacuum filter and performing necessary repairs as per the old one., cutting and removing the weak taper cone of the 40-ton capacity pan, fabricating and installing a new one from 12/16 mm plate as per sample, making all connections as before, doing leak-proof welding, and conducting a successful water filling and vacuum trial., cutting and removing the weak/broken parts of the agitator of the 8 inch x 16 inch vacuum filter and performing necessary repairs as per the old one., dismantling the bagassilo cyclone installed at the vacuum filter station, repairing the leaking parts, performing necessary repairs, fitting it in place, and making all connections as before., cutting and removing the weak/broken shell of the mud mixer, fabricating a new shell from new/old plate, installing it in place, and conducting a successful trial., cutting and removing the weak/broken mud discharge chutes at the discharge end of the mud conveyor belts, fabricating and installing new ones from old plate as before, and conducting a trial., dismantling and removing the weak/broken condenser bottle of the vacuum filters, fabricating a new one as per sample, installing it, and conducting a successful vacuum trial., removing the weak/broken foundation bolts/bed of pumps in the boiling house, fabricating new channel beds, installing new foundation bolts in the pits provided by civil, placing the pump and motor, making related connections and alignment, and conducting a satisfactory trial., providing support for so2 gas lines using old m.s. pipes.


Due Date : Jul 15, 2026
Published By

Every year, central and state government departments release thousands of high-value contracts specifically dedicated to Water Cooling Jacket. Whether it involves bulk material supply, executing specialized operational services, or end-to-end turnkey project execution, the demand for capable vendors in the Water Cooling Jacket sector is massive.

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1.

How do I find government contracts exclusively matching my work in Water Cooling Jacket?

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2.

Do I need specific testing or quality certificates to apply for these contracts?

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3.

What is a BOQ and why is it important for my bid?

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4.

Are samples required to be submitted physically before the digital bid opens?

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5.

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6.

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7.

As an MSME, can I get financial benefits when bidding for Water Cooling Jacket?

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8.

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9.

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