In recent years, China, Germany, and the United States have been the leading exporters of carbon (CAS 7440-44-0), while India, South Korea, and Turkey ranked among the top importers—reflecting strong demand from industrial and metallurgical sectors. Trade volumes have remained relatively stable through 2023–2024, though regional shifts in sourcing and tightening environmental regulations are contributing to increased volatility in Carbon prices.
Activated Carbon Market Dynamics Report (Recent Commodity Market Intelligence)
I. Market Price Dynamics
1. Benchmark Price:
- As of July 28, 2026, the ChemNet China (Shengyishe) benchmark price for activated carbon stands at RMB 12,233.33 per ton, remaining essentially unchanged from recent days, indicating overall market stability.
2. Prices by Product Category:
- Coconut shell-based activated carbon (iodine number: 300) is quoted at approximately RMB 4,800 per ton.
- Coal-based cylindrical activated carbon is priced around RMB 12,500 per ton.
- Wood-based activated carbon prices vary according to iodine number and methylene blue adsorption value (MB value): e.g., wood-based powdered activated carbon (MB value: 10) is quoted at RMB 4,500 per ton; wood-based granular activated carbon (iodine number: 900) is quoted at RMB 7,500 per ton.
3. Price Volatility:
- Recent price fluctuations have been minimal; since July, the benchmark price has declined only marginally, reflecting relatively stable supply-demand dynamics.
II. Supply-Demand Situation
1. Supply Conditions:
- The domestic activated carbon industry maintains steady operations, with output growing steadily and adequately meeting market demand.
- Traditional, generic activated carbon production capacity is undergoing gradual optimization and phase-out, while capacity for high-end functional carbon materials continues to expand.
2. Demand Conditions:
- Market demand remains robust, with sustained growth in applications such as water treatment, industrial flue gas purification, and VOCs (volatile organic compounds) exhaust gas treatment.
- Demand for high-end functional activated carbon is rising notably in sectors including food refining, premium water purification, and chemical purification.
3. Import-Export Status:
- Export performance is strong: from January to April 2026, China’s exports of wood-based activated carbon reached 25,000 metric tons, representing a 18.43% year-on-year increase; export value amounted to USD 0.43 billion, up 19.48% year-on-year.
- Import dependency is progressively declining, with enhanced domestic substitution effect.
III. Industry Development Trends
1. Product Upgrading:
- Activated carbon products are evolving toward higher purity and greater functionality, meeting stringent requirements—such as ultra-high purity and precise pore size distribution—of advanced application fields.
- Surface chemical modification tailored to specific adsorbates enables targeted adsorption capabilities, accelerating functionalization.
2. Expansion of Application Areas:
- Applications are strategically extending into new energy and energy storage materials, e.g., electrode materials for supercapacitors and hard carbon anodes for sodium-ion batteries.
- Usage scenarios continue to broaden across emerging industries, including precision filtration and pharmaceutical purification.
3. Green and Low-Carbon Transformation:
- Regeneration and reuse of spent activated carbon has become mainstream, with increasingly mature resource recovery technologies effectively reducing raw material consumption and solid waste pollution.
- Low-carbon production processes utilizing agricultural and forestry residues to manufacture biomass-based activated carbon are being widely promoted, significantly lowering energy consumption during manufacturing.
IV. Analysis, Outlook & Forecast
1. Price Trend:
- In the short term, activated carbon prices are expected to remain stable, given the balanced supply-demand relationship and limited volatility.
- Over the longer term, rising demand for high-end functional activated carbon—and associated capacity expansion—may drive upward pricing pressure on select premium-grade products.
2. Market Demand:
- Continued tightening of environmental regulations and supporting demand from the new-energy sector will sustain robust market demand for activated carbon.
- Application demand for high-end functional activated carbon across multiple sectors will further intensify, serving as a key driver of future market growth.
3. Industry Structure:
- The activated carbon industry will accelerate the elimination of outdated production capacity, focusing instead on process optimization and quality enhancement—propelling industry development toward refinement, low-carbon practices, and high-end positioning.
- Leading enterprises will consolidate their market positions leveraging technological advantages and economies of scale, thereby increasing industry concentration.
Carbon (CAS 7440-44-0) is a nonmetallic element that exists in several allotropic forms—including graphite (black, opaque, crystalline solid), diamond (colorless, transparent, extremely hard crystal), and amorphous carbon (brownish-black powder)—all of which are odorless, nonvolatile solids with no defined boiling point and sublimation above 3600 °C. It is classified as a fundamental elemental substance and serves as the backbone of organic chemistry. Carbon is not used directly as a reagent but functions as a critical raw material and structural basis for countless chemical products, including synthetic polymers, carbon-based electrodes, activated carbon adsorbents, and reinforcing fillers in rubber and composites. Its primary industrial applications span polymer manufacturing, battery technologies, metallurgical reducing agents, and as a key constituent in steel production, graphite electrodes, and carbon black for tires and inks.
Carbon, C, is a nonmetallic element, grey solid. It is found in nature as graphite (specific gravity2.25), diamond(specific gravity 3.51), and coal (specific gravity 1.88). Carbon is found in all living things, is insoluble in common solvents,and forms an almost infinite numberof organic compounds. Anaturally occurring radioactive isotope,14C, has a half-life of 5780 years and is used in archaeo logical investigations to date artifacts and ancient documents. Other uses of carbon depend on its form. For example, diamonds for jewels and abrasives,graphite for lubricants, activated carbon to absorb color and gases, and wood carbon for fuel are some common examples.
This chemical is included in Other. See more about what is Carbon and Carbon SDS information.
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