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A platform for research: civil engineering, architecture and urbanism
Utilization of Sulfur Waste from Petroleum Refinery for Sulfur Concrete
In this study, sulfur and sulfur wastes from petroleum refinery were utilized to produce sulfur concrete. Sulfur concrete was prepared by mixing molten sulfur and modified sulfur. Then, filler and sand was added and mixed continuously. This research was investigated by assessing the effect of ratio and sulfur wastes on the compressive strength of sulfur concrete. The result showed that sulfur wastes were affected by the compressive strength. Sulfur concrete which produced from sulfur by product from desulfurization unit has the highest compressive strength (2.56+0.06 MPa). The compressive strength was decrease when using sulfur wastes. However, the ratio of sulfur and modified sulfur affected the compressive strength of sulfur concrete because modified sulfur is very efficient in binding and strengthening the aggregates. The amount of modified sulfur increases, so does the compressive strength. It should be noted that sulfur concrete has been used to produce non-load bearing wall and non-load bearing concrete masony units for the propose of reduce to landfill and support sustainability concept.
Utilization of Sulfur Waste from Petroleum Refinery for Sulfur Concrete
In this study, sulfur and sulfur wastes from petroleum refinery were utilized to produce sulfur concrete. Sulfur concrete was prepared by mixing molten sulfur and modified sulfur. Then, filler and sand was added and mixed continuously. This research was investigated by assessing the effect of ratio and sulfur wastes on the compressive strength of sulfur concrete. The result showed that sulfur wastes were affected by the compressive strength. Sulfur concrete which produced from sulfur by product from desulfurization unit has the highest compressive strength (2.56+0.06 MPa). The compressive strength was decrease when using sulfur wastes. However, the ratio of sulfur and modified sulfur affected the compressive strength of sulfur concrete because modified sulfur is very efficient in binding and strengthening the aggregates. The amount of modified sulfur increases, so does the compressive strength. It should be noted that sulfur concrete has been used to produce non-load bearing wall and non-load bearing concrete masony units for the propose of reduce to landfill and support sustainability concept.
Utilization of Sulfur Waste from Petroleum Refinery for Sulfur Concrete
Wongsirathat, Chitasupha (author) / Chavalparit, Orathai (author)
2013
5 Seiten
Conference paper
English
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