An-Najah University Journal for Research - A (Natural Sciences)

Article info

Keywords

• Pyrolysis
• pyrolyzed carbon black (PCB)
• Properties of Concrete
• Concrete
• sustainable waste management.

Abstract

MAX 250 words Tire waste is one of the world's major environmental solid waste problems. Used tires cannot be handled in landfills or burned because they create noxious vapors that are harmful. Therefore, a variety of methods for the treatment of used tires have been proposed. The most advantageous method for disposing of garbage is thought to be tire pyrolysis. By pyrolyzing waste tires, carbon black (PCB) is produced as a byproduct as well as gases, fuel oil, steel, and other materials. Another problem with solid waste is caused by PCB, which accounts for 30-35 weight percent of waste tire materials. In this experimental investigation, PCB inclusion in construction-grade concrete was attempted. The effect of black carbon particle size on concrete was examined in the current research. The compression test, which was performed in the testing, used six different PCB particle sizes. The results showed that the strength in the 28-day compression test could be organized in an increasing fashion, with the smallest particle size (75 m) yielding the highest compressive strength. The seven-day exam is also devoid of the usual arrangement.

معلومات المقال

الكلمات الإفتتاحية

• Pyrolysis
• pyrolyzed carbon black (PCB)
• Properties of Concrete
• Concrete
• sustainable waste management.

الملخص

MAX 250 words Tire waste is one of the world's major environmental solid waste problems. Used tires cannot be handled in landfills or burned because they create noxious vapors that are harmful. Therefore, a variety of methods for the treatment of used tires have been proposed. The most advantageous method for disposing of garbage is thought to be tire pyrolysis. By pyrolyzing waste tires, carbon black (PCB) is produced as a byproduct as well as gases, fuel oil, steel, and other materials. Another problem with solid waste is caused by PCB, which accounts for 30-35 weight percent of waste tire materials. In this experimental investigation, PCB inclusion in construction-grade concrete was attempted. The effect of black carbon particle size on concrete was examined in the current research. The compression test, which was performed in the testing, used six different PCB particle sizes. The results showed that the strength in the 28-day compression test could be organized in an increasing fashion, with the smallest particle size (75 m) yielding the highest compressive strength. The seven-day exam is also devoid of the usual arrangement.