The Coal Spontaneous Combustion Underground Monitoring System of Duketech is used to monitor the gas content of O2, N2, H2, He,CO, CO2, CH4, C2H4, C2H6, C2H2,H2S,SO2,temperature, pressure, and so on. The regularity of formation of multi-component index gases during spontaneous combustion of coal is detected, which provides technical support and theoretical support for the identification of early hidden danger characteristic information of spontaneous combustion of coal.The system analysis host is based on infrared spectroscopy technology, has pulse infrared light source, and forms 10 spectral bands in mid-infrared region through narrow-band optical filter for gas analysis; ultra-high sensitivity patented optical technology with enhanced beam can be realized through 10 narrow-band optical filters, and ultra-narrow optical filter can remove the interference of background gas; Multi-spectral region can help to minimize the cross sensitivity. It can measure up to 9 kinds of gases at the same time. Multi-point sampler can freely expand gas sampling points from 12 channels to 64 channels. The instrument can be applied to small flow gas sampling and high temperature gas working conditions. Configuration and control are carried out by the application software on Win-PC, and data are automatically stored in Excel format. Standard digital or analog output is realized through different interfaces. At the same time of 64 channels of simultaneous sampling, 64 channels of temperature sensor and pressure sensor can be connected to the multi-point sampling unit to measure the sampling gas temperature, air temperature, surface temperature, working temperature and pressure of the multi-point sampling unit.
The Coal Spontaneous Combustion Underground Monitoring System of Duketech is used to monitor the gas content of O2, N2, H2, He,CO, CO2, CH4, C2H4, C2H6, C2H2,H2S,SO2,temperature, pressure, and so on. The regularity of formation of multi-component index gases during spontaneous combustion of coal is detected, which provides technical support and theoretical support for the identification of early hidden danger characteristic information of spontaneous combustion of coal.The system analysis host is based on infrared spectroscopy technology, has pulse infrared light source, and forms 10 spectral bands in mid-infrared region through narrow-band optical filter for gas analysis; ultra-high sensitivity patented optical technology with enhanced beam can be realized through 10 narrow-band optical filters, and ultra-narrow optical filter can remove the interference of background gas; Multi-spectral region can help to minimize the cross sensitivity. It can measure up to 9 kinds of gases at the same time. Multi-point sampler can freely expand gas sampling points from 12 channels to 64 channels. The instrument can be applied to small flow gas sampling and high temperature gas working conditions. Configuration and control are carried out by the application software on Win-PC, and data are automatically stored in Excel format. Standard digital or analog output is realized through different interfaces. At the same time of 64 channels of simultaneous sampling, 64 channels of temperature sensor and pressure sensor can be connected to the multi-point sampling unit to measure the sampling gas temperature, air temperature, surface temperature, working temperature and pressure of the multi-point sampling unit.
Coal is a nonrenewable fossil fuel that is combusted and used to generate electricity. Mining techniques and combustion are both dangerous to miners and hazardous to the environment; however, coal accounts for about half of the electricity generation in the United States. With our years in the coal mining sector, we can supply the quantity of 1000-2000MT every month.
The Coal Spontaneous Combustion Monitoring System of Duketech is used to monitor the gas content of O2, N2, H2, He,CO, CO2, CH4, C2H4, C2H6, C2H2,H2S,SO2,temperature, pressure, and so on. The regularity of formation of multi-component index gases during spontaneous combustion of coal is detected, which provides technical support and theoretical support for the identification of early hidden danger characteristic information of spontaneous combustion of coal.It can be used as a monitoring system for large-scale coal spontaneous combustion test bench and sample test bench, as well as provides experimental conditions for a multi-direction science such as coal fire prevention and fire science and improves the efficiency of coal mine production.
The Coal Spontaneous Combustion Monitoring System of Duketech is used to monitor the gas content of O2, N2, H2, He,CO, CO2, CH4, C2H4, C2H6, C2H2,H2S,SO2,temperature, pressure, and so on. The regularity of formation of multi-component index gases during spontaneous combustion of coal is detected, which provides technical support and theoretical support for the identification of early hidden danger characteristic information of spontaneous combustion of coal.The system analysis host is based on infrared spectroscopy technology, has pulse infrared light source, and forms 10 spectral bands in mid-infrared region through narrow-band optical filter for gas analysis; Ultra-high sensitivity patented optical microphone technology with enhanced beam can be realized through 10 narrow-band optical filters, and ultra-narrow optical filter can remove the interference of background gas; Multi-spectral region can help to minimize the cross sensitivity. It can measure up to 9 kinds of gases at the same time.
