Petroleum coke

Fuel and anode grade

BACK TO THE LIST

PACKING

Bulk

///

Residual crude oil left over from oil refining can be further processed to produce petroleum coke (also called petcoke). Petcoke is a versatile, cost-effective source of energy. DYM specializes in anode grade and fuel grade petcoke.

Clients come to DYM Resources for petcoke because we can deliver volume. With our logistics network, we are able to export large quantities of petcoke across the eastern continents. We are also able to provide specific product adjustments based on a client’s specification, specifically in the calcined petcoke market. Our research and intelligence in this expansive market is key to our success.

 

GREEN PETCOKE

Origin: Turkmenistan

PARAMETERS STANDARD TYPICAL
Ash, % Max 0.6 0.5
Volatile matter, % Max 11.0 10.5
Sulphur, % Max 0.6 0.5
Moisture, % Max 3.0 N/A
Size of matters less than 8 mm, % Max 60 57
Traces:
·         Vanadium (V), ppm N/A 0-13
·         Iron (Fe), ppm N/A 120-200
·         Silicon (Si), ppm N/A 100-400

Origin: Russia

PARAMETERS STANDARD
Total Moisture, % 3.0
Volatile matter, % max 12.0
Ash, % max 0.6
Sulphur, % max 1.50
Product with size less than 8 mm, % max 55.0
Si content, % max 0.06
Fe content, % max 0.06
V content, % max 0.02

Origin: Russia

PARAMETERS STANDARD TYPICAL
Total Moisture, % 3.0 N/A
Volatile matter, % max 12.0 11.0
Ash, % max 0.6 0.25
Sulphur, % max 3.0 2.7
Product with size less than 8 mm, % max 55.0 N/A
Si content, % max 0.06 210
Fe content, % max 0.06 440
V content, % max 0.06 350

Origin: Russia

PARAMETERS VALUE
Ash content, % Max 0.8
Volatile matter, % Max 12.0
Sulphur content, % Max 5.0
Moisture content, % Max 8.0
Size of matters less than 8 mm, % Max 90
HGI value, Min 50
Calorific value, kcal/kg Min 7.500

CALCINED PETCOKE

Origin: Russia

Parameters  Measure.Unit Value
   Grade 1 Grade 2 Grade 3 Grade 4
Real density kg/cm3 2,05-2,10 2,05-2,10 2,05-2,10 2,05-2,10
Bulk density  g/cm3 0,78-0,85 0,8-0,85 0,8-0,85 0,82-0,88
Specific electric resistance, Max mkOhm.m 540 540 500 520
Granulation/ More than 6 mm, Min % 25 25 25 25
Granulation/ Less than 1 mm, Max % 30 30 30 30
Ash content, Max % 0,3 0,2 0,3 0,2
Reactivity CO2 (Loss at 1000°C), Max % 15 15 15 15
Microelements content:
·         S, Max % 2 2,9 0,6 1,4
·         Fe, Max ppm 300 300 300 150
·         Ni, Max ppm 130 130 130 100
·         Si, Max ppm 150 280 250 150
·         Na, Max ppm 200 100 150 100
·         V, Max ppm 220 400 130 130
·         Ca, Max ppm 200 100 150 100
Content of moisture, Max % 0,5 0,5 0,5 0,5