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WSI is now a part of Pelican Energy Partners. Visit WSIsolutions.com. WSI operations in South America remain with Avail.
For decades, WSI South America has provided advanced coke drum services and repair options to address prevalent coke drum failures. Our unique process uses highly engineered weld metal overlay to modify the vessel’s structure, mitigating bulging and cracking of the pressure boundary shell, support skirt-to-shell interface weld area, and lower cone cladding damage. As the industry’s largest provider of structural repairs for coke drums, WSI excels in coke drum maintenance and coker drum repair.
Our process involves installing a highly engineered weld metal overlay on existing vessels and modifying their structure to mitigate bulging and cracking caused by low-cycle fatigue.
Our tightly controlled welding parameters, managed by closed-loop automated welding systems, employ controlled deposition techniques (temper bead) to eliminate the need for post-weld heat treatment. This approach has been successfully implemented in over 100 coke drums worldwide, ensuring reliable coke drum automated weld overlay repairs.
For support skirt crack repairs, WSI South America uses proprietary welding processes to replace critical welds and install new skirt sections without post-weld heat treatment. This method has been proven superior, with dozens of successful skirt repairs across the industry.
Delayed coking, which has been in use since the 1950s, subjects components to significant temperature and pressure fluctuations, causing low cycle fatigue failures in coker drums. These drums are costly to replace and are critical assets, making life extension, shortened turnaround cycles, and improved reliability and safety essential.
As the reliable provider of structural repairs for coke drums, WSI South America extends life, shortens turnaround cycles, and enhances the reliability and safety of these critical assets through our automated coker drum weld overlay.
With our extensive experience and cutting-edge technology, WSI South America provides industry-leading coker weld overlay repair and coke drum services, ensuring the highest quality and reliability for your critical assets.
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Supporting customers with responsive service, trusted guidance, and dependable warranty protection for over 85 years
Committed to compliance with the Buy American Act (BAA)
Proudly compliant with the Build America, Buy America (BABA) Act
Class 1 division 1 explosion proof lighting prevents ignition in areas with constant flammable gases or vapors
Class 1 Div 2 hazardous-rated lighting provides protection where flammable gases or vapors are unlikely but possible
C2D1 explosion proof lighting prevents combustible dust ignition where hazardous conditions are always present
Class 2 division 2 hazardous-rated lighting (C2D2) minimizes the risk in areas where combustible dust may occur
Class III explosion proof lighting prevents ignition in environments with ignitable fibers or flyings
IEC 60079 zone classification for hazardous areas
WSI South America’s patented duplex stainless welding technology sets the industry standard for protecting digesters with digester weld overlay. The Unifuse® vessel weld overlay process utilizes a 309 or 312 stainless steel deposit, effectively eliminating solidification cracking typical in conventional 312 welds.
Due to increased production demands and environmental process changes, digesters, typically made from carbon steel, face severe corrosion from cooking liquor. Initially developed for field installations, WSI’s Unifuse technology offers fully fused, low-dilution, corrosion-resistant cladding to mitigate this degradation through automated weld metal overlay.
In continuous digesters, corrosion-prone areas are identified through periodic thickness mapping. The Unifuse® vessel overlay process applies a 309 or 312 stainless steel deposit to critical wastage zones, adhering to tight maintenance schedules crucial for continuous digester operations.
312 stainless steel is used for enhanced protection for batch digesters exposed to more aggressive corrosion. WSI’s Unifuse process, distinguished by its patented duplex stainless welding technology, eliminates solidification cracking seen in conventional 312 welds, setting it apart in the industry.
WSI has the largest installed base of digester weld metal overlay in the industry and a solid reputation for safety, quality, and exceptional value.
WSI South America’s industry-leading solutions ensure the longevity and reliability of your digesters. Our commitment to innovation and excellence makes us the preferred provider for digester service and digester repair.
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Supporting customers with responsive service, trusted guidance, and dependable warranty protection for over 85 years
Committed to compliance with the Buy American Act (BAA)
Proudly compliant with the Build America, Buy America (BABA) Act
Class 1 division 1 explosion proof lighting prevents ignition in areas with constant flammable gases or vapors
Class 1 Div 2 hazardous-rated lighting provides protection where flammable gases or vapors are unlikely but possible
C2D1 explosion proof lighting prevents combustible dust ignition where hazardous conditions are always present
Class 2 division 2 hazardous-rated lighting (C2D2) minimizes the risk in areas where combustible dust may occur
Class III explosion proof lighting prevents ignition in environments with ignitable fibers or flyings
IEC 60079 zone classification for hazardous areas
As a leader in specialized installation and maintenance solutions, WSI South America leverages innovative welding technologies and techniques to extend life and maximize the value of assets in challenging energy and industrial environments. With extensive industry experience and best-in-class execution, we ensure improved plant reliability safely and effectively.
Renowned for delivering substantial ROI, we apply specialized industrial maintenance services to meet and exceed client expectations in industrial welding services, energy industry welding services, and oil and gas welding services across various sectors.
Whether it’s pressure equipment welding maintenance, emergency repair, or planned turnaround services, we lead the industry with innovative solutions and proven results. With the most extensive portfolio of life extension projects and qualified procedures, WSI South America handles any unit-specific challenges with unmatched expertise and reliability.
WSI South America integrates specialty welding technologies and techniques to provide customized solutions, ensuring enhanced performance, durability, and reliability of industrial equipment in demanding environments.
Each service area employs tailored technologies and techniques to optimize asset performance and lifecycle management. Our industrial maintenance services range from automated weld repairs to advanced engineering solutions, addressing the most challenging mechanical integrity issues. Whether upgrading a coke drum or repairing a boiler or pressure vessel, we are committed to delivering effective solutions.
