Get the ChemPriceHub app — track prices on the go. Membership syncs across app & web. View plans
 
Home > News > Daily Statistics on China's Sulfur Port Inventory Levels

Daily Statistics on China's Sulfur Port Inventory Levels

Published on 2026-10-19

Total port inventory stands at 1.1198 million tons: Fangcheng Port accounts for 420,000 tons, Beihai Port for 18,000 tons, Zhanjiang Port for 360,000 tons, Zhenjiang Port for 205,000 tons, Nanjing Port for 10,000 tons, and Dafeng Port for 82,000 tons. For liquid sulfur, Lianyungang Port holds 6,500 tons, Longkou Port holds 5,900 tons, and Weifang Port holds 12,400 tons.

Daily Statistical Data on Chinese Sulfur Port Inventories

Unit: 10,000 tons

Port Specification Price Inventory Remarks
Zhenjiang Port Solid - 20.5
Nanjing Port Solid - 1
Dafeng Port Solid - 8.2
Zhanjiang Port Solid - 36 Primarily downstream factory resources
Beihai Port Solid - 1.8 Primarily downstream factory resources
Fangcheng Port Solid - 42 Primarily downstream factory resources
Weifang Port Liquid - 1.24
Longkou Port Liquid - 0.59
Lianyungang Port Liquid - 0.65 Combined inventory of Dongtai and New Century terminals
Total Inventory 111.98

Source: Chempricehub Information

Sample Description: Chempricehub Information collects data from a total of 9 port storage samples. The total capacity for solid sulfur storage is 2.7 million tons, and the total tank capacity for liquid sulfur is 143,000 tons.

Definition: Port inventory refers to the physical total stock of specific commodities actually stored in yards, warehouses, and tanks within ports over a given period. It does not include cargo volumes on vessels currently in port.

Statistical Methodology: The port inventory data provided by Chempricehub Information represents daily real-time sulfur port inventory statistics based on primary data collection. The data is released before 16:30 on each business day.

Comments

0
  • Sarah Mitchell 2026-10-19 20:00
    With sulfur port inventories at 1.12 million tons, ample feedstock availability should ease pressure on downstream demand for phosphoric acid. This high capacity utilization buffer may stabilize margins, though localized..
No comments yet.