faq-banner-image

Prime Hard Coking Coal

it is necessary to select the right coals with standard optimum composite and high iron content in coking potential for the coal blend. Besides many alternative iron-making technologies, the blast furnace route is still the most cost-effective and highly productive process for the production of hot metal. With maiming the capacity and productivity of the working volume of the blast furnaces, we have developed further efficiency in terms of ton hot metal. Based on traditional and best adopted coke-making technologies, we conserve the reserve of prime hard coking coal to develop cost-effective resources for all our customers and clients. We firmly believe that prime hard coking coal may easily solve business energy concerns with its proper utilization. In the coke-making process, we have been developing and adopting the ideal value for producing coke.

Specification

MORANBAH NORTH HARD COKING COAL (Australian)
Sl No. Parameter Basis Results Unit
1 Total Moisture ARB 10.30 %
2 Inherent Moisture ADB 1.20 %
3 Ash ADB 9.50 %
4 Total Sulphur ADB 0.51 %
5 Volatile Matter ADB 21.50 %
6 Maximum Fluidity 460 DDPM
7 CSN / FSI 8
8 Phosphorus ADB 0.034 %
9 Size 50 mm - %
Peak Down North Coking Coal in Bulk (Australian)
Sl No. Parameter Basis Results Unit
1 Total Moisture ARB 9.90 %
2 Moisture in Analysis Sample ADB 1.40 %
3 Ash ADB 10.00 %
4 Total Sulphur ADB 0.53 %
5 Volatile Matter ADB 22.00 %
6 Maximum Fluidity 470 DDPM
7 CSN 9
8 Phosphorus ADB 0.048 %
9 Size 50 mm 100.00 %
GOONYELLA COKING COAL (Australian)
Sl No. Parameter Basis Results Unit
1 Total Moisture ARB 9.90 %
2 Air Dried Moisture ADB 1.40 %
3 Ash ADB 9.10 %
4 Total Sulphur ADB 0.56 %
5 Volatile Matter ADB 23.70 %
6 Maximum Fluidity 870 DDPM
7 CSN 9
7 Phosphorus ADB 0.026 %
7 Size 50 mm - %