Processing Expansion for Bromine in Jordan
Jordan Bromine Co. Ltd. completed a $50 million expansion project, increasing its bromine production capacity to 150,000 t from 100,000 t in 2018.
Bromine trade
Bromine is a naturally occurring element extracted from brine pools and seawater. Its primary uses are in agricultural chemicals, dyestuffs, insecticides, pharmaceuticals, and chemical intermediates. Sodium bromide and potassium bromide, compounds formed by reacting bromine with sodium and potassium respectively, are used as sedatives and anticonvulsants in medicine, and in photographic and photochemical processes. These minerals can be traded in various forms, including pure elements, compounds, and solutions, and...
Bromine is a naturally occurring element extracted from brine pools and seawater. Its primary uses are in agricultural chemicals, dyestuffs, insecticides, pharmaceuticals, and chemical intermediates.
Sodium bromide and potassium bromide, compounds formed by reacting bromine with sodium and potassium respectively, are used as sedatives and anticonvulsants in medicine, and in photographic and photochemical processes. These minerals can be traded in various forms, including pure elements, compounds, and solutions, and can be transported as liquids, solids, or gases.
Bromine and its compounds are listed under the World Bank's trade database (WITS) HS code 2804, which covers bromides dissolved in water or aqueous solutions. This falls under the broader category of "Inorganic chemicals; organic or inorganic compounds of halogens, halogenates" (HS code 28), making it a significant trade commodity in the chemical industry.
Country-level reported imports and exports by year.
Net export flows between reporting partners filtered by global trade share.
Bilateral trade structure for the selected year.
Market intelligence
Jordan Bromine Co. Ltd. completed a $50 million expansion project, increasing its bromine production capacity to 150,000 t from 100,000 t in 2018.
The International Trade Administration determined in November 2019 that magnesium from Israel was sold in the United States at less than fair value, leading to reduced magnesium—and consequently bromine—production by Israel Chemicals Ltd.
The International Trade Administration concluded an investigation (Oct 1 2017‑Sep 30 2018) into magnesium from Israel being sold at less than fair value, affecting downstream bromine production.
The Chinese government shut down many chemical production facilities, including bromine plants, to comply with new safety and environmental regulations.
Gulf Resources, Inc. received a local government notice that three of its bromine facilities would not be allowed to resume production, resulting in permanent closures.
The U.S. EPA ceased approving critical‑use exemptions for methyl bromide, reinforcing the Montreal Protocol ban and limiting its commercial use.
Mexico is exempt from the global methyl bromide phase‑out until 2015, allowing continued use of methyl bromide‑treated crops.
ICL postponed layoffs of 144 employees, indicating workforce adjustments amid regulatory uncertainty.
ICL froze a $1 billion investment program in response to the surtax, delaying planned capital projects.
Israel's Sheshinski II Committee recommended a progressive surtax on natural resource profits, potentially limiting bromine sector investment.
Albemarle and ICL joint venture opened a 10,000‑t/yr bromine processing plant in Israel, expanding production capacity.
EPA released final report recommending alternatives to HBCD, influencing bromine use in flame retardants.
Chemtura filed a lawsuit against California’s smolder‑only test rule, aiming to protect bromine‑based flame retardant market share.
Closure of many small, unlicensed bromine operations in Shandong Province, China, reducing local production capacity.
California amended fire safety standards in January 2014, prompting legal challenge from Chemtura and affecting bromine-based flame retardant market.
The EPA issued a 2013 critical‑use exemption for methyl bromide, extending its allowed use and supporting continued bromine consumption.
The Stockholm Convention voted to ban hexabromocyclododecane (HBCD), a brominated flame retardant, which could reduce demand for bromine in that product category.
Jordan Bromine Co. completed the first phase of its expansion project, doubling the plant’s bromine production capacity, thereby increasing local supply potential.
The EPA granted a critical‑use exemption for methyl bromide, allowing its continued use in certain agricultural applications and sustaining demand for bromine.
The U.S. EPA proposed the first national standard for mercury pollution from power plants, creating a new market demand for bromine as a mercury‑removal agent.
EPA issued regulations to reduce mercury emissions at power plants by 91%, increasing demand for bromine in mercury abatement.
The U.S. imposed a 5.5% ad valorem tariff on imported bromine in December 2010.
The U.S. imposed a 5.4% ad valorem tariff on imported ethylene dibromide in December 2010.
The U.S. imposed a 5.5% ad valorem tariff on imported tetrabromobisphenol A in December 2010.
No events match the selected year.