Size 15-50 MM KCal 6500Min-7200Max Ash 7Min-11Max Moisture 9Max Sulphur 0,7 Volatile Matter 27Min-33Max Fixed Carbon 53Min 59Max FOB Zonguldak Turkey Payment LC- Prepayment comes with a discount.
Coal Harnessing the energy of the earth. Our high-quality coal is a reliable source of power, heating, and industrial use. Mined with precision and processed for optimal performance, it delivers consistent heat output and long-lasting burn times. Whether for electricity generation, steel production, or residential heating, our coal provides the energy you need with efficiency and dependability.
Features Of Coal Coal is a primary source of energy, mainly burned for the generation of the electricity or heat. , and is also used for industrial purposes, such as refining metals.We supply imported (Indoseian) Coal to the domestic market. Applications Electricity Heat Metal refining
Bituminous Coal is a versatile, mid-grade coal known for its high carbon content and energy efficiency. Widely used in power generation, industrial processes, and as a raw material in coke production, it offers excellent heat output and reliability.
Color Black or brown, varying shades Texture Can be smooth, granular, or banded Hardness Soft to hard, depending on coal type Luster Dull to shiny Density Varies depending on coal type, typically around 1.2-1.5 g/cm�³ Porosity Varies, can be porous Composition Mainly composed of carbon, along with hydrogen, sulfur, oxygen, and trace minerals Moisture Content Can range from a few percent to over 30% Volatile Matter Varies, typically 20-45% Fixed Carbon Varies, typically 40-90% Ash Content Varies, typically 3-30% Heating Value (BTU/lb) Varies depending on coal type, typically 8,000-14,000 BTU/lb Heating Value (MJ/kg) Varies depending on coal type, typically 24-33 MJ/kg Combustion Characteristics Burns to release heat, producing carbon dioxide and other gases
Coal Product Description Coal is a combustible black or brownish-black sedimentary rock composed primarily of carbon, along with various other elements such as hydrogen, sulfur, oxygen, and nitrogen. It forms from the remains of ancient plant material that was subjected to heat and pressure over millions of years in a process known as coalification. Coal is widely used as a fossil fuel for energy generation and as a raw material in industrial processes. Types of Coal Coal is classified based on its carbon content and energy-producing capability: Anthracite Description: The highest grade of coal with the highest carbon content (86-97%). Characteristics: Hard, glossy, and produces the most heat. Uses: Industrial and residential heating, metallurgical processes. Bituminous Coal Description: Mid-grade coal with a carbon content of 45-86%. Characteristics: Soft and shiny; high energy content; widely used for power generation. Uses: Electricity production, cement manufacturing, and steelmaking. Sub-Bituminous Coal Description: Lower carbon content (35-45%) and higher moisture content. Characteristics: Produces less energy and fewer emissions when burned. Uses: Power generation. Lignite Description: The lowest grade of coal with the highest moisture content (up to 45%). Characteristics: Soft, brown, and produces less energy. Uses: Power generation, especially in regions where it is locally abundant. Key Specifications Calorific Value (Energy Content): Ranges from 3,000 to 8,000 kcal/kg depending on the grade. Moisture Content: Varies by type, with lignite having the highest and anthracite the lowest. Ash Content: Residual mineral matter left after combustion, typically 3-40%. Sulfur Content: Varies from low (3%), affecting environmental emissions. Applications Power Generation: Used in thermal power plants to produce electricity. Steel Production: Essential for coke production in blast furnaces. Cement Manufacturing: Used as a fuel source for kilns. Residential Heating: Especially anthracite coal for heating homes. Chemical Industry: As a feedstock for producing chemicals, synthetic fuels, and fertilizers. Advantages of Coal Widely available and affordable energy source. High energy density, especially in bituminous and anthracite grades. Established infrastructure for mining, transport, and usage. Environmental Considerations Coal combustion releases greenhouse gases and pollutants such as sulfur dioxide, nitrogen oxides, and particulate matter. Efforts are underway to mitigate these effects through cleaner technologies like carbon capture and storage (CCS) and coal gasification. Coal remains a critical resource for energy and industrial processes globally, despite increasing attention to renewable energy sources.
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Torrefied Biomass or Bio coal is high heating value fuel produced by agricultural waste. It can use to replace or co-fire with coal or biomass in power plants or factory boilers. It is no need to change any process. It helps to reduce pollution emission for coal and create stability in calorie value for biomass power plants and boilers. The Benefit of Torrefied Biomass - High heating value 5,000-5,500 kcal/kg - Standardized product - Able to replace or co-firing with coal and biomass directly without any changes in the production process - Use smaller volume than biomass fuel due to higher and more stability in calorie value - Save energy for material preparation. Ready to use (easy to grind, low moisture, high density) - No rotten, low moisture contain, able to stock open air - Less smoke and less ash - Environmental friendly. - Good corporate image to surrounding community. Reduce dust and smoke emission The product specification 1. Shape: Pillow shape 2. Size: Diameter 30mm. 3. Net caloric value: 5000-5500 kcal/kg 4. Moisture:
Anthracite Coal is the highest grade of coal, known for its high carbon content, low impurities, and energy efficiency. It burns cleaner and hotter than other types of coal, making it ideal for heating, industrial applications, and producing high-quality coke for steel manufacturing.
Steam Coal, also known as thermal coal, is primarily used for power generation and industrial heating. With its high energy content and combustion efficiency, it is a reliable source of fuel for steam boilers and electricity production, providing consistent performance in energy-intensive industries.