The Coal Spontaneous Combustion Monitoring System of Duketech is used to monitor the gas content of O2, N2, H2, He,CO, CO2, CH4, C2H4, C2H6, C2H2,H2S,SO2,temperature, pressure, and so on. The regularity of formation of multi-component index gases during spontaneous combustion of coal is detected, which provides technical support and theoretical support for the identification of early hidden danger characteristic information of spontaneous combustion of coal.It can be used as a monitoring system for large-scale coal spontaneous combustion test bench and sample test bench, as well as provides experimental conditions for a multi-direction science such as coal fire prevention and fire science and improves the efficiency of coal mine production.
The Coal Spontaneous Combustion Monitoring System of Duketech is used to monitor the gas content of O2, N2, H2, He,CO, CO2, CH4, C2H4, C2H6, C2H2,H2S,SO2,temperature, pressure, and so on. The regularity of formation of multi-component index gases during spontaneous combustion of coal is detected, which provides technical support and theoretical support for the identification of early hidden danger characteristic information of spontaneous combustion of coal.The system analysis host is based on infrared spectroscopy technology, has pulse infrared light source, and forms 10 spectral bands in mid-infrared region through narrow-band optical filter for gas analysis; Ultra-high sensitivity patented optical microphone technology with enhanced beam can be realized through 10 narrow-band optical filters, and ultra-narrow optical filter can remove the interference of background gas; Multi-spectral region can help to minimize the cross sensitivity. It can measure up to 9 kinds of gases at the same time.
Fly Ash: Fly Ash is by product generated during combustion of coal, and comprises the fine particles that rise with the flue gases. Ash which is collected from the bottom is termed bottom ash. Fly ash is collected by electrostatic precipitators or other particle filtration equipment before the flue gases reach the chimneys of coal-fired power plants and together with bottom ash removed from the bottom of the furnace is in this case jointly known as coal ash. Depending upon the type of coal being used, the specification of Fly Ash varies considerably, but Fly Ash contains substantial amounts of silicon dioxide and calcium oxide (CaO), both being endemic ingredients in many coal-bearing rock strata. We are a reputed Fly Ash Exporter based in India and are supplying Fly Ash different cement, ready mix concrete, steel, refractories and construction industries. The Major Utilization Areas Of Fly Ash : - Manufacture of Portland Pozzolanic Cement & Performance improver in Ordinary Portland cement (OPC). - Part replacement of OPC in cement concrete. - High volume Fly Ash concrete. - Roller Compacted Concrete used for dam & pavement construction. - Manufacture of ash bricks and other building products. - Construction of road embankments, structural fills, low lying area development. - As a soil amender in agriculture and wasteland development. Types of Fly Ash: - According to the type of coal used fly is classified into two types. Anthracite and bituminous coal produces Fly Ash classified as class F. Class C Fly Ash is produced by burning lignite or sub-bituminous coal. Class C Fly Ash has self-cementing properties. - Class F and Class C Fly Ash are products of the combustion of coal in large power plants. Fly Ash is collected in electrostatic precipitators or baghouses, and then transferred to large silos for shipment. When needed, Fly Ash is classified by precise particle size requirements, thus assuring a uniform, quality product. - Class F Fly Ash is available in the largest quantities. Class F is generally low in lime, usually under 15 percent, and contains a greater combination of silica, alumina and iron (greater than 70 percent) than Class C Fly Ash. - Class C Fly Ash normally comes from coals which may produce an ash with higher lime content generally more than 15 percent often as high as 30 percent. Elevated CaO may give Class C unique self-hardening characteristics. Minimum Order Quantity : 1 container
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
High quality Australian Coal for export worldwide. Australian coal is renowned for its high quality and favorable characteristics, making it a sought-after commodity on the global market. The coal extracted from Australian mines is known for its low impurity content, high energy yield, and efficient combustion properties. The country's coal reserves include both metallurgical coal, essential for steel production, and thermal coal, widely used in electricity generation. The consistency in quality, coupled with advanced mining practices and stringent environmental standards, positions Australian coal as a reliable and environmentally responsible choice for various industries worldwide. Australia's commitment to sustainable mining practices further enhances the appeal of its coal as a dependable energy and industrial resource on the international stage.
