granular sulfur, sulfur granular
direct supplier granular sulfur from Iran and transit from Turkmenistan and Uzbekistan. Production statistics show that the Iran supply volume of sulfur was reached to 1.7 million tons in the end of 2020. Near to 660.000 t/a of total production was produced in Khangiran refinery and all oil petrochemical
مشخصات
- purity :
- 99.98
- Mean Size :
- 2-7 MM
- Transport Informatio :
- UN1350 4.1/PG III
- Melting Point :
- 112-120 °C
- Molecular Weight :
- 32.065
- color :
- bright yellow
- Precautionary Statem :
- P210-P240-P241-P280-P321-P362
- Moisture (Wt %) Max. :
- 0.50
Product description
Sulfur (or Sulphur) (atomic symbol: S, atomic number: 16) too granular sulfur is a shape is solid sulfur.
we are direct seller granular sulfur from Iran and transit granular sulfur from Turkmenistan and Uzbekistan by term of (FOB) bandar abbas or can do transship to any port by term CFR any port.
The majority of granular sulfur that is transported around the world is done as a bulk solid. The sulfur granular is often stored in the open in huge stockpiles at terminals ready to be loaded onto ships, railcars or truck or at plant sites to be melted and used in the production of sulfuric acid. Most granular sulfur stockpiles are located outdoors in open where it is exposed to wind, rain, dust, salt air, etc. In some cases granular sulfur is stored indoors where some protection from the elements is available.
Sulphur produced from any process at the Gas / Oil refineries is of the same basic elemental constituent. The forms may differ as the “End Recovery Process” for separation are different. Lumps, Powder Sulphur and Granular Sulphurs are described below with our expertise in the Sourcing, Packing, Logistics and Shipping.
A process for the production of granular sulfur in a rotating drum in which molten sulfur at a temperature within the range of about 110° to 160° C. is sprayed in a contact zone onto a bed of moving sulfur particles and a continuous curtain of said particles and resulting particles are passed to a cooling zone prior to discharge. A countercurrent flow of substantially inert cooling gas at a temperature in the range of about 10° to 50° C. and containing not more than 8% by volume oxygen is introduced to the cooling zone and a portion or all of said cooling gas is passed through the contact zone. The contact and cooling zones can be formed in a single rotating drum and separated from each other by a retaining ring or formed in separate vessels.