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Reducing energy consumption and carbon emissions of magnesia refractory products: A life-cycle perspective
China is the largest producer of magnesia refractory materials and products in the world, resulting in significant energy consumption and carbon emissions. This study analyzes measures to reduce both the energy consumption and carbon emissions in the production phase and use phase, providing a theoretical basis for a sustainable magnesia refractory industry. Results show that the total carbon emissions of carbon-containing magnesia bricks produced with fused magnesia are much higher than those of other products, and the total carbon emissions of both general magnesia brick and magnesia-carbon spray are lower than those of other products. Carbon emissions of magnesia products are mainly concentrated in the production process of magnesia. Manufacturers should select materials with lower environmental impacts and emphasize saving energy and reducing carbon emissions in the magnesia production process. Through scenario analysis we found that CO2 capture is an effective measure to reduce carbon emissions compared with just improving energy consumption. However, a robust CO2 market does not currently exist. Policy makers should plan on integrating CO2 capture in the magnesia industry into a regional CO2 capture and storage development planning in the long term. In particular, magnesia production is concentrated in a single geographical area which would and thus could take advantage of significant scale effects. In the use phase, extending the service lifetime reduces carbon emissions over the product lifetime, thus users should attempt to extend the service lifetime of a furnace as a whole.
2024/01/18 xyelong 46
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What Is Important To Know About Magnesia Carbon Bricks
Magnesia carbon bricks are often used for furnaces. There are different types of bricks used for these furnaces though, and there are also different kinds of furnaces. One thing you need to know about these particular bricks is that they are often used for the lining of electric furnaces. You’re talking about the furnace being more efficient in terms of performance and cost, too
2024/01/05 xyelong 145
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Raw materials for preparing magnesia carbon bricks
The raw material for preparing magnesia-carbon bricks is fused magnesia with a MgO content of 98%, magnesia-carbon bricks are characterized by their low porosity, slag erosion resistance, thermal shoc
2024/01/01 gerisrefractory.com 1446
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The importance of graphite for magnesia carbon bricks
The high SiO2 content in ash is very harmful. First of all, the introduction of a large amount of SiO2 will inevitably change theCaO/SiO2 ratio of high-quality magnesia, so that the original high-temp
2024/01/01 gerisrefractory.com 1856
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![What is magnesia carbon bricks manufacturing process?]()
What is magnesia carbon bricks manufacturing process?
Magnesia carbon bricks is a high melting point of basic oxide oxide (melting point 2800 ℃) and difficult to be slag invasion of high melting point carbon material as raw material, add a variety of non-oxide additives. With carbonaceous binder combination of non-burning carbon composite refractory material.
2024/01/01 gerisrefractory 483
