cis-2-pentene

Pent-1-ene Market Intelligence Report (July 2026)

I. Recent Price Trends
1. July 24, 2026
- Shandong Yuxuan Chemical Products Co., Ltd. (Liaocheng): Pent-1-ene (99% purity) quoted at RMB 1,680/kg.
- Liaocheng Jinxinda New Materials Co., Ltd. (Dongying): Pent-1-ene (≥99.5% purity) quoted at RMB 16,500/ton (equivalent to RMB 16.5/kg), reflecting a significant price premium for high-purity grades over industrial-grade material.

2. Comparison with November 2024
- Both Shandong Yuxuan and Liaocheng Jinxinda quoted RMB 1,800/kg in November 2024; industrial-grade prices declined ~7% by July 2026, while high-purity product pricing exhibited greater volatility due to shifts in supply-demand dynamics.

II. Market Drivers Analysis
1. Supply Side
- Capacity Expansion: China’s pentene market size reached RMB 5.18 billion in 2025, growing 6.35% year-on-year—primarily driven by commissioning of new facilities including Wanhua Chemical’s Fujian base and Hengli Petrochemical’s Dalian project.
- Technological Advancement: Widespread adoption of extraction distillation and molecular sieve adsorption processes has elevated product purity to ≥98.5%; novel catalytic dehydrogenation technologies (e.g., chromium-based catalysts) have reduced unit energy consumption by 18% and achieved yields exceeding 65%, delivering clear cost advantages.

2. Demand Side
- Downstream Applications:
Polyolefin comonomer applications (e.g., LLDPE) account for >45% of total demand; growth in lithium-ion battery separator films and high-performance packaging materials is driving demand for higher-carbon α-olefins.
Steady growth observed in synthetic fragrance, agrochemical intermediates (e.g., propiconazole), and specialty solvent applications.
Domestic Substitution: In 2024, import dependency for high-purity (≥99%) pent-1-ene remained at 30%, primarily sourced from INEOS (USA) and Mizuho Chemical (Japan); domestic self-sufficiency offers substantial room for improvement.

3. Policy Impacts
- National Development and Reform Commission (NDRC) “Energy Conservation and Carbon Reduction Guidelines for High-Energy-Consumption Industries” identifies C? hydrocarbon separation as a priority support area, promoting optimization of catalytic cracking processes—raising refinery pentene extraction rates from 38.7% in 2023 to 41.3% in 2024.
- Shandong Province’s “Implementation Opinions on Advanced Fine Chemical Industry” mandates an 85% C? resource comprehensive utilization rate by 2025, accelerating technological retrofitting investments by enterprises such as Qilu Petrochemical and Yangzi Petrochemical.

III. Regional Market Characteristics
1. East China Dominance: Accounts for 54% of national market share, serving as the core hub for both production and consumption, supported by mature chemical industry clusters and robust logistics infrastructure.
2. North China Competition: Concentration of producers—including Shandong Yuxuan and Liaocheng Jinxinda—intensifies price competition for industrial-grade products; high-purity grades maintain pricing premiums due to technical barriers.

IV. Outlook (2026–2027)
1. Price Trends
- Short-Term: High-purity product prices may remain range-bound amid incremental capacity releases; industrial-grade pricing is expected to decline only modestly, underpinned by resilient downstream demand.
- Long-Term: As catalytic dehydrogenation technology matures and domestic substitution advances, high-purity product prices are projected to gradually normalize; industrial-grade prices may experience slight downward adjustment driven by cost efficiencies.

2. Supply-Demand Dynamics
- Capacity: Post-2025, newly commissioned facilities will progressively reach full operation; domestic overcapacity risks are expected to intensify in 2026, prompting enterprises to absorb excess output via technological upgrading—e.g., developing specialty pent-1-ene derivatives.
- Demand: Growth in new-energy vehicle applications and premium packaging materials will sustain demand for high-purity grades; import dependency is forecast to fall below 20% by 2027.

3. Policy & Risk Factors
- Environmental Pressure: Under China’s dual carbon goals (peak carbon emissions by 2030, carbon neutrality by 2060), energy-intensive separation processes face increasingly stringent regulatory oversight—accelerating industry-wide transition toward green catalytic technologies.
- International Trade: Potential U.S.–China trade tensions in the chemical sector could disrupt supply chains for imported feedstocks, further incentivizing domestic enterprises to strengthen end-to-end industrial autonomy.