The quantities of component materials used for production of concrete are high on the global scale, therefore alternative materials are experimented on, in order to replace the natural ones. The possibility of using ground waste sulfur from the oil refining (petroleum) industry as a filling component of self-compacting concrete is presented in the paper, based on common concrete laboratory tests. The physical and mechanical properties of selfcompacting concrete decrease to some extend due to use of ground sulfur, but this concrete remains useful for some building applications
This research is an exploratory experiment into sulfur concrete used not as a complete replacement o...
Today, using waste from heat and power plants for sulfur concrete production is one of the most effi...
© 2018 Trans Tech Publications, Switzerland. The paper investigates the recovery problem of waste su...
The quantities of component materials used for production of concrete are high on the global scale, ...
The effect of partial replacement of natural filler by ground waste sulfur originated from the oil r...
Mainly due to the strict global environmental regulations regarding the oil and gas refining process...
Self-compacting concrete (SCC) typically contains a certain content of very fine mineral fillers suc...
The article presents the results of research that focused on the selected physical properties of sul...
Self-compacting concrete (SCC) contains fine mineral fillers such as limestone powder. The idea of ...
Fossil fuel consumption is rapidly increasing all over the world, and so is the amount of sulfur yie...
In order to exploit concrete waste and lower the environmental impact of natural aggregates excavati...
In the last decades the availability of sulfur has considerably grown in many countries. This is mai...
Sulfur concrete was prepared by using the initial components: sand as an aggregate, modified sulfur ...
The article presents the possibility of recycling industrial sulfur waste in concrete composites. Th...
As a result of the industrial activity millions of tons of industrial wastes are piled in the indust...
This research is an exploratory experiment into sulfur concrete used not as a complete replacement o...
Today, using waste from heat and power plants for sulfur concrete production is one of the most effi...
© 2018 Trans Tech Publications, Switzerland. The paper investigates the recovery problem of waste su...
The quantities of component materials used for production of concrete are high on the global scale, ...
The effect of partial replacement of natural filler by ground waste sulfur originated from the oil r...
Mainly due to the strict global environmental regulations regarding the oil and gas refining process...
Self-compacting concrete (SCC) typically contains a certain content of very fine mineral fillers suc...
The article presents the results of research that focused on the selected physical properties of sul...
Self-compacting concrete (SCC) contains fine mineral fillers such as limestone powder. The idea of ...
Fossil fuel consumption is rapidly increasing all over the world, and so is the amount of sulfur yie...
In order to exploit concrete waste and lower the environmental impact of natural aggregates excavati...
In the last decades the availability of sulfur has considerably grown in many countries. This is mai...
Sulfur concrete was prepared by using the initial components: sand as an aggregate, modified sulfur ...
The article presents the possibility of recycling industrial sulfur waste in concrete composites. Th...
As a result of the industrial activity millions of tons of industrial wastes are piled in the indust...
This research is an exploratory experiment into sulfur concrete used not as a complete replacement o...
Today, using waste from heat and power plants for sulfur concrete production is one of the most effi...
© 2018 Trans Tech Publications, Switzerland. The paper investigates the recovery problem of waste su...