We are a cement plant, operating with 100 per cent petroleum coke with 6 per cent sulphur. If the amount of SO2 in the waste gas is less than 100mg/m3,and no ring problem in the kiln what is in your opinion the disadvantage of using this product in the environment.
admin
I see no environmental or pollution related disadvantages in using petroleum coke to fire your kilns.
admin
We have problem of hard clinker used in cement grinding. This clinker is produced by using 100 per cent pet coke in firing. Although chemical composition of clinker is correct. It has 50 per cent C3S, 5.5 per cent C3A, & liquid approx 28.5 per cent & SO3 in clinker 1.6 per cent. But minerology observed under microscopy reveals following: Mineralogical composition and Granulometry of - 6 mm clinker: Phases present Quantity (per cent) Granulometry (size in micron) Min. Max. Average required size Alite (C3S) 46.5 8 82.69 42.14 20 Belite (C2S) 34.5 3.5 93.00 38.26 15 Liquid phase (C3A+C4AF) 18.6 Porosity Low porous 22 120 65 (more data attached) Photomicrographs are given in attachment. Kindly suggest How to reduce Alite grain size & increase porousity of clinker. Our kiln is already running in full RPM. Is it possible to make softer clinker by changing chemical composition.
admin
I have looked at the photomicrographs and read your analysis with interest. In order to properly answer your questions I would have to ask Dr Chromy to examine and analyse the mineralogy of the clinker. I'm afraid that Dr Chromy would charge for that and therefore Aditya Birla would have to pay. I will contact Mr Modi and Mr Agrawal to see whether they want me to refer this to Dr Chromy. One we have his analysis then we might be in a position to suggest the means to reduce the alite grain size and make softer clinker by adjusting the chemical composition.