Bromine Price Trend and Forecast 2026-2027

Key Takeaways

• Global bromine prices rose sharply through 2025 and into Q1 2026, climbing from USD 2.40/KG in Q1 2025 to USD 3.62/KG in Q1 2026, a 50.83% cumulative gain. Declining Chinese domestic production, tighter environmental regulations on Shandong brine operations, rising electronic chemical demand, and Middle Eastern supply concerns all contributed to the most aggressive bromine price rally in several years.
• North East Asian prices led the rally dramatically, with prices surging 88.00% from USD 3.08/KG in Q1 2025 to USD 5.79/KG in Q1 2026. Depletion at Chinese brine resources in Weifang, Rizhao, and other Shandong province operations combined with Ministry of Ecology and Environment permit restrictions pushed Chinese buyers toward imports from Israel, Jordan, and the United States, tightening global balances.
• The Middle Eastern market was the cheapest regional benchmark throughout 2025 but saw the second largest percentage rise at 65.58%, moving from USD 1.54/KG in Q1 2025 to USD 2.55/KG in Q1 2026. Dead Sea water level concerns at ICL Group and Jordan Bromine Company (JBC) operations, combined with brief disruption during the June 2025 Israel-Iran conflict, tightened export availability meaningfully.
• European prices climbed 37.14% from USD 2.45/KG in Q1 2025 to a Q3 peak of USD 3.63/KG, before easing to USD 3.36/KG in Q1 2026 as imports from Israel and the United States normalised. Lanxess's German operations, REACH compliance overhead, and strong downstream demand from automotive and electronics flame retardant applications drove the European upward move.
• North American prices were the most stable regional market, rising only 9.84% from USD 2.54/KG to USD 2.79/KG (with a Q4 peak of USD 2.86/KG). Albemarle Corporation and Lanxess Arkansas operations at the Smackover formation in Magnolia, Arkansas continued to provide reliable domestic supply, insulating United States buyers from the global tightness affecting other regions.
• The bromine market forecast for 2026 leans structurally firm. Declining Chinese domestic supply, Dead Sea reservoir concerns, growing flame retardant demand from electronics and EV battery applications, and persistent environmental regulatory pressure all point to continued price support. North American supply from the Smackover formation should remain the most reliable global anchor.

What Is Bromine and Why Does It Matter?

Bromine is a chemical element with the symbol Br and atomic number 35, and one of only two elements (with mercury) that exists as a liquid at room temperature. It appears as a dense, dark reddish-brown liquid with a sharp odour, and it is extracted almost entirely from brine solutions. The three dominant global sources are the Dead Sea (shared by Israel and Jordan in the Middle East), the Smackover formation brines of southern Arkansas in the United States, and underground brines in Shandong province, China. Smaller operations exist in Japan, Turkmenistan, and India. The US Geological Survey reports global bromine production of approximately 400,000 to 450,000 tonnes per year, with roughly 35% to 40% from the Dead Sea, 25% to 30% from Arkansas, and 20% to 25% from China, with the remainder from smaller global operations (US Geological Survey Mineral Commodity Summaries; ICL Group; Albemarle Corporation).

Bromine matters because it feeds several industrial applications that have grown faster than supply can expand. Approximately 40% of global bromine consumption flows into brominated flame retardants (BFRs), particularly tetrabromobisphenol A (TBBPA) used in printed circuit board (PCB) laminates for electronics, decabromodiphenyl ethane (DBDPE) used in polymers, and various specialty BFRs for automotive, construction, and appliance applications. About 25% goes into clear brine drilling fluids (calcium bromide, zinc bromide) for oil and gas well completions. Roughly 10% is used for water treatment biocides (cooling towers, spa and pool sanitation, industrial water systems). Another 10% flows into pharmaceutical intermediates, dyes, and organic synthesis. Smaller but growing applications include mercury emissions control at coal-fired power plants, energy storage (zinc-bromine flow batteries), photographic chemistry, and specialty agricultural biocides (International Bromine Council BSEF; US Environmental Protection Agency; American Chemistry Council).

