Study on Clinker Production Using Magnesium Slag on a 4500tpd Line

Feng Lu; Rui Ying Bai; Ji Wei Cai

doi:10.4028/www.scientific.net/AMR.690-693.724

Paper Titles

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Short- and Long-Term Deflection of Concrete Structures
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Stability Bearing Capacity of Concrete Filled Thin-Walled Circular Steel Tubular Column under Axial Compression
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Study on Clinker Production Using Magnesium Slag on a 4500tpd Line
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Study on Crack Spacing and Width of Expansive Soil due to Evaporation
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Study on Medium Density Radial Bamboo Curtain Composite Plybamboo
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Study on Particle Characteristics of Cement by Vertical Roller Mill Finish Grinding
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Study on the Axial Ultimate Bearing Capacity of Concrete-Filled Square Steel Tubular Stub Columns
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Study on Clinker Production Using Magnesium Slag on a 4500tpd Line

Abstract:

Magnesium slag was used to produce cement clinker replacing part of limestone and sandstone with 11% content. The results show that the magnesium slag can significantly improve the grindability and burnability of Portland cement raw materials. The 28d compressive strength of this clinker is 58.9MPa and the physical performance can satisfied the requirements of 52.5 strength grade according to GB 175-2007.