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.
Features Of Fly Ash Fly ash, also known as flue-ash is a residue which is generated during combustion and consists of fine particles. There are impurities in coal which mostly consist of clays, limestone and dolomite particles. These turn up into ash as they cannot be completely burned. Fly ash is useful in a number of ways and is one of the most researched upon mineral source. It is mainly a pozzolanic substance which contains aluminum and silicon material which in return due to the presence of water can take form of cement. A lot of research and development initiative have been taken place across the globe to build and develop technologies that can utilize the full potential of fly ash. Royal Mineral takes care to ensure flawless production stages.
Our RB4 Steam Coal is a high-quality thermal coal that meets the Standard Coal Trading Agreement (SCoTA) specifications. With a calorific value of 5000 Kcal/kg (net as received), this grade of coal is ideal for power generation and industrial applications that require reliable and efficient energy sources. Key Features: 1. Calorific Value: 5000 Kcal/kg (net as received), providing a balanced energy output suitable for various applications. 2. Compliance: Meets the stringent SCoTA specifications, ensuring consistent quality and performance. 3. Moisture Content: Low moisture content enhances combustion efficiency and reduces transportation costs. 4. Ash Content: Controlled ash levels help minimize slagging and fouling in boilers, contributing to more efficient operations. 5. Sulfur Content: Low sulfur content ensures compliance with environmental regulations, reducing emissions and the environmental impact of coal usage. Applications: 1. Power Generation: Ideal for thermal power plants, RB4 coal offers a reliable energy source for electricity production. 2. Industrial Use: Suitable for cement manufacturing, steel production, and other industrial processes requiring consistent thermal energy. 3. Heating: Can be used in industrial boilers and heating systems where a steady and efficient fuel supply is needed.
"Our RB3 coal meets the rigorous standards set by the Standard Coal Trading Agreement (SCoTA), ensuring high-quality thermal coal for various industrial applications. This coal grade is specifically tailored to meet the needs of power generation and other industrial processes requiring consistent and reliable fuel. Key Features: 1. High Calorific Value: RB3 coal provides a substantial calorific value, ensuring efficient energy production. 2. Consistent Quality: Adheres to SCoTA specifications, guaranteeing uniformity and reliability in every shipment. 3. Low Moisture Content: Reduced moisture content enhances combustion efficiency and reduces transportation costs. 4. Sulfur and Ash Content: Balanced levels of sulfur and ash to meet environmental standards and reduce emissions. Applications: 1. Power Generation: Ideal for use in thermal power plants, RB3 coal ensures efficient and stable electricity production. 2. Industrial Processes: Suitable for various industrial applications, including cement manufacturing, steel production, and other high-energy-demand industries. 3. Domestic Heating: Can be used for residential heating purposes, providing a reliable and cost-effective energy source."
Metallurgical coke is a carbon material resulting from the manufactured purification of multifarious blends of Australian coal.LAMC is Green fuel and 100% Eco Freindly Fuel. Coke is made by destructive distillation of a blend of selected Bituminous coals (called Coking coal or Metallurgical coal) in special high temperature ovens in the absence of oxygen until a greater part of the volatile matter is driven off. The resulting product, COKE, consists principally of Carbon with sizes ranging from basketballs (foundry coke) to fine powder (coke breeze). Coke is primarily used to smelt iron ore and other bearing materials in blast furnaces, acting both as a source of heat and as a chemical reducing agent to produce pig iron or hot metal. We currently operates non polluting non recovery type coke ovens . The raw material requirement is met by importing prime coking coal of Australian origin. The distinct features of our coke are as under: Meticulous coking cycle and relatively higher oven temperatures results in superior coke quality. Complete combustion of coking coals resulting in almost negligible levels of pollution. Advance In-house lab for complete analysis and to rectify minute changes in chemical specifications. We are planning to develop new trends as far as improved coke quality is concerned. Completely RCC coal & coke yard which ensures that the coke quality is maintained. Exclusive mechanized machines for exact sizing and screening of coke. Excellent infrastructure facilities like steel duct & stack and big size ovens which increases the efficiency as well as the quality of coke. We have expertise in producing different coke qualities for the requirements of blast furnaces, foundries, Ferro alloys. We are also diversifying into different activities and moving towards an eco friendly energy by setting up a power plant with the stack emissions of our coke oven. Low Ash Metallurgical Coke (Met Coke) is required for metallurgical and chemical industries and is used as the primary fuel where high temperature and uniform heating is required. The industrial consumers of LAMC include integrated steel plants, industry/foundries producing Ferro Alloys, Pig Iron, Engineering Goods, Chemicals, Soda Ash,Cement Industries,Zinc units and also used in Tea and hotel restaurants & etc.