The bromine market is unusually concentrated on both the supply and consumption sides. On supply, ICL Group (Israel), Albemarle Corporation (United States), Lanxess AG (United States and Germany), Jordan Bromine Company (JBC, an Albemarle and Arab Potash joint venture), Tosoh Corporation (Japan), and several Chinese producers (Gulf Resources, Shandong Chemphy) account for the vast majority of global output. On demand, China is the largest consumer, followed by the United States, the European Union, and South East Asia. Any credible bromine market forecast has to track Dead Sea reservoir levels, Shandong brine depletion rates, Smackover formation operating performance, and regulatory developments around brominated flame retardants in parallel (US Geological Survey; International Bromine Council; ICL Group; Albemarle Corporation; Lanxess AG).

Which Sectors Are Driving Bromine Demand?

Brominated Flame Retardants for Electronics: The single largest demand channel, absorbing roughly 40% of global bromine. Tetrabromobisphenol A (TBBPA) is the dominant flame retardant used in printed circuit board (PCB) epoxy laminates, the FR-4 grade material that forms the backbone of virtually all electronic devices including smartphones, servers, networking equipment, and industrial electronics. The AI server build-out, 5G and 6G infrastructure expansion, and global data centre capacity additions are directly driving TBBPA demand growth (International Bromine Council BSEF; Semiconductor Industry Association).

Clear Brine Drilling Fluids for Oil and Gas: Approximately 25% of bromine consumption flows into calcium bromide and zinc bromide clear brine fluids used in oil and gas well completions, particularly for high-pressure and high-temperature (HPHT) offshore drilling and workovers in the Gulf of Mexico, North Sea, Middle East, and Southeast Asia. Oil price recovery and drilling activity increases support this segment (International Association of Oil and Gas Producers; Society of Petroleum Engineers).

Flame Retardants for Polymers, Plastics, and Automotive: Around 15% of demand goes into polymer flame retardants (DBDPE for ABS and HIPS in consumer electronics, brominated polystyrenes for engineering thermoplastics, specialty BFRs for automotive applications). EV battery pack flame retardant demand has been a notable growth driver, with regulators and OEMs requiring enhanced thermal safety in high-capacity lithium-ion battery systems (European Commission; US Department of Transportation; ACEA).

Water Treatment and Biocides: Roughly 10% of bromine goes into industrial water treatment, cooling tower biocide formulations (bromine-activated hydantoin, sodium bromide), swimming pool and spa sanitation, and aquaculture treatment. Growing data centre cooling requirements and expanding industrial water treatment needs support this segment consistently (US EPA; World Health Organization).

Pharmaceuticals, Dyes, and Organic Synthesis: Approximately 5% to 8% of bromine consumption goes into pharmaceutical intermediates (sedatives, anti-epileptics, expectorants), dyes, agrochemicals, and specialty organic synthesis. Indian, Chinese, and European pharmaceutical API producers are the primary consumers (WHO; Indian Pharmaceutical Export Promotion Council; European Commission).

Emerging Applications: Mercury emissions control at coal-fired power plants uses calcium bromide injection to transform mercury species into capture-ready forms, a regulatory-driven application in the United States under EPA mercury rules. Zinc-bromine flow batteries for grid-scale energy storage represent a smaller but rapidly growing application, particularly in Australia (Redflow) and parts of the United States. These emerging applications collectively represent 5% of global demand but are structurally growing (US EPA; International Renewable Energy Agency).

Global Bromine Price Trend in 2025

Bromine had one of the most dramatic rally years of any specialty chemical in 2025. Global prices opened at USD 2.40/KG in Q1, firmed 11.67% to USD 2.68/KG in Q2, jumped 18.28% to USD 3.17/KG in Q3, gained another 3.47% to USD 3.28/KG in Q4, and climbed 10.37% to USD 3.62/KG in Q1 2026. Cumulative rise from Q1 2025 to Q1 2026 was 50.83%, with the most aggressive move concentrated in Q2 and Q3 2025.

The driving factors were a perfect storm of supply-side pressures meeting resilient demand. Chinese domestic bromine production, which had been declining gradually for several years as Shandong province brine operations faced resource depletion at Weifang, Rizhao, and other historical production sites, accelerated its decline in 2025. The Ministry of Ecology and Environment of China tightened environmental permits on brine operations through 2024 and 2025, targeting groundwater quality, wastewater management, and land subsidence concerns. This pushed Chinese buyers toward imports from Israel, Jordan, and the United States, tightening global balances sharply (MIIT China; Ministry of Ecology and Environment of China; China Non-Ferrous Metals Industry Association).

