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China and the United States are the leading exporters of acetonitrile, collectively accounting for over half of global exports in recent years, while Germany, South Korea, and India represent the largest importers. Acetonitrile prices have remained relatively stable amid steady demand from pharmaceutical and chemical manufacturing sectors. Exports from China have increased moderately since 2022, while U.S. export volumes have held steady, reflecting consistent supply capacity and sustained international demand.
Acetonitrile Market Intelligence Report – Recent Commodity Market Dynamics
I. Price Trends
- Recent Prices: In April 2026, domestic acetonitrile prices in China remained stable at elevated levels. On April 13, the mainstream market price stood at RMB 11,200 per ton, unchanged from the previous trading day; on April 24, the national average price across major markets was RMB 10,950 per ton, with minimal fluctuation over the preceding seven days.
- Historical Comparison: Compared to 2025, acetonitrile prices have rebounded. Throughout 2025, prices remained largely range-bound below RMB 9,000 per ton, whereas current prices have recovered to approximately RMB 11,000 per ton—indicating an improvement in market supply-demand fundamentals.
II. Supply-Demand Situation
- Supply Side:
- Capacity: In 2025, China’s total acetonitrile production capacity reached 305,000 tons/year, representing a 17.8% year-on-year increase. However, GMP-compliant pharmaceutical-grade acetonitrile capacity remains critically insufficient—totaling less than 12,000 tons/year, or only ~18% of the nation’s total acetonitrile consumption.
- Operating Rate: Recently, some producers implemented plant maintenance or load reductions; industry-wide operating rates hovered around 68%, with regional inventories maintained at low but controllable levels.
- Demand Side:
- Pharmaceutical Sector: Pharmaceuticals account for 53.8% of downstream acetonitrile consumption. In 2025, pharmaceutical sector demand amounted to approximately 71,000 tons. Continued growth in innovative drug R&D, generic drug consistency evaluations, and CDMO (Contract Development and Manufacturing Organization) industry expansion is driving sustained demand for pharmaceutical-grade acetonitrile.
- Other Sectors: Acetonitrile is also widely used in chemical and electronic industries, though demand growth in these sectors remains relatively stable.
III. Market Developments
- Policy Impact: National and local policies actively support acetonitrile industry development. For instance, the “Catalogue of Key Chemical Substances for Green Manufacturing Technology Promotion” lists acetonitrile as a priority solvent for replacing highly toxic alternatives, accompanied by special technical renovation subsidies and tax incentives.
- Import-Export Status: In 2025, China’s exports of 3,4-dimethoxyphenylacetonitrile (an acetonitrile derivative) totaled RMB 527 million, up 11.4% year-on-year, primarily destined for India, South Korea, and the United States. Overall acetonitrile exports, however, remain sensitive to international market demand and trade policy shifts.
- Competitive Landscape: The domestic acetonitrile market exhibits moderate concentration, with numerous producers—most operating relatively small-scale facilities—leading to intense competition. In contrast, the pharmaceutical-grade segment features higher technological barriers and consequently greater market concentration.
IV. Analysis & Assessment
- Price Support: Current acetonitrile prices are supported by relatively low supply-side operating rates and robust demand growth from the pharmaceutical sector. Although industrial-grade acetonitrile faces overcapacity, the tight supply-demand balance for pharmaceutical-grade acetonitrile provides strong pricing support.
- Technological Barriers: Pharmaceutical-grade acetonitrile imposes stringent specifications regarding purity, moisture content, and metal ion impurities—creating significant technological barriers. As a result, pharmaceutical-grade acetonitrile commands a premium of 30–50% over industrial-grade material, with limited market availability.
- Policy Orientation: Government policies promoting green and sustainable development will accelerate technological advancement and industrial upgrading in the acetonitrile sector. Meanwhile, tightening environmental regulations will further boost demand for low-toxicity, low-volatility acetonitrile products.
V. Outlook
- Price Trend: In the short term, acetonitrile prices are expected to remain relatively stable. With ongoing demand growth from the pharmaceutical sector and gradual recovery in supply-side operating rates, prices may experience mild upward pressure. However, any weakening of international demand or changes in trade policy could introduce downward price risks.
- Supply-Demand Balance: The overall acetonitrile market is projected to move toward equilibrium. As newly commissioned capacities gradually come online and downstream demand continues expanding, supply-demand imbalances are expected to ease. Nevertheless, the supply shortage for pharmaceutical-grade acetonitrile is likely to persist for the near term—though domestic substitution efforts are gaining momentum, gradually narrowing the supply gap.
- Industry Trends: The acetonitrile industry will increasingly reflect a dichotomy of ‘excess capacity at the low end, scarcity at the high end’. Future industry development will place greater emphasis on technological innovation and quality enhancement to meet growing demand for high-end acetonitrile products—particularly from the pharmaceutical sector. Concurrently, strengthened environmental regulation will propel the industry toward greener, more sustainable development pathways.
Acetonitrile is a clear, colorless, volatile liquid with a faint, sweet, ether-like odor. It is a polar aprotic organic solvent and the simplest aliphatic nitrile. With a boiling point of 81.6 °C and a melting point of −45 °C, it is fully miscible with water and most common organic solvents. Acetonitrile is widely used as a solvent in pharmaceutical manufacturing, particularly in high-performance liquid chromatography (HPLC), and as a reaction medium in the synthesis of intermediates for agrochemicals and fine chemicals. It also serves as a precursor in the production of acetamidine, thiamine, and other nitrogen-containing compounds.
In organic synthesis as starting material for acetophenone, alpha-naphthaleneacetic acid, thiamine, acetamidine. To remove tars, phenols, & coloring matter from petroleum hydrocarbons which are not soluble in acetonitrile. To extract fatty acids from fish liver oils & other animals & vegetable oils. Can be used to recrystallize steroids. As an indifferent medium in physicochemical investigations. Wherever a polar solvent having a rather high dielectric constant is required. As medium for promoting reactions involving ionization. As a solvent in non-aqueous titrations. As a nonaqueous solvent for inorganic salts.
This chemical is included in Basic Chemicals - Intermediates. See more about what is Acetonitrile and Acetonitrile SDS information.
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