Fed. Trade Comm'n v. Wilh. Wilhelmsen Holding Asa

341 F. Supp. 3d 27
CourtCourt of Appeals for the D.C. Circuit
DecidedOctober 1, 2018
DocketCivil Action No. 18-cv-00414-TSC
StatusPublished
Cited by5 cases

This text of 341 F. Supp. 3d 27 (Fed. Trade Comm'n v. Wilh. Wilhelmsen Holding Asa) is published on Counsel Stack Legal Research, covering Court of Appeals for the D.C. Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Fed. Trade Comm'n v. Wilh. Wilhelmsen Holding Asa, 341 F. Supp. 3d 27 (D.C. Cir. 2018).

Opinion

Tanya S. Chutkan, District Judge

The Federal Trade Commission ("FTC") has moved for a preliminary injunction to block a proposed merger between defendants Wilhelmsen Maritime Services AS ("WMS"), Wilhelmsen Ship Services ("WSS") (collectively "Wilhelmsen"), and The Resolute Fund II, L.P., Drew Marine Intermediate II B.V., and Drew Marine Group, Inc. (collectively "Drew"), two large providers of marine water treatment chemicals and related services. The FTC objects to the merger on the grounds that Defendants are each other's closest and only realistic competition for supplying these chemicals and services on a global scale, and the merger threatens to reduce or eliminate tangible consumer benefits resulting from market competition. Having considered the evidence presented through live testimony, as well as extensive pleadings, exhibits, and other submissions, the court hereby GRANTS the motion for preliminary injunction.

I. BACKGROUND

This case is about the likely impact of a proposed merger in the international maritime industry-an industry on which much of the global economy, including intercontinental trade, large-scale transport of raw materials, and the import/export of foodstuffs and manufactured goods, depends. See PX90033 at 001; PX90034 at 001 (noting that "[i]nternational shipping transports more than 80 percent of global trade *40to peoples and communities all over the world," and that "[s]hipping is the most efficient and cost-effective method of international transportation for most goods"). By at least one estimate, the worldwide shipping industry includes 50,000 merchant ships registered in over 150 nations. PX90033 at 001. The following map, originally sourced from the National Center for Ecological Analysis and Synthesis, depicts common global shipping routes and underscores the breadth and density of maritime industry activities:

PX10126 at 023. While international merchant ships includes many types of vessels, all of them-and especially large ones-require regular maintenance to ensure continuous performance at operational levels. Companies like Wilhelmsen and Drew provide an array of products and services designed to ensure the continued operational performance of all types of maritime vessels. See PX10126 at 008-009 (noting that "VPP [vessel performance products] applications are necessary to maintain financial and operational efficiency of vessels," and that such products "are required by all commercial shipping vessel classes," which include container ships, bulk ships, cruise ships, military ships, tankers, cargo ships, and even offshore oil and gas rigs). Defendants sell maritime customers several categories of products, including cleaning chemicals, fuel treatment chemicals, welding gases, refrigerants, and, critically, water treatment chemicals. Am. Compl. ¶ 29; Ans. ¶ 29. The products at issue in this case are consumable water treatment products and related services, a category that includes products and services for the chemical treatment of boiler water, cooling water, water production, waste water, ballast water, and potable water. DX-1161 at 0019.

Marine vessels use water resources for a number of applications, including drinking, showering, cleaning, pools, spas, and-critically-for boiler and cooling systems. JX-0149 at 003. Depending on the type of ship, a boiler is necessary either as a constituent part of the main propulsion system or as part of an auxiliary system on which the propulsion system relies. PX90030 at 001. In auxiliary systems, the boiler primarily serves to generate steam to support ship functions in vessels running on marine diesel engines or diesel electric propulsion. PX90030 at 001. Examples include preventing Heavy Fuel Oil ("HFO")-a highly viscous substance-from falling below the temperature at which it is useable, heating HFO to ensure fluidity immediately before use in the engine, and for use in purifiers, *41booster modules, and other applications. PX90030 at 002-005. Cooling water systems reduce excess heat produced by the working machinery of a vessel's engine. PX90032 at 001. Essentially, cooling water systems circulate water through the engine to remove heat and reduce the likelihood of engine failure. Fry Hrg. Tr. at 943: 17-24 ("If you don't maintain the cooling water side, then you're relying on the oil side of the house to take up and remove that heat from the engine. And what happens is, if you don't cool the cylinders down, the oil starts breaking down. When the oil starts breaking down, then you get metal-to-metal contact inside the piston and the rings, and then you have an engine failure, and usually ... under those circumstances you have a crank case explosion as well.").

Marine water treatment chemicals "are all the chemicals associated with the maritime operation of ships"-including boiler chemistry, diesel chemistry, central cooling water, and evaporators. Fry Hrg. Tr. at 936: 11-12. After measuring the pH, conductivity, temperature, and oxidation-reduction potential of the water with specialized testing equipment, ship engineers inject these chemicals into the boiler and engine cooling systems through specialized dosing equipment optimized for high-pressure/low-volume or low-pressure/high-volume applications. Fry Hrg. Tr. at 945: 10-12; JX-0135 at 005; PX90014 at 003-004. Once injected, water treatment chemicals ensure the performance and reliability of marine boiler and engine cooling systems by: (1) removing excess oxygen from the systems, (2) allowing fine-tuned control of boiler water, cooling water, and feedwater pH; and (3) preventing the leaching and circulation of harmful metals. See Fry Hrg. Tr. at 937: 1-21; see also JX-0135 at 002. In each of these applications, the chemicals operate to reduce or eliminate the incidence of scale, corrosion, and oxygen formation within boiler, feedwater, and engine cooling systems, as well as the risk of engine overheating with respect to cooling systems specifically. Fry Hrg. Tr. at 937: 1-6; JX-0135 at 003; Fry Hrg. Tr. at 943: 12-14 ("Q. And why do vessels use engine cooling water chemicals? A. To control the amount of corrosion and erosion within the cooling channels of the engine itself.").

Although marine water treatment chemicals "only account for a small fraction of the cost of managing a ship," PX80014 ¶ 3, failure to treat the water resources in boiler and engine cooling systems comes with significant consequences, including breakdown or catastrophic failure. See, e.g. , Thompson Hrg. Tr. at 259: 18-24 ("Q. What happens if a boiler develops corrosion? A. [I]t could potentially damage the boiler. It may require significant servicing or even replacement"); JX-0135 at 002 ("Deviating from recommended pH and phosphate control limits can lead to caustic corrosion and result in catastrophic failure of the boiler system."); Fry Hrg. Tr. at 942: 24-25-943:4, 17-24 (describing how failure to treat high pressure boiler water could cause a ruptured pipe and boiler explosion, and how failure to treat cooling water could cause engine failure or explosion). System failure requires costly repairs and unscheduled downtime that translates to lost business and profits for shipping companies. JX-0149 at 003 ("Water treatment is as much about asset protection as it is about maintaining efficiency. The consequences of not using the right treatments can be costly, resulting in unscheduled downtime, or in the worst cases catastrophic, leading to total breakdown of equipment"); PX90014 at 003; Thompson Hrg. Tr.

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Bluebook (online)
341 F. Supp. 3d 27, Counsel Stack Legal Research, https://law.counselstack.com/opinion/fed-trade-commn-v-wilh-wilhelmsen-holding-asa-cadc-2018.