Dead Sea supply concerns compounded the pressure. ICL Group's Sodom operations and Jordan Bromine Company's facilities on the Jordanian side of the Dead Sea continued to operate, but the Dead Sea water level has been declining roughly 1 metre per year due to upstream Jordan River diversions and evaporation, which is a structural long-term issue affecting extraction economics. The brief disruption during the June 2025 Israel-Iran conflict added additional uncertainty. At the same time, global demand for brominated flame retardants in electronics and EV battery applications continued to grow, and oil and gas drilling activity recovery supported clear brine fluid demand. The Q4 2025 and Q1 2026 sustained firmness reflected these structural dynamics working through the pricing (ICL Group; Jordan Bromine Company; US Geological Survey).

What Were North East Asian Bromine Price Trends in 2025?

North East Asia (covering China, Japan, South Korea, and Taiwan) recorded the most dramatic regional bromine price rise in the dataset, with prices surging 88.00% from USD 3.08/KG in Q1 2025 to USD 5.79/KG in Q1 2026. The quarterly pattern was USD 3.08, USD 3.37 (+9.42%), USD 3.90 (+15.73%), USD 4.47 (+14.62%), and USD 5.79 (+29.53%). The Q1 2026 jump of nearly 30% was the single largest quarter-over-quarter move of any region across any of our commodity reports.

China sits at the centre of this story. Chinese bromine production has historically come primarily from Shandong province brine operations, particularly around Weifang, Rizhao, and Binzhou. These operations are structurally aging, with bromide concentration in brine sources declining over time as the underlying geology is progressively depleted. Throughout 2024 and 2025, the Ministry of Ecology and Environment of China applied progressively tighter environmental permits, requiring better groundwater quality management, wastewater treatment, and land subsidence monitoring at Shandong brine sites. Several smaller and midsize Chinese producers reduced output or idled capacity entirely. At the same time, Chinese bromine demand continued to grow, driven by PCB flame retardant manufacturing for the AI server and 5G infrastructure build-out, brominated flame retardant demand for EV battery packs, and expanding pharmaceutical intermediate production (MIIT China; Ministry of Ecology and Environment of China; Shandong Provincial Government).

Chinese buyers increasingly turned to imports from Israel (ICL Group), Jordan (JBC), and the United States (Albemarle, Lanxess Arkansas) to fill the gap. Japanese producers including Tosoh Corporation maintained steady domestic supply for the Japanese market, and Korean buyers (primarily serving electronic chemical and pharmaceutical manufacturing) imported from both the Middle East and the United States. The Q1 2026 price surge reflected genuine physical tightness, with Chinese port inventories at multi-year lows and several major flame retardant producers reporting supply rationing through H1 2026. The structural drivers suggest this tightness is unlikely to ease quickly without either significant new Chinese production or reduced demand growth (China General Administration of Customs; METI Japan; Korea Ministry of Trade, Industry and Energy).

North American Bromine Price Trends in 2025

North America was the most stable regional bromine market of 2025, reflecting the United States' strong domestic supply position. Prices moved from USD 2.54/KG in Q1 2025, up 3.94% to USD 2.64/KG in Q2, 4.92% higher to USD 2.77/KG in Q3, 3.25% higher to USD 2.86/KG in Q4 (the yearly peak), and then eased 2.45% to USD 2.79/KG in Q1 2026. Cumulative move from Q1 2025 to Q1 2026 was only 9.84%, one fifth of the North East Asian gain.

The Smackover formation in southern Arkansas is the primary source of United States bromine, with production concentrated around Magnolia and El Dorado. Albemarle Corporation, headquartered nearby in Charlotte, North Carolina, operates the largest US bromine extraction facilities, pulling brominated brines from deep wells, extracting elemental bromine through chlorine displacement, and producing a wide range of brominated derivatives. Lanxess AG operates a separate Smackover-based bromine complex in El Dorado, Arkansas, also extracting and processing bromine from brine resources. Together these two sites account for the vast majority of North American bromine production (US Geological Survey; Albemarle Corporation; Lanxess AG).

