Ellis Scores QCLNG Specification, Australia
Emperor cable cleats from North-Yorkshire manufacturer, Ellis have been specified for use in a project aimed at converting coal seam gas into liquefied natural gas (LNG) in the Australian state of Queensland.
BG Group’s Queensland Curtis LNG is on track to be the first project in the world to convert natural gas from coal seams into LNG, in 2014. Expected to boost Queensland’s economy by A$32billion, the project involves about 6,000 wells; the expansion of gas production in the Surat Basin of southern Queensland; construction of a 540km pipeline network to Gladstone; and the building of a plant to liquefy the gas on Curtis Island, Gladstone.
Ellis Emperor cable cleats were specified by Thiess Pty Ltd, which was engaged by to construct seven processing plants.
The reason for the specification, which was secured by Ellis’ Australian distributor, Sydney-based IPD Industrial Products, was down to the product’s capability to withstand possible 111kA peak system faults. Furthermore, the Emperor’s 316L stainless steel construction meant it is ideal for use in the harsh Australian conditions.
Tony Conroy, Ellis’ export sales director, said: “Australia has a booming economy and a rich array of natural resources, a combination that means it is well established as one of our most important export markets.”
“The size and scale of projects currently underway or in the pipeline is staggering and ensuring we are in the frame when they come along is a job that IPD excels in.”
Ellis’ cable cleats are designed and manufactured to secure electrical cables in a manner that can withstand the forces generated by the cables, including those generated during a short circuit fault. Its Emperor cleats not only provide ultimate corrosion protection, even in the harshest of environments, but they are quick and easy to install, and feature an integral LSF zero halogen polymeric liner and base pad that protects and cushions cables during short circuit conditions.
LNG World News Staff, May 14, 2013; Image: QGC