Hot Selling 100% Sawdust Biomass Wood Pellets Available for Export Descriptions: Wood pellets are a renewable resource, the fuel that is already widely available in the world nowadays. The sawdust or wood shavings are compressed under great pressure and forced through holes. This is a hot process and the natural lignin in the sawdust/wood shavings melts and binds the dust together, holding the pellet in shape and giving it that characteristic sheen on the outside Economic efficiency: Wood pellets are extremely dense and can be produced with a low moisture content (below 10%) that allows them to be burned with a very high combustion efficiency. Their high density also permits compact storage and rational transport over long distances. Electricity generated from pellets in converted coal plants is almost the same cost as electricity generated from natural gas, diesel. Environmentally friendly: Wood pellets are a sustainable fuel that can deliver a significant reduction in net carbon emissions when compared with fossil fuels. Its production and use also bring additional environmental and social benefits. Using scopes: Biomass fuels replace fossil fuels in power plants, stoves, the boiler of textile, food, leather, animal feeding, dye industrial, and animal bedding.
Kiln Dried split firewood: 1. Descriptions: Kiln dried split firewood is a renewable resource, fuel that is already widely available in the world nowadays. The wood log is been split into smaller quantities. This is a hot process and the natural ligin in the wood shavings melts and binds the dust together, holding the wood in shape and giving it that characteristic seen on the outside. 2. Economic efficiency: Kiln dried split firewood are extremely dense and can be produced with a low moisture content (below 10%) that allows them to be burned with a very high combustion efficiency. Their high density also permits compact storage and rational transport over long distance. Electricity generated from kiln dried split firewood in converted coal plants is almost the same cost as electricity generated from natural gas, diesels. 3. Environmentally friendly: Kiln dried split firewood is a sustainable fuel that can deliver a significant reduction in net carbon emissions when compared with fossil fuels. Its production and use also brings additional environmental and social benefits. 4. Using scopes: Dried kiln split firewood replaces fossil fuels in power plants, stoves, boiler of textile, food, leather, animal feeding, dye industrials and animal bedding.
Fly ash is a finely divided residue made from the combustion of pulverized coal that can be used to increase concrete durability and workability, while reducing permeability. As fly ash contains aluminous and siliceous components, it may form cement when mixed with water if the calcium content of the fly ash is high enough. Similarly, mixing fly ash with lime and water can create a substance similar to Portland cement. Fly ash can be separated into two main types, known as: Class F Class F fly ash contains particles covered in a type of melted glass allowing it to reduce the risk of concrete expansion and increase resistance to sulfates and alkali-aggregate reactions. Class C Class C fly ash contains a higher percentage of calcium oxide, making it more effective in strengthening structural concrete. Applications & Benefits of Fly Ash: Fly ash is used in commercial and industrial sectors for improving the durability and workability of concrete mixes. Fly ash is also used as filler in paints, adhesives, and metal and plastic composites. It's commonly used as structural fill for road construction and fly ash can be used to make bricks, ceramic tiles, plaster, Portland cement, and ready-mix cement.
Coal is a sedimentary deposit composed predominantly of carbon that is readily combustible. Coal is black or brownish-black, and has a composition that (including inherent moisture) consists of more than 50 percent by weight and more than 70 percent by volume of carbonaceous material. Coal is primarily used as fuel to generate electric power all over the world. In coal-fired power plants, bituminous coal, sub-bituminous coal, or lignite is burned. The heat produced by the combustion of the coal is used to convert water into high-pressure steam, which drives a turbine, which produces electricity. The ranks of coals, from those with the least carbon to those with the most carbon, are lignite, sub-bituminous, bituminous, and anthracite. MOQ : 30,000 MT Supplied from Indonesia.
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.
