Hydra-Slide - hydraulic skidding systems
These hydraulic skidding systems have proven to be one of the most cost-effective and safe methods for moving all types of heavy loads. The Canadian company also designs and manufactures hydraulic turntables, climbing jacks, and synchronous power units. In one recent case study, a Hydra-Slide product eliminated the need to remove a roof section and lift out a dryer with a crane, which would have added significant mobilisation and outrigger pad costs. Hydra-Slide systems are compact and easy to use within the tight confines of plant-rooms and other sites.
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Guelph, Ontario, Canada
Hill Crane & Rigging Uses Hydra-Slide System for Stacked Heat Exchanger Change-Out
Hill Crane & Rigging (HCR) used a 500-ton capacity heavy-track HT500 hydraulic skidding system from Hydra-Slide to change-out a stacked heat exchanger at a Carson refinery in its home state of California, USA recently.
HCR accepted a scope of work that covered the emergency removal of a 260,000-lb. stacked heat exchanger and its replacement with a new 279,000-lb. unit. The principle complications were caused by major obstructions onsite, a tight schedule, and project delays inherited from other contractors. The HT500, engineered 100-ton capacity modular support stands, and Hydra-Pac synchronous hydraulic power unit, all from Hydra-Slide, were selected for the task alongside additional equipment from HCR’s diverse fleet.
Hydra-Slide heavy track skidding systems are one of the most cost-effective and accurate methods for moving, loading or unloading all types of heavy loads where a rigid, load carrying track is required. The HT500 has a total height of only 8”, saving jacking time and suiting the product for use in confined spaces. It is engineered for pushing 500 tons and pulling 250 tons with a standard double track layout.
Darren Scruggs, senior account manger at HCR, said: “The slide system was one of the major components of the heavily engineered concept that we pitched to the refinery. Without removing overhead structure beams, a jack-and-slide solution was the only viable option. We worked closely with Hydra-Slide to put together a robust proposal and upon winning the contract, we placed orders for the necessary equipment, which remains in our fleet.”
The full scope of work included transportation of the old exchanger to its manufacturer, transportation of the new 27 ft. 6 in. by 7 ft. 6 in. by 15 ft. exchanger to the refinery, and final installation in the same position as the original. HCR also employed a 500-ton capacity Enerpac gantry to load and offload the exchangers on a dual lane, eight-line trailer. The project took five days to complete and was delivered on schedule.
Michael Barry, general rigging superintendent at HCR, said: “The [existing] stacked exchanger was sitting on 4 ft.-high concrete pedestals; we used crib stacks and pipe stands to support the slide track at 4 ft. elevation. We slid the exchangers a total of 29 ft. 10 in. Throughout the preparation and execution of the project, Hydra-Slide remained available to take questions and provide application support, which was always delivered in a timely fashion.”
Ron Hill, vice president at HCR, said: “We continue to service all heavy industrial markets. Business is great and our rigging group is growing quickly; we are planning to order additional Hydra-Slide products for upcoming projects. We are very pleased with our purchases and the after-sales service and consultancy we continue to receive from the team.”
Caption: Obstructions and restricted access presented challenges onsite.
Caption: HCR crew keep a watchful eye on the push/pull cylinders during the slide.
Caption: Both heat exchangers weighed in excess of 250,000 lbs. Shown here loaded on the HT500 system and engineered 100-ton modular support stands.
Caption: HCR utilized a 59-8-8P Hydra-Pac synchronous hydraulic power unit to operate the HT500 system.
Contact for editorial enquiries: Janine Smith, vice president, Hydra-Slide Ltd. email@example.com