In re Oskar Tiedemann & Co.

289 F.2d 237, 1961 WL 21920
CourtCourt of Appeals for the Third Circuit
DecidedApril 10, 1961
DocketNos. 13258, 13259
StatusPublished
Cited by1 cases

This text of 289 F.2d 237 (In re Oskar Tiedemann & Co.) is published on Counsel Stack Legal Research, covering Court of Appeals for the Third Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
In re Oskar Tiedemann & Co., 289 F.2d 237, 1961 WL 21920 (3d Cir. 1961).

Opinion

GOODRICH, Circuit Judge.

These appeals, heard together, arise from interlocutory decrees (28 U.S.C. § 1292(a) (3)) of the United States District Court for the District of Delaware. That Court refused both exoneration and limitation of liability to the United States and Mathiasen’s Tanker Industries, Inc. and denied exoneration but granted limitation of liability to Tiedemann and Co.1 The opinion fully and carefully discusses the Court’s reason for both conclusions. 1959, 179 F.Supp. 227.

The litigation arises from a collision between the ship USNS Mission San Francisco (hereafter called “Mission”) and the SS Elna II (“Elna”). Mission was a navy tanker operated by Mathiasen’s Tanker Industries, Inc. The Elna is an old cargo ship operated under the Liberian flag, owned by Oskar Tiedemann and Company. The collision occurred about 12:20 in the morning of March 7, 1957. The Mission was proceeding up Delaware Bay. She had discharged a cargo of jet fuel (grade JP-4) at Newark, New Jersey, the day before and was returning to Paulsboro, New Jersey, to take on a new cargo. Elna was southbound. She had discharged a cargo of pulp wood at Wilmington and was proceeding to Baltimore.

Too full a description of the vicinity of the collision will not help in understanding the legal questions here involved. But a short summary will be useful. The general area is called “Goose Point” on the New Jersey side. A northbound vessel leaves New Castle Range by making a 34° turn to starboard on what is called [239]*239the Bulkhead Bar Range. This is a short range about 1200 yards in length. It, in turn, leads into Deepwater Point Range. The vessel must make another 34° right turn into Deepwater Point Range. Some vessels navigate the bend in two distinct turns; others make one sweeping turn especially at floodtide.

Mission was proceeding northbound at floodtide and, with the help of the tide, going about 22 land miles an hour. The vessels were visible to each other some 15 or 20 minutes before the accident and Elna saw Mission’s mast lights across Goose Point when the vessels were perhaps four miles apart.

As the District Court said [179 F. Supp. 231], “there was something terribly wrong on the bridge of the Mission that night.” Further down the river Mission had crowded another tanker called Gulflube almost out of its channel. As she proceeded in the direction of Elna she kept up her speed, stayed either in the middle or slightly to the New Jersey side of the river and failed to acknowledge both the signal from her own lookout at the bow and the port-to-port signal blown by Elna. After a short interval Elna blew a second signal blast. By this time the catastrophe was inescapable. Elna reversed her engines. Whether this procedure had become effective or not is not of the greatest importance for it was too late to avert the collision. Immediately after the ships struck the tanks on Mission exploded. The bridge and the midship housing collapsed into the hull the sides of which were blown out by the force of the explosion. The pilot and the navigating officers of Mission were killed. Mission’s own speed kept her going in the neighborhood of some 460 yards beyond the point of explosion when she sank.

We need not spend much time discussing the fault of Mission in causing the collision. She violated Article 25 of the Inland Rules (33 U.S.C.A. § 210) directing that in a narrow channel steam vessels are to keep to that side of the fairway or mid channel which lies- on their starboard side. ' She also violated Article 18, Rule. 1, 33 U.S.C.A. § .203, in failing to acknowledge the one blast signal of Elna. These two statutory violations and her faulty navigation in general were clearly causal. The district court properly denied exoneration to the United States and Mathiasen.

The chief subject of controversy when the case was presented to this Court had to do with the negligence or lack of negligence on the part of the Mission for the condition of the empty tanks. The district court concluded that there was negligence in this regard and that the United States and Mathiasen had privity and knowledge of the negligence. This defeated their petition for limitation of liability.

When jet fuel is pumped out of the tanks upon unloading of the cargo, vapor is generated by the fuel which remains at the bottom of the tanks and on the sides. This vapor mixed with air is dangerously explosive. While the Government’s argument objects to the trial court’s characterization that Mission was “as dangerous as a ship laden with explosives” we need not discuss whether the analogy is perfect or not. There was plenty of testimony showing the relations of air and vapor which made the mixture dangerous or nondangerous according to the proportions of each and that the mixture was a dangerous one in this case is certainly shown by what happened.

The core of the controversy is whether adequate precautions were taken. What the Mission did was to close the tanks. This, it was vigorously argued, was the safest way to handle the matter and the way, it was testified, the industry does. The theory is that this prevented outside sources of ignition from reaching the explosive vapors. So, all that was done on this short voyage by the Mission was to close the tanks and nothing else.

There are at least two ways of treating the tanks to lessen the danger of explosion. One is the flue gas system. Following this system the tanks are filled with an inert gas which is secured by [240]*240scrubbing the gas from the ship’s funnels and injecting it into the tank. This inert gas keeps the oxygen out and thus prevents the likelihood of explosion. Argument was made that this system would be ineffective if the sides of the ship were broken in a collision. However, there was expert testimony that the introduction of oxygen in this manner would not occur at such a rapid rate as to cause a dangerous vapor mixture instantaneously or even in a short time. This, it was shown, is an accepted method and is used by one line on every tanker.

Another method is what is called the process of “Butterworthing.” A Butterworth machine pumps water heated to 180° into the tank. This loosens the sludge, rust and dirt. When the tanks are cooled, the water is pumped out. The tanks are left open and the vapor 2 blown out, either mechanically or by the use of windsails. Then the loose sludge is put into buckets, pulled up and disposed of. The Government’s argument and some of the testimony is inclined to pooh-pooh the efficacy of the Butterworthing process. The Mission, however, did have some Butterworth machines, but they were not used on short voyages because of the time involved.3 Also, the trial court found that half of them were out of commission. While the Mission had been Butterworthed on an earlier voyage the machines were not used in this instance.4

There was expert testimony on both sides.5 The trial court concluded that there was negligence [179 F.Supp. 239] “in which the owners and operators concurred in not having the available equipment * * * in order to gas free the Mission before permitting her to steam * * * through relatively crowded, narrow channels.” Our standard for review of the district court has been clearly set forth in McAllister v. United States, 1954, 348 U.S. 19, 75 S.Ct. 6, 99 L.Ed. 20.

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289 F.2d 237, 1961 WL 21920, Counsel Stack Legal Research, https://law.counselstack.com/opinion/in-re-oskar-tiedemann-co-ca3-1961.