United States bromine demand is well-diversified. Domestic flame retardant manufacturers (Albemarle ICL Performance Products, Chemtura, LANXESS itself) consume meaningful volumes. Oil and gas drilling fluid demand was strong through 2025 as Permian Basin, Eagle Ford, and Gulf of Mexico drilling activity remained firm (Baker Hughes US Rig Count; US EIA). Water treatment biocide demand for US cooling tower applications, pharmaceutical intermediate production, and mercury emissions control at coal-fired power plants (where they remain operational) all added steady consumption. The Q1 2026 modest pullback reflected a brief inventory adjustment period rather than any structural weakness, and North American bromine remains the most reliable global supply anchor (US EPA; US EIA; American Chemistry Council).

European Bromine Price Trends in 2025

European bromine pricing had a volatile year with a clear Q3 peak and subsequent correction. Prices moved from USD 2.45/KG in Q1 2025, up 15.10% to USD 2.82/KG in Q2, surging 28.72% to USD 3.63/KG in Q3 (the regional peak), then easing 8.82% to USD 3.31/KG in Q4, and rising a modest 1.51% to USD 3.36/KG in Q1 2026. Cumulative rise Q1 2025 to Q1 2026 was 37.14%, with a notable Q3 peak that worked through by Q4.

The European Union imports the vast majority of its bromine from Israel (ICL Group), Jordan (JBC), and the United States (Albemarle, Lanxess). Lanxess AG operates the only significant European domestic bromine chemistry, primarily downstream derivatives rather than primary bromine extraction. Consumer demand comes from a mix of automotive flame retardant applications (supplying ACEA member companies), electronic chemical manufacturing, pharmaceutical intermediates, and water treatment applications. REACH compliance overhead, particularly the ongoing ECHA reviews of certain brominated flame retardants (including DBDPE under restriction proposals), adds a structural compliance cost layer (European Commission; ECHA; CEFIC; ACEA).

The Q3 2025 spike to USD 3.63/KG coincided with the peak of the global supply squeeze, as Chinese import demand pulled bulk flows away from European buyers, the June 2025 Israel-Iran conflict added shipping insurance premiums to Mediterranean flows, and European electronic chemical demand remained firm. The Q4 and Q1 2026 normalisation reflected partial inventory rebuilding, some re-routing of ICL and Albemarle flows back toward the European Union as Asian buyers secured alternative supply, and modest demand softness in European automotive flame retardant applications as automotive OE production adjusted to broader industrial slowdown. The European Union is expected to maintain a premium to the United States given structural import dependence and regulatory costs, but the Q3 2025 peak is unlikely to be retested quickly (European Commission; Eurostat; Lanxess AG).

Middle Eastern Bromine Price Trends in 2025

The Middle East stayed the cheapest regional bromine market throughout 2025, reflecting its status as the world's largest producing region, but it also saw the second largest percentage rise over the period. Prices moved from USD 1.54/KG in Q1 2025, up 22.08% to USD 1.88/KG in Q2, surging 27.13% to USD 2.39/KG in Q3, firming 3.77% to USD 2.48/KG in Q4, and up another 2.82% to USD 2.55/KG in Q1 2026. Cumulative rise was 65.58%, second only to North East Asia.

The region's production is dominated by ICL Group, which operates bromine extraction and derivative production facilities at Sodom on the Israeli side of the Dead Sea, and by Jordan Bromine Company (a joint venture between Albemarle Corporation and Arab Potash Company) operating on the Jordanian side at Safi. ICL's Dead Sea Bromine Group specifically handles primary bromine production and downstream chemistry. These two operations together account for roughly 35% to 40% of global bromine supply (ICL Group; Jordan Bromine Company; Jordan Ministry of Energy and Mineral Resources; Israel Ministry of Energy and Infrastructure).

The Dead Sea itself presents a structural long-term supply challenge. The lake's water level has been declining by roughly 1 metre per year for several decades, driven by upstream Jordan River diversions for agricultural and urban water supply, high regional evaporation rates, and potash mining water abstraction. ICL Group has invested in adapted extraction processes to cope with the declining water level and changing brine chemistry, but this remains a long-term concern. The June 2025 Israel-Iran conflict briefly raised shipping and insurance costs for Mediterranean export flows, and also created some production disruption concerns at Israeli industrial facilities, though ICL's Sodom operations were not directly affected. The sharp Q2 and Q3 2025 price rises reflected both the underlying Chinese demand pull and these regional supply uncertainties (ICL Group; Israel Ministry of Energy; Jordan Ministry of Energy and Mineral Resources; United Nations).

