ABSTRACT. Cement kiln dust produced in a local cement production plant in Saudi Arabia, along with fly ash resulting from combustion of heavy fuel oil in a local power generation plant were utilized as waste materials blended with ordinary Portland cement at various ratios. These blends were tested for their water requirements for normal consistency, initial setting times, and compression and tensile strengths, and were compared to those of Portland cement. Test results show that satisfactory mechanical strength (a minimum of 94 % of compression strength of ordinary Portland cement) can still be achieved in blends utilizing 90% cement and not more than 4 % fly ash. Adequate mechanical strengths (a minimum of 80 % of compression strength of ...
The growth of the construction industry has led to the greater consumption of natural resources, whi...
Recently, the protection of the natural environment is required. Therefore, we evaluated fresh prope...
Nowadays, the cement industry is the largest emitter of CO2. In 2015, cement production accounts for...
During the manufacture of Portland cement, dust is generated composed of particles of feedstock and ...
An attempt has been taken to find out the sustainable use of fly ash which was used as an admixture ...
Effect of fly ash on the properties of cement. This experimental work is an effort to try to develop...
In recent years, use of various waste products in ground construction and modification has gained co...
Cement kiln dust (CKD) is an industrial by-product of the cement manufacturing process, the composit...
The characteristics of cement kiln dusts (CKDs) and their effects as partial replacement of Portland...
There are very few studies in the literature on the usage of CKD in cementitious systems. This artic...
Fly ash is one of the most common residues produced from coal combustion. Unconditionally released f...
Large quantity of dust, commonly known as cement kiln dust (CKD), is produced during the production ...
The present study aims to assess the properties of concrete containing cement kiln dust (CKD). Concr...
This research is designed to determine the effect of the mechanically activated fly ash on fresh con...
Cement production which is one of the most energy intensive industries plays a significant role in e...
The growth of the construction industry has led to the greater consumption of natural resources, whi...
Recently, the protection of the natural environment is required. Therefore, we evaluated fresh prope...
Nowadays, the cement industry is the largest emitter of CO2. In 2015, cement production accounts for...
During the manufacture of Portland cement, dust is generated composed of particles of feedstock and ...
An attempt has been taken to find out the sustainable use of fly ash which was used as an admixture ...
Effect of fly ash on the properties of cement. This experimental work is an effort to try to develop...
In recent years, use of various waste products in ground construction and modification has gained co...
Cement kiln dust (CKD) is an industrial by-product of the cement manufacturing process, the composit...
The characteristics of cement kiln dusts (CKDs) and their effects as partial replacement of Portland...
There are very few studies in the literature on the usage of CKD in cementitious systems. This artic...
Fly ash is one of the most common residues produced from coal combustion. Unconditionally released f...
Large quantity of dust, commonly known as cement kiln dust (CKD), is produced during the production ...
The present study aims to assess the properties of concrete containing cement kiln dust (CKD). Concr...
This research is designed to determine the effect of the mechanically activated fly ash on fresh con...
Cement production which is one of the most energy intensive industries plays a significant role in e...
The growth of the construction industry has led to the greater consumption of natural resources, whi...
Recently, the protection of the natural environment is required. Therefore, we evaluated fresh prope...
Nowadays, the cement industry is the largest emitter of CO2. In 2015, cement production accounts for...