Import Coal Mining — Buy in Bulk from Supplier in Indonesia

Citra Persada Plus operates coal mining facilities in Sulawesi Selatan, Indonesia, extracting thermal coal with a reported calorific value of 5,500 kcal/kg and sulfur content below 1.2%. The coal is mined from surface deposits and processed to reduce ash and moisture levels prior to shipment. This specification aligns with typical export-grade coal used in power plants across Southeast Asia and the Indian subcontinent.

The coal is classified as sub-bituminous to bituminous, with a typical volatile matter content between 30% and 35% and fixed carbon content around 50%. Moisture levels are maintained below 10%, and ash content is kept under 25%, consistent with industry standards for non-coking thermal coal. The supplier does not claim coking properties or metallurgical grade, and the product is not blended with other coal types.

This coal is primarily purchased by power generators, cement kiln operators, and industrial boiler users seeking reliable fuel with low sulfur emissions. Packaging is bulk-loaded into open-hatch vessels or railcars, with no bagged options. Trade terms include FOB and CIF from Makassar or Tanjung Priok ports. Minimum order quantities are not stated and must be confirmed directly with the supplier. Lead times depend on vessel scheduling and port congestion.

Citra Persada Plus is a mining operator registered in Watampone, Sulawesi Selatan, Indonesia, with a physical address on Jl. Sungai Musi. The company's trust tier is harbor, indicating basic verification through the platform's supplier screening system. No corporate registration number, years in operation, or production history are disclosed in the listing.

The supplier does not claim ownership of mines, processing plants, or export licenses. There is no mention of workforce size, revenue, or client names. The listing does not state whether the company is a miner, trader, or intermediary. Response rate and average response time are zero, suggesting no recent buyer communication has occurred through the platform.