What Factors Drove Bromine Costs in 2025?

• Chinese Shandong brine depletion: Chinese domestic bromine production declined meaningfully through 2024 and 2025 as Shandong province brine operations faced resource exhaustion at Weifang, Rizhao, Binzhou, and other historical sites. The Ministry of Ecology and Environment of China tightened environmental permits, requiring improved groundwater management and wastewater treatment, further reducing domestic output (Ministry of Ecology and Environment of China; MIIT China; Shandong Provincial Government).
• Dead Sea water level concerns: The Dead Sea has been declining roughly 1 metre per year due to upstream Jordan River diversions and evaporation. This structural long-term issue affects ICL Group's Sodom and Jordan Bromine Company's Safi operations, which together account for 35% to 40% of global bromine supply (ICL Group; Jordan Ministry of Energy and Mineral Resources; United Nations).
• June 2025 Israel-Iran conflict: Brief Middle Eastern tensions in June 2025 raised shipping insurance costs for Mediterranean bromine exports and created temporary production disruption concerns. While ICL's Sodom operations were not directly affected, the event added short-term risk premium to regional pricing (UN; ICL Group).
• PCB and electronics flame retardant demand: Tetrabromobisphenol A (TBBPA) demand for printed circuit board epoxy laminates remained firm throughout 2025 on AI server expansion, 5G and 6G infrastructure build-out, and ongoing data centre capacity additions globally. China, Taiwan, and Korea are the largest TBBPA consumers (Semiconductor Industry Association; International Bromine Council).
• EV battery flame retardant applications: Bromine-based flame retardants for electric vehicle battery packs saw meaningful demand growth through 2025 as regulatory frameworks (US DOT, European type approval, China GB/T standards) tightened thermal safety requirements for high-capacity lithium-ion battery systems (US Department of Transportation; European Commission; ACEA).
• Oil and gas drilling activity: Clear brine drilling fluid demand (calcium bromide, zinc bromide) tracked global oil and gas drilling activity, which remained firm through 2025 particularly in the Permian Basin (United States), Gulf of Mexico, North Sea, and offshore Middle East. Baker Hughes US Rig Count data provided the clearest leading indicator (Baker Hughes; International Association of Oil and Gas Producers).
• North American supply stability: Albemarle and Lanxess Arkansas operations at the Smackover formation provided reliable domestic United States supply throughout 2025, insulating North American buyers from the global tightness and keeping North American prices structurally below other regions (US Geological Survey; Albemarle Corporation; Lanxess AG).
• Regulatory overhead on brominated flame retardants: The European Chemicals Agency (ECHA) continued its review of specific brominated flame retardants under REACH restrictions, with ongoing proposals targeting DBDPE and other BFRs. This regulatory overhead added compliance costs and supported structural European pricing premiums (ECHA; European Commission; Stockholm Convention).

Bromine Market Forecast for 2026

The bromine market forecast for 2026 leans structurally firm to outright tight. Chinese domestic supply is not expected to recover meaningfully in the short term as Shandong brine resource depletion and environmental regulation remain constraining. Dead Sea operations continue to face their long-term structural challenges. North American supply from the Smackover formation remains the most reliable anchor but cannot fully offset tightness in other regions. Demand pressures from electronics flame retardants, EV battery applications, oil and gas drilling fluids, and water treatment all remain supportive.

The bull case: Chinese supply declines further, new Chinese environmental restrictions emerge, Dead Sea extraction becomes more constrained, AI server and EV battery demand accelerates beyond current projections, and oil and gas drilling activity strengthens. In this scenario, North East Asian prices could push toward USD 7.00/KG and global averages toward USD 4.50/KG. The bear case: Chinese production stabilises at new lower levels, significant new brominated flame retardant regulation (European Union or China) compresses demand, EV thermal management alternatives gain share, and a global industrial slowdown weighs on overall demand. In this scenario, prices could ease back toward USD 2.80/KG global average. Realistically, the market likely stays firm through H1 2026 with some potential for modest pullback in H2 if supply adjusts or demand softens.

