Federal Trade Commission v. Tronox Limited

CourtDistrict Court, District of Columbia
DecidedSeptember 12, 2018
DocketCivil Action No. 2018-1622
StatusPublished

This text of Federal Trade Commission v. Tronox Limited (Federal Trade Commission v. Tronox Limited) is published on Counsel Stack Legal Research, covering District Court, District of Columbia primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Federal Trade Commission v. Tronox Limited, (D.D.C. 2018).

Opinion

UNITED STATES DISTRICT COURT FOR THE DISTRICT OF COLUMBIA

FEDERAL TRADE COMMISSION,

Plaintiff,

v. Case No. 1:18-cv-01622 (TNM)

TRONOX LIMITED et al.,

Defendants.

MEMORANDUM OPINION*

Last year, two of the world’s largest titanium dioxide (“TiO2”) producers announced

their intent to merge. Tronox Limited agreed to acquire the National Titanium Dioxide

Company’s TiO2 business, known as “Cristal,” for $1.67 billion in cash and a 24% equity stake

in the combined firm. Believing that the acquisition would likely violate federal antitrust laws,

the Federal Trade Commission issued an administrative complaint challenging the deal.

TiO2 is a pigment used to add whiteness, brightness, and opacity to products like paints,

plastics, and paper. It is manufactured by subjecting raw titanium ores to either a chloride or a

sulfate production process. Chloride-process TiO2 comprises nearly all the pigment sold in the

United States and Canada. The FTC believes that the Tronox-Cristal merger will significantly

reduce competition for chloride TiO2 in these two countries, a combined market referred to

herein and by the parties as “North America.”

Following discovery and briefing by the parties, the FTC’s Administrative Law Judge

(“ALJ”) held a month-long trial to determine the legality of the proposed transaction. The trial

recently concluded, and the ALJ will soon issue an initial decision. That ruling is reviewable by

* The Memorandum Opinion was issued under seal on September 5, 2018. This version contains redactions of confidential and competitively sensitive information. The Court has also made minor modifications, citing to publicly available, rather than confidential, information where appropriate. the FTC’s Commissioners, and a federal appeals court may in turn review the agency’s final

decision.

The transaction has now received conditional or final approval from the FTC’s

counterparts in the European Union, China, Saudi Arabia, and elsewhere. The Commission

therefore seeks a preliminary injunction under Section 13(b) of the Federal Trade Commission

Act to prevent Tronox and Cristal from consummating the merger until the agency’s review

process and any later judicial proceedings have concluded.

The Court finds that the FTC has met its burden under Section 13(b). It has shown a

likelihood that the proposed transaction will substantially lessen competition for chloride-process

TiO2 in North America, and it has shown that issuing a preliminary injunction is in the public

interest. The Court will therefore grant the Commission’s motion for preliminary injunctive

relief.

I. BACKGROUND

A. The Titanium Dioxide Industry

Titanium dioxide is commercially available in two crystalline structures: anatase and

rutile. Anatase is used in textiles, cosmetics, pharmaceuticals, and food, while rutile is typically

used in architectural and industrial paints and plastics. PX5000-013. 1 Cristal estimates that

roughly 60% of all titanium dioxide produced worldwide is used in paints and coatings, while the

rest is used in plastics, paper, and various other applications. Id. at 018. Rutile is thus the

predominant form of TiO2; anatase accounts for only 10% of global production. Id. at 013.

The sulfate production process can create either anatase or rutile TiO2. PX5000-016. It

1 The FTC’s exhibits are identified by a “PX” followed by the exhibit number and a page number. The Defendants’ exhibits use “RX” followed by the exhibit and page numbers.

2 involves dissolving naturally occurring titanium ores (the “feedstock”) into sulfuric acid to

separate the titanium from other impurities in the ore. Id. The sulfate process relies on simpler

technology than the chloride process, requires less skilled labor, and, because it produces TiO2

in batches, does not require an uninterrupted power supply. Id. Roughly half of all TiO2 made

globally is produced using the sulfate process. PX5000-017. China accounts for the largest

single-nation share of sulfate-process TiO2, producing 1.67 million metric tons in 2016. Id.

The chloride production process can only create rutile TiO2, and it involves using

chlorine gas to produce titanium tetrachloride, which is then oxidized to produce TiO2. PX5000-

015. The chloride process is continuous, so it requires an uninterrupted power supply. PX3011-

013. Compared to sulfate, chloride tends to produce a higher grade TiO2 pigment, features

lower conversion and labor costs, and results in less waste. Id. The process requires a highly

skilled labor force, and its “superior technology” is “closely guarded by Western producers.”

PX3011-019. In 2016, 99% of the TiO2 produced in the United States and Canada was made

using the chloride process. PX5000-016. By contrast, in Europe, only 39% of all TiO2

manufactured was produced using chloride. Id.

Customers and suppliers generally agree that there are noticeable differences between

chloride- and sulfate-process TiO2. A 2015 Tronox presentation notes, for example, that the

chloride pigment is “bluer in tone than sulfate pigment,” which has a “more yellow tone of

white.” PX1322-003. Dr. Paul Malichky, the Director of Raw Material Sourcing at PPG, a

major multinational paints and coatings company, explained that while “both would appear white

if you physically looked at them,” in a final product (like a can of white paint) with “two colors,

one with a chloride and one with a sulfate, the color would be different.” Hr’g Tr. 100:6-13. See

also PX7020-013 (George Young, a senior executive at Sherwin-Williams, another major paint

3 company, stating that “sulfate grade is not as bright a white as a chloride. It doesn’t deliver the

same physical performance as a chloride.”).

Chloride TiO2 can also be more durable than its sulfate counterpart. Sulfate has

“impurities that come as part of the process; most specifically, iron . . . [which] decreases the

durability.” Hr’g Tr. 100:14-19. Chloride-process TiO2 products feature “better durability,

scrubability, and various other performance characteristics.” Hr’g Tr. 169:19. And, because of

“the [consumer] preference for whiteness and durability, sulfate grades are not widely preferred

for applications that have prolonged outdoor exposure.” PX8005-002.

Titanium dioxide is generally sold to customers in two formulations: “dry” and “slurry.”

PX5000-017. Dry TiO2 is sold in a powdered form typically packaged in bags; slurry TiO2 is

dry titanium dioxide combined with an aqueous solution. Id. While most TiO2 sold globally is

dry, large North American paint companies prefer slurry. PX0001-030.

B. The Competitive Landscape

The titanium dioxide market has been described as an “oligopoly,” as TiO2 is a

“commodity-like product with no substitutes, the market is dominated by a handful of firms, and

there are substantial barriers to entry.” Valspar Corp. v. E.I. Du Pont De Nemours and Co., 873

F.3d 185, 190 (3d Cir. 2017). Jeffry Quinn, the CEO of Tronox, explained that there are “dozens

and dozens of competitors worldwide, but there are really six companies that often are referred to

as sort of the global TiO2 producers or the global companies.” Hr’g Tr. 585:9-11. These firms

are Chemours, Tronox, Cristal, Kronos, Venator, and Lomon Billions. Id. at 585:13-586:2.

Of the six, the first five dominate the production of chloride TiO2. PX1532-051.

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