Esso Standard Oil, S.A. v. S.S. Gasbras Sul

239 F. Supp. 212, 1964 U.S. Dist. LEXIS 7903
CourtDistrict Court, S.D. New York
DecidedJuly 10, 1964
StatusPublished
Cited by2 cases

This text of 239 F. Supp. 212 (Esso Standard Oil, S.A. v. S.S. Gasbras Sul) is published on Counsel Stack Legal Research, covering District Court, S.D. New York primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Esso Standard Oil, S.A. v. S.S. Gasbras Sul, 239 F. Supp. 212, 1964 U.S. Dist. LEXIS 7903 (S.D.N.Y. 1964).

Opinion

FEINBERG, District Judge.

This is a libel by Esso Standard Oil, S. A., a Panamian corporation, in rem against the S.S. Gasbras Sul, and in per-sonam against her owner, a Norwegian corporation. Esso seeks recovery for damages allegedly caused by a collision on September 17, 1955, between the S.S. Gasbras Sul and libelant’s underwater petroleum discharging installation, or “sea terminal,” located off the coast of Guatemala near San Jose. Both parties agree that since the collision occurred in Guatemalan territorial waters, the liability of respondent is governed by the [213]*213law of Guatemala. I hold, for the reasons stated below, that the master of the S.S. Gasbras Sul was negligent in the management and operation of the vessel and that respondent is, therefore, liable in full for the damage caused to libelant’s underwater installation.1

I

Libelant’s sea terminal is used for unloading petroleum products from vessels anchored offshore. At the time of the damage complained of, the installation consisted of four parallel submarine pipelines of heavy gauge steel extending southward from the shore into the sea. The most easterly pipeline was twelve inches in diameter; the next was ten inches in diameter; and the third and fourth lines were four inches in diameter. Each pipe was ten to twenty feet from its neighbor and rested unsupported on the bottom of the sea.

The twelve inch line, which extended 2,175 feet into the ocean, was the longest, and carried fuel oil, asphalt and other so-called “dirty” products. The ten inch line was about 2,060 feet in length and carried “clean” products, such as aviation gasoline and diesel oil; the last 160 feet of this line was bent at about a twenty-five degree angle away from the twelve inch line. The two four inch lines were each about 1,900 feet long and carried liquid and vapor propane respectively. A specially reinforced rubber hose, 150 feet long, was connected to the seaward end of each pipeline, and consisted of five thirty-foot sections connected to each other and to the pipeline by welded flanges. The twelve inch and ten inch pipelines each had a ten inch hose. The four inch lines were each attached to four inch hoses. None of the pipelines was anchored.

There was a marker buoy- — a steel cylinder six feet long and fourteen inches in diameter — attached by a three-quarter inch chain, sixty-four feet long, to the seaward end of the twelve inch pipeline, another to the ten inch line, and a third to a spreader between the two four inch pipes. At the seaward end of each hose there was attached a marker buoy by a similar chain.

Three steel cylindrical mooring buoys —each about ten feet in diameter and fifteen feet long — floated on the surface. Each mooring buoy was attached to a five ton anchor by means of a two and one-half inch chain 270 feet long, and was equipped with a hook in the shape of a fish hook to receive and hold stern mooring lines from vessels unloading at the sea terminal. Neither the mooring buoys nor the marker buoys were equipped with lights.

In discharging its cargo, the procedure to be followed by a ship is to moor at a ninety-degree angle to the shoreline, with its stern shoreward and its midships, where its manifold is located, at the hose ends. The hose ends are taken aboard by means of the ship’s hoisting gear and connected to the ship’s manifold through which the petroleum products are discharged by air compressors on board. The ship must use both bow anchors and secure its stern with two or three lines to each of the three stern mooring buoys— one directly astern, and one off each quarter — with the assistance of a launch standing by to carry the lines out to the buoys.

The S.S. Gasbras Sul originally had been built as a dry-cargo ship, but was converted to a propane carrier, 2,490 gross tons, with an overall length of 325 feet, a beam of forty-seven feet and a summer draft of twenty feet eight inches. In converting the ship, propane gas tanks were installed in the vessel’s forward and after decks extending about twelve feet above the deck. The S.S. Gasbras Sul had been chartered to the Tropical Gas Company, the consignee of the cargo of liquified propane carried by the vessel.

At 5:20 P.M., on September 15, 1955, the S.S. Gasbras Sul arrived at the pier at San Jose, under the command of Captain Odd Dahle, but in view of the late hour and the risks attendant upon moor[214]*214ing in the dark,2 the captain decided to wait until the following day to proceed to the sea terminal, which is about one and one-half to two miles farther along the coast and lies unsheltered in the open roadstead. This was the fourth trip Captain Dahle had made to the sea terminal on the S.S. Gasbras Sul.3

At about 6:00 A.M. on the following morning, the vessel was boarded by Mr. Hermogenes Moreno, libelant’s terminal superintendent at San Jose, and Mr. Arturo Bianchi Arguello, merchant manager for Tropical Gas, both of whom remained on board continuously until 10:00 A.M. the following day.4 At this time, there were rain squalls and unusually heavy swells, but there was little wind or current,5 and Captain Dahle proceeded to the unloading installation.

The S.S. Gasbras Sul was moored in accordance with the procedure outlined above, with two ropes to the buoy directly astern, three ropes to the starboard stern quarter buoy, and two ropes to the port stern quarter buoy.6 While the vessel was mooring up, the weather was “worsening a little”; 7 the rain had become heavier, and the wind was blowing up.8 Captain Dahle therefore delayed operations for about an hour until the weather improved.9 The hoses from the four inch lines were then connected to the ship’s manifold, and discharge of cargo was commenced at 12:05 P.M.,10 at which time there was a gentle to moderate breeze from the east (seven to sixteen knots on the Beaufort Scale), the temperature was seventy-two degrees, the barometer 750 and it was raining.11

During the day, while the ship was discharging its cargo, the weather grew progressively worse;12 the rain continued, the wind was blowing up intermittently and the swells were becoming increasingly heavy.13 By 5:00 P.M., the captain realized that if he continued discharging, darkness would fall before the ship was ready to leave the sea terminal.14 He testified that he had been concerned all day about the weather conditions,15 and that he had considered the possibility of unmooring before darkness fell and returning the next day to complete discharging.16 However, Moreno and Arguello, had told him that the weather conditions were usual for that time of the year, and that it might continue like that for a week.17 The captain apparently thought that the weather would hold up sufficiently, and he decided to finish unloading with the expectation that he would still be able to leave the sea terminal that night with the assistance of a launch that was standing by to unhook the ship’s lines from the mooring buoys.18

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Related

Esso Standard Oil v. Gasbras Sul
387 F.2d 573 (Second Circuit, 1968)
Esso Standard Oil S. A. v. S. S. Gasbras Sul
387 F.2d 573 (Second Circuit, 1967)

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Bluebook (online)
239 F. Supp. 212, 1964 U.S. Dist. LEXIS 7903, Counsel Stack Legal Research, https://law.counselstack.com/opinion/esso-standard-oil-sa-v-ss-gasbras-sul-nysd-1964.