UK DELIVERS CRITICAL ENGINEERING TECHNOLOGY TO GULF OF MEXICO PIONEERS IN OIL AND GAS EXPLORATION Energy is a major element in World trade. The experience of UK engineering companies is greatly valued, not least in the Gulf of Mexico, one of the most challenging engineering environments for oil and gas exploration. Deep-water pioneers are benefiting from cable gland technology from UK based Hawke International for the safe termination of electrical cables in this harsh and potentially explosive environment. Hawke International has been involved from the outset and their cable glands play a vital role in the safe termination of electrical cables. The company manufactures safety critical equipment for electrical connections that exceed standards set by international certification bodies. Over 100,000 cable glands have been supplied to four large installations which are in some cases located in water up to 7000 feet deep up to 190 miles away from land. If evidence were needed of the ferocity of the environment, this came when hurricanes Dennis, Katrina and Rita swept the Gulf in 2005. This caused the destruction of 35 platforms, set 13 rigs adrift and put 20 coastal refineries temporarily out of action. Under normal conditions, Hawke cable glands protect the integrity of cable terminations to enclosures, junction boxes, lighting, instrumentation, control panels and other vital equipment. The cable glands accept different cable diameters and constructions, providing effective sealing of fire retardant cable and secure clamping of braided or armoured cable. International testing and certification standards set the benchmark for such products. Hawke, a company with a 50 year pedigree, pride themselves that their products exceed these standards to provide sustained safety and reliability. Products used on the Gulf of Mexico projects include Hawke’ explosion protected cable glands that are listed with Underwriters Laboratory (UL) the major US test house. These glands use Hawke’s unique rear seal system for ingress protection which meets international standards IP66/67, NEMA 4X and DTS01 for water deluge protection. High visibility deluge seals, which are easy to inspect, are provided on all glands to further safeguard against moisture penetration and to prevent corrosion of cable armour. A further hard setting compound seal is applied around the cable cores to form an explosion-protected seal at the point of cable entry into the enclosure. This offers the advantage that shortly after the compound has hardened, the gland/cable can be easily disassembled for the inspection of the 360 degree ground connection and, if required removed from the enclosure for maintenance work and upgrade. Mustang Engineering in Houston (a Wood Group Company) was involved in topside design for all four installations. Additional design work was undertaken at other locations in Texas and Louisiana, where various contractors fabricated topside structures and modules for the production plant. Some heavy fabrications have come from as far away as Korea and Norway. Hawke offices in Houston, the UK and Singapore, together with agents throughout the world have worked closely with the many designers and sub contractors involved. Geologists suggest that the potential of the Gulf of Mexico has barely been tapped. If this is the case, then developments in deeper waters with more extreme conditions will create new challenges. Hawke and the hundreds of specialist engineers around the world are ready to rise to the challenge. Hawke International is a Hubbell Group Company and part of Hubbell Electrical Products (HEP) division. More information: Phil O’Connor, Hawke International Tel. +44 (0)161 830 6698 Fax. +44 (0)161 830 6648 E-mail: phil.oconnor@ehawke.com Web: www.ehawke.com Colour separation, advertising and other commercial enquiries: Gill Bancroft, Hawke International Tel. +44 (0)161 830 6698 Fax. +44 (0)161 830 6648 E-mail: gill.bancroft@ehawke.com Web: www.ehawke.com High/low resolution images are on the web at www.ainsmag.co.uk/ha218/4081ha1a.htm January 20, 2006