The cooling system of a thermoelectric power plant requires a robust and reliable seawater intake, with structures capable of withstanding waves and the marine environment throughout its useful life.<\/p>\n
STS Scope.<\/strong> Construction of the seawater intake siphon for the cooling system of Unit 5 at the Guacolda Thermoelectric Power Plant. The project included bathymetric surveys, massive underwater concrete work (2,200 m\u00b3 of H45 class concrete, with compressive strengths up to 1,000 kgf\/cm\u00b2), foundation concrete, and the maritime operation of launching, floating, transporting, and assembling a 100-ton jacket structure, including drilling and anchor installation through its piles. 1,870 hours of Industrial Commercial Diving (CTP) were performed under ADCI standards, without accidents.<\/p>\n Differentiator.<\/strong> STS carried out the massive underwater pouring of high-strength concrete (2,200 m\u00b3 H45 class, up to 1,000 kgf\/cm\u00b2) and the maritime maneuver of launching, floating, moving, and assembling a 100-ton Jacket structure, anchored via its piles. All of this involved 1,870 hours of Industrial Commercial Diving in accident-free dives under ADCI regulations, a standard of safety and precision that is difficult to match.<\/p>","protected":false},"excerpt":{"rendered":" Seawater intake siphon for Unit 5 of Central Guacolda, with 100 ton Jacket and H45 underwater concrete.<\/p>","protected":false},"featured_media":99,"menu_order":6,"template":"","class_list":["post-18","sts_proyecto","type-sts_proyecto","status-publish","has-post-thumbnail","hentry"],"yoast_head":"\n