A Technical Feasibility Study and Environmental Impacts of Green Cement Production from Recycled Fly Ash in Pakistan

IF 0.1 Q4 ENGINEERING, CHEMICAL
H. Masood, S. Haider, U. Javed, N. Ali, S. Hussain, Muhammad Ashraf
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Abstract

This Research includes that how to switch from prior techniques towards the green cement. Green cement is environment friendly and less producing the carbon dioxide in the environment. First of all it seems that the possibility of best replaceable recycled material which is fly ash. There are set of materials which can replace the cement in making concrete like the rice husk, sugar cane, furnace slag etc. but we have worked on fly ash as recycled material which has the same constituents required for making cement and fly as required less amount of energy as fly ash already burned that’s why generation of carbon dioxide is less. In this thesis we have calculated the percentage amount of fly ash to limestone used for green cement production. In present study it can be replaced 80 to 100 percent of cement by fly ash but for this purpose we have to use sodium based activator. In this research work it have been found the best place for green cement plant in Sindh (Pakistan) in plant location and discussed all factors that affect the plant location.
巴基斯坦再生粉煤灰生产绿色水泥技术可行性及环境影响研究
本研究包括如何从现有技术转向绿色水泥。绿色水泥对环境友好,在环境中产生的二氧化碳较少。首先,似乎最好的可替代再生材料是粉煤灰的可能性。在制造混凝土时,有一套材料可以取代水泥,如稻壳、甘蔗、炉渣等。但我们已经将飞灰作为回收材料进行了研究,它具有制造水泥和飞灰所需的相同成分,所需的能量比已经燃烧的飞灰少™这就是为什么二氧化碳的产生更少。在本文中,我们计算了用于绿色水泥生产的石灰石中粉煤灰的百分比。在目前的研究中,它可以用粉煤灰代替80%到100%的水泥,但为此我们必须使用钠基活化剂。在这项研究工作中,在信德省(巴基斯坦)找到了绿色水泥厂的最佳厂址,并讨论了影响厂址的所有因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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