Woodward v. Logistec Ltd.

164 F. Supp. 2d 941, 2001 U.S. Dist. LEXIS 15215, 2001 WL 1136053
CourtDistrict Court, N.D. Ohio
DecidedAugust 28, 2001
Docket3:00CV7473
StatusPublished

This text of 164 F. Supp. 2d 941 (Woodward v. Logistec Ltd.) is published on Counsel Stack Legal Research, covering District Court, N.D. Ohio primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Woodward v. Logistec Ltd., 164 F. Supp. 2d 941, 2001 U.S. Dist. LEXIS 15215, 2001 WL 1136053 (N.D. Ohio 2001).

Opinion

ORDER

CARR, District Judge.

This is a maritime case arising from an August, 1997, injury to the plaintiff caused when aluminum ingots stacked in the forward portion of Hold No. 3 of the M/V Melissa Desgagnes fell as the vessel’s cargo was being unloaded at Toledo, Ohio. As a result of the accident, the plaintiffs right leg was amputated and he suffered other injuries. He has not returned to work.

Pending are motions by the loading ste-vedoring company, Logistec, Ltd. (Logis-tec) and the vessel’s owner, Transport Desgagnes, Inc. (Desgagnes), for summary *944 judgment. For the reasons that follow, the motions shall be granted.

Factual Background

The Melissa Desgagnes is a bulk cargo carrier 355 feet long, with a beam width of forty-eight feet, three inches, with four cargo holds and two shipboard cranes for loading and unloading. Prior to the accident, she had transported cast aluminum to Toledo from Sept-Isles, Quebec, on approximately eight occasions without incident.

On July 28, 1997, Logistecs began the loading for the trip that culminated in plaintiffs injury. The aluminum to be loaded consisted of “sows” and bundles. Each sow was a single solid casting, roughly pillow-shaped, weighing about 1,400 pounds. Each bundle was made up of forty-four ingots (each ingot looking roughly like the concrete forms used in parking lots as bumpers), with the bundle weighing about 2,200 pounds. The ingots in the bundles were nested and stacked and strapped together. Longitudinal channels in the bottom of the bundles fit the forks of a forklift to allow ease of handling during loading and unloading.

The length and width of the hatch over each hold are smaller than the length and width of the hold itself. Thus, a portion of the cargo cannot be stowed directly by the cranes loading the cargo into the hold. During the initial phase of loading, forklifts move and stow cargo in the fore, aft, and shipside portions of the hold that are under the deck.

If the “tanktop” (the bottom deck) of the hold is uneven, dunnage is placed where necessary to make the deck even. Unevenness occurs most frequently in the area of the tanktop beneath the cargo hatch where cargo initially is deposited during loading. According to the affidavit of Terry Spriggs, a vessel superintendent for Logistec, the tanktop of the Melissa Desgagnes was not uneven in the foresection of hold.

According to Sprigg’s affidavit, dun-nage — in this instance, hardwood boards one inch thick, six inches wide, and several feet long — would also be placed in the foresection of the hold to secure the load from tipping when the stem (as normally is the case, due to the location aft of the vessel of her house, bridge, and engine room) is lower in the water than the bow.

Loading of Hold No. 3 started with stowing of sows under the main deck overhang closest to the hold’s aft bulkhead. Stowage occurred in tiers running the width of the hold from port to starboard. Forward of the stowed sows, but still under the aft segment of the main deck overhang, forklifts next stowed ingot bundles, working inward from the ship’s sides toward the middle. A total of four tiers of ingot bundles was stowed, one tier at a time, across the vessel’s width.

While the aft area under the overhang was being loaded with ingot bundles, the area under the overhang in the fore portion of the hold was being loaded. As in the aft area, the bundles were placed across the width of the ship, working from the ship’s sides toward the middle, one tier at a time, until four tiers were loaded. As noted, dunnage was place to cant the ingots in the forward section toward the fore bulkhead to ensure lateral stability. Because the overhang over the forward portion of the hold was smaller than the portion under the overhang in the aft area, only four rows of bundles were loaded in the forward area beneath the overhang.

Next the “wings” — the starboard and port areas of the hold under the overhang — were loaded. Dunnage was placed as needed, and four tiers of bundles were placed laterally along the ship’s sides.

*945 Once the entire area under the overhang was stowed with cargo, the cranes lowered “drafts” of bundles, plus some sows, into the area beneath the open hatchway. This “drop stow,” acting like a keystone in an arch, secured the stowed cargo.

The manner and sequence of stowage were customary to prior loadings of the Melissa Desganges and other vessels loaded by Logistec. Stowage of ingot bundles had gone as high as eight tiers, depending on the size of the vessel, though four tiers was standard with the Melissa Desganges.

The vessel departed Sept-Isles on July 25, 1997. After an uneventful passage, she docked at Toledo on July 30, 1997. Stevedores and longshoremen from Toledo World Industries began unloading the aluminum on July 31, 1997. Unloading continued on Friday, August 1, 1997, but was interrupted for the weekend. On Monday, August 4, 1997, the date of the accident, unloading resumed.

Although there is always some danger when discharging cargo, the risk of accident and injury can be minimized by unloading the cargo in reverse order — i.e., by first removing the drop stow, and then removing the remaining cargo tier by tier. In addition, when moving the bundles, the forklift operator should insert the forks into the channels left for that purpose in the bundles when the ingots are strapped together.

This procedure was not used to unload the Melissa Desganges. Nor had it been used when the vessel had delivered aluminum to Toledo in the past. Instead, stacked bundles were removed from the top down, instead of being removed horizontally tier by tier. In addition, the forks were not inserted into the longitudinal channels, but were slid under the sides of the bundles.

The vessel’s crew had on prior occasions expressed concerns during offloading in Toledo about the dangers of unloading stack by stack, rather than tier by tier. During the unloading leading to this case, the Toledo stevedores used the same method that they had used during prior unloadings of the Melissa Desganges.

Plaintiff was injured when the top bundles of one of two stacks remaining in the starboard fore portion of the hold fell on his leg. In his deposition, he acknowledged that he was aware that he could, and should have been standing clear of the area before the bundles fell, and that he was not required to be where he was in order to do his job.

Shortly before the bundles fell, the vessel’s Third Mate, Anne-Marie Asselin, noting a list of an inch or two, was about to. have ballast water taken on to trim the vessel. Before ballasting began, Asselin noticed a commotion around No. 3 hatch, and learned that the accident had occurred.

Plaintiff claims that Logistec breached duties owed to him by loading the cargo in an unsafe manner. According to an affidavit by Harold Chevalier, marine foreman for Toledo World who began working as a longshoreman in 1960, the tanktop was uneven, with pothole like depressions between floor support beams. Chevalier also asserts that the dunnage was not solid, sturdy, or adequate to support the four tiers of ingot bundles under normal unloading procedures. As a result, he states, the bundles fell onto the plaintiff.

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164 F. Supp. 2d 941, 2001 U.S. Dist. LEXIS 15215, 2001 WL 1136053, Counsel Stack Legal Research, https://law.counselstack.com/opinion/woodward-v-logistec-ltd-ohnd-2001.