Mitsubishi Gas Chemical Company(4182.T)
Japanese chemical maker; leading Asian producer of hydrogen peroxide (incl. high-purity semiconductor grade) and specialty chemicals.
chemical · input
Final bleaching stage brightener in ECF sequences; sole bleaching agent in TCF tissue. Evonik and Solvay control >30% of global H2O2 market. Used in smaller volumes than NaClO3; broader supplier base reduces concentration risk.
5
Source countries
5
Companies
1
Goods affected
0
Claims on record
What depends on it
1 essential American goods rely on hydrogen peroxide (h2o2) for bleaching somewhere upstream in their supply chain.
Where it comes from
Share of global supply, by country.
| Country | Share of supply |
|---|---|
| CACanada | 75% |
| JPJapan | 11% |
| TWTaiwan | 7% |
| MXMexico | 2% |
| DEGermany (Federal Republic of Germany) | 1% |
Who makes it
5 companies produce hydrogen peroxide (h2o2) for bleaching.
Japanese chemical maker; leading Asian producer of hydrogen peroxide (incl. high-purity semiconductor grade) and specialty chemicals.
Arkema S.A. (Colombes, France; Euronext: AKE; ~€11B revenue 2023; specialty chemicals and advanced materials) is the world's largest producer of tert-butyl mercaptan (TBM), the primary natural gas odorant compound used across North America and much of Europe. Arkema's Lacq, France facility — located in the historic Lacq natural gas field in the French Pyrenees — is the dominant global TBM production site. Arkema also produces ethyl mercaptan (EM) and other thiol compounds. TBM production at Lacq leverages proximity to historic sulfur byproducts from the local natural gas field; Lacq was France's primary natural gas production region from the 1950s through the 1990s. Arkema also supplies mercaptans for industrial chemical synthesis (pharmaceuticals, rubber additives, lubricant additives) through its Thiochemicals business line. Arkema's broader portfolio includes high-performance polymers (PEBA, PVDF), adhesives (Bostik), and coating solutions (Coatex).
Evonik Industries AG (XETRA: EVK; Essen Germany; MDAX listed); world's largest DL-methionine producer under the MetAMINO brand. Total DL-methionine capacity exceeds 700,000 MT/year across three continental hubs: Jurong Island Singapore (~340,000 MT/year — world's largest single methionine complex, expanded +40k MT August 2024), Theodore Mobile County Alabama USA (~245,000 MT/year), and Antwerp Belgium (~120,000 MT/year). The Wesseling Germany DL-Met line closed Q1 2021 as Evonik consolidated production to the three-hub network. Evonik first commercialized DL-methionine synthesis in the 1950s under predecessor Degussa. MetAMINO is Evonik's largest single product. ~30-32% global market share. In February 2022 Evonik announced a $176.5M investment in a new methyl mercaptan (MMP intermediate feedstock) plant at the Alabama site.
Largest global sodium chlorate (NaClO3) supplier; also provides ECF ClO2 bleaching technology (Eka brand) to pulp mills; 13 production sites across North America, Scandinavia, and other regions; critical chemical supply chain node for tissue pulp bleaching.
Belgian specialty chemical company (Euronext: SOLB, HQ Brussels; ~€4.9B revenue after 2023 split); major global HF (hydrogen fluoride) producer and the world's largest producer of fluorine-based specialty chemicals. Solvay's HF is produced at multiple European sites (Dombasle-sur-Meurthe, France; Rosignano, Italy) via reaction of fluorspar (CaF2) with sulfuric acid. HF is the gateway chemical for Solvay's entire fluorine chemistry chain: HF → fluoropolymers (PTFE, PVDF), refrigerants (HFCs/HFOs), specialty fluorinated gases (NF3 precursor), and electronic-grade HF for semiconductors. Solvay split into two companies in December 2023 — the new 'Solvay' retained the specialty chemicals (including HF and fluorine) while 'Syensqo' retained the advanced materials — so the HF supply chain is now within the post-split Solvay entity. Solvay was founded in 1863 by Ernest Solvay, inventor of the Solvay process for soda ash (sodium carbonate) production — the same Belgian industrial dynasty that revolutionized 19th-century chemical manufacturing now controls a critical node in 21st-century semiconductor supply chains.