Research into the dependence between clinker activity and its fine structure mineralogical composition shows that at constant conditions of baking cooling in a particular furnace for certain period time, can be considered as unchanged. This paper studies Portland cement on based data obtained during study main minerals. The six polymorphic modifications alite lattices parameter measurement help...

The industrial solid waste recycling team at North Minzu University has done much research on resource utilization of magnesium slag. This chapter mainly introduces a discussion includes the use slag to prepare glass ceramics, porous and sulfoaluminate cement clinker, fixing/stabilizing heavy metals in acidic residue generated by lead-zinc smelting, modifying copper

This article presents the numerical modeling of thermochemical conversion biomass and tires as alternative fuels in kilns dedicated to production cement. The study seeks understand control phenomena that occur when heavy fuel oil (traditional fuel) is partially replaced by tires. These are thoroughly mixed with meal at entrance rotary kiln form bed solids. mathematical model developed takes int...

Abstract Portland cement additions have been used for many years with the main objective of reducing amount clinker. Among additions, blast furnace slag, resulting from production pig iron, that is, reusing this by-product, reduces emission carbon dioxide as well decreases exploitation natural limestone and clay reserves, which are raw materials In order to reduce these emissions increase avail...

The main assumption of eco-efficient High-Performance Concrete (HPC) design is the reduction Portland cement clinker content without negatively affecting composite’s mechanical and durability properties. In this paper, three low-clinker HPC mixtures incorporating slag (CEM III/B as per EN 197-1) Supplementary Cementitious Materials (SCMs)—Ground Granulated Blast Furnace Slag (GGBFS), Siliceous ...