WSI South America Field Machining Services specializes in high-quality machining and tooling solutions, both planned and emergent, to extend the operating life of critical systems, equipment, and components. Our extensive expertise and rapid response times ensure on-site repair demands are met promptly. Our field machining services include:
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Explore Industrial Maintenance Services
Industry leading life extension and repair processes to address low cycle fatigue failure
WSI delivers industry-leading nuclear welding maintenance, repair, and overlay solutions whether planned or emergent that protect critical assets and extend the life of your plant. With nearly 50 years of nuclear expertise, WSI’s Nuclear QA Program meets the requirements of 10 CFR 50 Appendix B and NQA-1. Our teams bring the specialized skills, tooling, and engineering rigor required for projects that are critical to safety, critical to schedule, and critical to quality.
WSI is a leader in remote GTAW canister sealing for dry fuel storage. Our proven system improves ALARA performance, reduces schedule risk, and delivers repeatable weld quality across more than 250 completed canisters with zero defects.
WSI performs remote and automated gate valve repairs using proprietary Seat Repair and Guide Rib Milling tools. Precision machining and hard-facing restore functionality, reduce dose, and improve ALARA results for critical valve systems.
WSI has set industry benchmarks for full structural weld overlays on component and reactor vessel nozzles of varying sizes with complex geometries and tight outage schedule windows. Advanced dual head machine GTAW processes enable high deposition rates while meeting ASME Code requirements.
From steam generator dome separation to heavy wall steel welding, WSI executes complex segmentation projects safely and on schedule. Our field proven processes minimize dose and maintain first time quality supported by some of the largest machining clamshells in the United States.
WSI’s single setup MSIV Diagnostics and Repair System integrates electronic mapping, machining, and welding to streamline valve repairs and reduce dose. The automated GTAW process delivers consistent weld quality, shorter schedules, and proven results across more than 130 nuclear power plants worldwide.
Augment your outage team with WSI’s nuclear qualified craft professionals and extensive automatic welding tooling. We provide specialty welding maintenance and repair services to keep outages on track and within budget.
To combat primary water stress corrosion cracking PWSCC in Alloy 600 components, WSI applies an engineered structural overlay. Our global track record includes multi location pressurizer nozzle repairs completed safely and efficiently.
WSI pioneered First of a Kind weld overlays on reactor coolant pump nozzles delivering optimized WOL (OWOL) solutions and earning NRC approval for breakthrough Alloy 600 mitigation methods.
Our code approved structural weld overlays reposition the pressure boundary and place dissimilar metal welds in compression which creates an engineered permanent repair for high energy components in aging power stations.
Whether it is turnkey weld overlays, pressure vessel nozzle repairs, or unique first of a kind repairs, WSI brings deep expertise in metallurgy custom tooling and ASME Code engineering to every nuclear project. These capabilities demonstrate our leadership in advanced nuclear repair welding for even the most demanding configurations.
WSI provides the expertise and resources to ensure nuclear outage, mitigation, and repair projects are completed safely, efficiently and to the highest quality standards. Our long record of success in nuclear welding gives plant operators confidence that critical systems will remain reliable for years to come and support your plant life extension/uprate plans.
WSI provides the expertise and resources to ensure nuclear outage, mitigation, and repair projects are completed safely, efficiently and to the highest quality standards. Our long record of success in nuclear welding gives plant operators confidence that critical systems will remain reliable for years to come and support your plant life extension/uprate plans.
More WSI Services and Solutions
Industry leading life extension and repair processes to address low cycle fatigue failure
Advanced automated orbital welding meets the highest industry standards for quality and reliability
Innovative approach to return bend welding and u-bend applications
Automated weld metal overlay technologies for build-up and corrosion resistance
WSI South America’s revolutionary HotPulse®-enabled orbital welding equipment provides better mechanical properties and volumetric quality than conventional field welding processes, with deposition rates competitive with SMAW and FCAW.
Our proprietary technology exceeds quality and schedule expectations while being completed safely. It lowers the risks commonly associated with access constraints and high pre-heat temperatures coupled with machine control. More plant operators turn to WSI for machine orbital welding services during planned or emergent outages.
HotPulse orbital welding technology, or HP GTAW™ welding, combines unmatched deposition rates with superior arc control. This automated hot pulse orbital welding method delivers excellent weld quality, increased production rates, and reduced failure risks:
In an environment with short schedules, tight budgets, and high-quality specifications, there is little tolerance for welding defects and low productivity. Current high-energy systems require heavy wall and higher alloy materials for process reliability, making conventional techniques less viable. WSI’s HP GTAW welding technology significantly enhances the speed, quality, and productivity of orbital welding projects.
Our innovative orbital welding technology offers advanced solutions for high-quality joints and a wide range of proven applications, ensuring unmatched performance and reliability in industrial settings.
By leveraging our advanced automated orbital welding techniques, WSI South America ensures superior welding solutions that meet the highest industry standards for quality and reliability.
Related Feature Stories
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Supporting customers with responsive service, trusted guidance, and dependable warranty protection for over 85 years
Committed to compliance with the Buy American Act (BAA)
Proudly compliant with the Build America, Buy America (BABA) Act
Class 1 division 1 explosion proof lighting prevents ignition in areas with constant flammable gases or vapors
Class 1 Div 2 hazardous-rated lighting provides protection where flammable gases or vapors are unlikely but possible
C2D1 explosion proof lighting prevents combustible dust ignition where hazardous conditions are always present
Class 2 division 2 hazardous-rated lighting (C2D2) minimizes the risk in areas where combustible dust may occur
Class III explosion proof lighting prevents ignition in environments with ignitable fibers or flyings
IEC 60079 zone classification for hazardous areas