Expected Bromine Price Range (2026)

Electronics manufacturers, flame retardant producers, and oil and gas service companies should lock in forward coverage at current levels where possible given the structural tightness. Industrial buyers should accept that 2026 pricing will likely stay elevated compared to historical norms, and budget accordingly. Chinese buyers face the most pressure and should consider diversifying imports across Israeli, Jordanian, and United States sources to reduce single-source risk. European buyers face ongoing REACH regulatory uncertainty and should monitor ECHA consultation outcomes carefully (International Bromine Council; ECHA; ICL Group; Albemarle Corporation).

Key Analyst Insights for the Bromine Market

Bromine has become one of the most compelling specialty chemicals to watch, because the combination of concentrated supply, growing demand, and structural long-term constraints creates a clearer bull case than most markets. Here is what matters most for 2026 and beyond:

Chinese Shandong brine production trajectory. Ministry of Ecology and Environment permit decisions and Shandong Provincial Government output data are the clearest indicators of Chinese self-sufficiency trends. Any sign of further tightening would push North East Asian prices higher (Ministry of Ecology and Environment of China).

Dead Sea water level monitoring. The decline rate affects ICL and JBC extraction economics over time. The US Geological Survey and Israeli Geological Survey both track and publish water level data regularly (US Geological Survey; Geological Survey of Israel).

Albemarle and Lanxess Smackover formation expansion decisions. North American primary bromine supply will determine how much global tightness can be absorbed. Announced capital investment plans from these producers are the cleanest forward signal (Albemarle Corporation; Lanxess AG).

Semiconductor and data centre build-out pace. TBBPA demand for PCB flame retardants tracks electronics manufacturing directly. Semiconductor Industry Association quarterly data, data centre capacity investment announcements, and AI server shipment trends all provide leading indicators (Semiconductor Industry Association; International Bromine Council).

European regulatory action on brominated flame retardants. ECHA's ongoing review of DBDPE and other BFRs under REACH could constrain demand or require formulation shifts. The consultation timeline and decision outcomes are critical watchpoints for European demand (ECHA; Stockholm Convention).

EV battery flame retardant adoption trends. As EV production scales and thermal safety regulations tighten, bromine-based flame retardants for battery packs represent a meaningful demand growth lever. Chinese EV production data (CATL, BYD, LG Energy Solution battery volumes) provides the best read (MIIT China; Korea Ministry of Trade, Industry and Energy).

Key Takeaways for Buyers and Manufacturers

For Buyers

• Lock in forward coverage at current levels. With North East Asian tightness structural and likely to persist, and Dead Sea supply facing long-term constraints, downside price risk looks limited through H1 2026. Forward contracts with ICL, Albemarle, or Lanxess are the most reliable path to supply certainty.
• Diversify sourcing geographically. Chinese buyers particularly should balance Israeli, Jordanian, and United States sourcing to reduce single-source risk. The 2025 pattern showed how quickly one regional disruption can reshape global pricing (ICL Group; Albemarle Corporation; Jordan Bromine Company).
• Monitor Chinese import data and bromine derivative production trends. China General Administration of Customs monthly trade data and MIIT China industrial production data together provide the best read on Chinese supply-demand dynamics (China General Administration of Customs; MIIT China).
• For PCB flame retardant applications, maintain strong relationships with ICL, Albemarle, and Tosoh for TBBPA supply. The combination of concentrated supply and structural demand growth creates ongoing allocation pressure, and long-term relationships matter more than spot market flexibility.

For Manufacturers and Producers

• Integration into downstream brominated derivatives is where the best margins live. TBBPA, zinc bromide, calcium bromide, and specialty brominated compounds all capture more margin than primary bromine sales. ICL, Albemarle, and Lanxess have all pursued this strategy successfully (ICL Group; Albemarle Corporation; Lanxess AG).
• North American producers (Albemarle, Lanxess Arkansas) are in an enviable structural position. Reliable domestic brine resources, stable regulatory environment, strong proximity to United States and Mexican demand centres, and growing export opportunities to Asia all support sustained margin advantage.
• Investment in Dead Sea extraction technology is critical for ICL and JBC. As the Dead Sea water level continues to decline, extraction process innovation (higher recovery rates, better adaptation to changing brine chemistry) becomes essential to maintaining output.
• New entrants should target specialty derivatives rather than primary bromine. Competing with established Dead Sea, Arkansas, and Chinese operations on primary bromine is difficult, but specialty brominated intermediates and custom synthesis for pharmaceuticals and advanced materials offer attractive niches.