Cascade Power Project, Edson Alberta
Cascade Power Project is a 900 megawatt (MW) combined cycle power generation facility being constructed in Yellowhead County, approximately 12 KM southwest of Edson, Alberta.
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Cascade Power Project is a 900 megawatt (MW) combined cycle power generation facility being constructed in Yellowhead County, approximately 12 KM southwest of Edson, Alberta.
View Case Study »Varsteel is a Canadian owned and operated Steel Service Center that has branches all over Western Canada. They have been operating for over 60 years.
View Case Study »Komatsu is a world leader in manufacturing and service of heavy duty mining and construction equipment.
View Case Study »WF worked with P & H MinePro to design, supply, and install two 100 tonne cranes and a crane door system for its Ft. McMurray Facility in 2009. In 2010, P & H planned to construct a similar facility at its Mesa, Arizona, facility and asked WF to design and manufacture its crane door.
View Case Study »Russel approached WF in early 2014 to assist with preliminary design and budgets for a project involving heavy steel warehouse cranes. The cranes were tendered in spring and WF was awarded the contract the following summer. Cranes were delivered installed in 2015.
View Case Study »WF won a RFP from Potash Corporation in early 2011. Potash, unsatisfied with the performance of a WF competitor, enlisted WF to develop a crane to meet their needs on a difficult project.
View Case Study »WF was tasked with implementing a magnet lifting system. We fabricated the steel and delivered it from trucks to storage locations or machine feeds.
View Case Study »Finning’s project required 16 cranes ranging for 20 to 50 tonnes that would need to provide maximum hook coverage without sacrificing the size or reliability of the equipment. It would be the largest single crane order in our company’s history.
View Case Study »Enbridge approached WF to build a crane for outdoor maintenance that would be installed over live oil and gas process equipment and that would be able to withstand extremely cold temperatures. It would be one of the largest spanning cranes in all of Alberta.
View Case Study »This is a 138’ span 5 tonne Electric Spark resistant Electric crane for hazardous location for the Hardisty site in 2011.
View Case Study »This crane is a 40-ton Electric crane for hazardous location for and Oil and Gas Company in Northern British Columbia.
View Case Study »This project included design, fabrication, transport, installation, commission, and testing of 4 heavy capacity cranes and rail systems for a heavy equipment company’s truck shop in Elkford, BC.
View Case Study »This project included design, fabrication, transport, installation, commission, and testing of 2 Heavy Duty Steel Handling cranes CMAA Class E for a Steel process and warehousing company.
View Case Study »This project includes (3) special 15 tonne under running cranes for a Saskatchewan Potash producer.
View Case Study »This project included design, fabrication, transport, installation, commission, and testing of 9 Heavy Duty Steel Handling cranes for a steel warehouse and handling company.
View Case Study »This project included design, fabrication, transport, installation, commission, and testing of 4 heavy capacity cranes for an Edmonton boiler fabricator.
View Case Study »This project included design, fabrication, transport, installation, commission, and testing of 2 heavy capacity cranes and rail systems for an oil sands heavy equipment repair company.
View Case Study »This project included design, fabrication, transport, installation, commission, and testing of 2 Heavy Duty Steel Handling cranes CMAA Class D for a Steel process and warehousing company back in 2007.
View Case Study »In 2008, this project included design, fabrication, transport, installation, commission, and testing of 3 heavy duty cranes for a Southern Alberta Concrete Precast manufacturer.
View Case Study »In 2012, WF was sourced by TAHK Projects to complete structural fabrication of a gas plant expansion. TAHK’s role was delivering completed modules to site, including all mechanical. With successful delivery of the modules necessary for field crews to begin work, schedules were tight. WF ensured TAHK met deadlines and the project succeeded on schedule.
View Case Study »In 2009, WF worked on a barge project designed to assist in tailings pond reclamation efforts. WF was selected to fabricate the pontoons and main structural components. The pontoons were designed in Houston by an engineering group familiar with marine design, leading to some unique fabrication requirements. WF fabricated and leak tested the pontoons prior to shipment to a module yard where the entire barge was trial fit.
View Case Study »KinderMorgan began their Edmonton Terminal Expansion in 2012 and WF was awarded the contract for all structural steel work. This project required over 900 tonnes of steel.
View Case Study »WF fabricated three centrifuge buildings at one of our shops. The client required full assembly of all structural steel as well as grating, handrails, platforms and monorail.
View Case Study »This building was part of an overall plant expansion to increase production.
View Case Study »Designed as three separate modular pieces, these buildings were meant to be constructed individually and stacked on site when installed. WF built five such buildings, including handrails, ladders, and grating.
View Case Study »WF was awarded a vessel platform contract (both circular and square) for 30 vessels on a local site expansion. The total scope for this project was 135 vessel platforms and 79 caged ladders. WF was responsible for all structural design and fabrication of these platforms.
View Case Study »So are we!
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