20. ANONYMOUS, "Cooling Water Intakes at Wylfa Nuclear Power Station," Civil 

 Engineering and Public Works Review, Vol. 63, No. 744, July 1968, pp. 759-780. 



21. ANONYMOUS, "10,000-Foot-Long Sea Outfall at Hastings in Sussex,'' Civil Engineer- 

 ing and Public Works Review, Vol. 63, No. 746, Sept. 1968. 



Keywords: Outfall pipeline, Sussex, England 



Report describes the construction of an ocean outfall off the coast of Sussex, England. 

 The outfall is a 27-inch-diameter steel pipe which extends 10,000 feet offshore. The pipes 

 were coated before construction, and welded into strings at the construction site. The pipe 

 strings were pulled out, joined offshore and buried in a trench throughout its entire length. 



22. ANONYMOUS, "Techite Pipe for Subaqueous Pipehnes," Brochure on Techite RPM 

 Pipe, United Technology Division of United Aircraft Corporation, 1968. 



23. ANONYMOUS, "Deep Pipelaying Under tlie Adriatic," Marine Engineers Journal, Vol. 

 81, No. 2, Feb. 1969, p. 8. 



Keywords: Deepwater pipelines 



Article briefly describes several available methods for laying underwater pipelines in 

 deep water, and includes a brief description of a typical deepwater submarine pipe. 



24. ANONYMOUS, "Recent Advances in Dry Underwater Pipeline Welding," Welding 

 Engineer, Vol. 54, No. 2, Feb. 1969, pp. 43-45. 



Keywords: Repairs, Welding chamber 



Article describes a system that allows high-quahty, high-strength welds on submarine 

 pipehnes without raising the pipehne to the surface. The system consists of a dry hyperbaric 

 welding chamber which is placed on the pipe without moving it. This system can be used to 

 weld hot-tap connections, pipeline and riser tie-ins, and also to repair damaged pipelines and 

 risers. 



25. ANONYMOUS, "Work Ship Features New Design Pipelaying Ramp," Marine Engineers 

 Journal, Vol. 81, No. 2, Feb. 1969, p. 5. 



Keywords: Construction vessel, Pipehne ramp 



A construction and pipelaying vessel, whose equipment includes a hinged, above-water 

 pipelaying ramp to lay submarine pipelines in deep water by tlie catenary and tension 

 method, is described. 



26. ANONYMOUS, "Largest Submarine OutfaU in the U.K.," The Dock & Harbour 

 Authority, Vol. L, No. 583, May 1969, p. 14. 



Keywords: Great Britain, Submarine outfall sewer 



Article briefly describes a submarine outfall sewer constructed off the shore of Great 

 Britain. The pipes were welded and coated onshore and puUed to sea by a barge and winch 

 anchored offshore. The pipe was laid in a dredged trench which was then backfilled. 



10 



