Journal Article

·2017

DETONATION PROPERTIES OF AMMONIUM NITRATE CONTAINING CALCIUM CARBONATE, DOLOMITE, AND FLY ASH

Ahmet Ozan Gezerman YTU , Burcu Didem Çorbacıoğlu YTU

International Journal of Energetic Materials and Chemical Propulsion

Abstract

Because of its low cost and easy availability, ammonium nitrate (AN) is widely used in the agricultural industry; however, the explosive properties of this compound are often exploited for misuse in illegal activities. To minimize the use of AN outside the agricultural industry and to meet the nitrogen requirements of AN-based fertilizers, we attempted to use calcium carbonate, dolomite, and fly ash in different concentrations. These additives helped in reducing the explosion heat and detonation velocity of the resulting AN mixtures. According to the results of calorimetric tests, the AN mixture with a composition of 17.5% CaCO3, 7.5% dolomite, and 20% fly ash dramatically decreased the reaction enthalpy, thereby eliminating the possibility of detonation problems.

Keywords

Dolomite Detonation Fly ash Ammonium nitrate Explosive material Calcium carbonate Ammonium Environmental science Nitrogen Carbonate Detonation velocity Pulp and paper industry Waste management Ammonium carbonate Chemistry Inorganic chemistry Materials science Chemical engineering Mineralogy Metallurgy Organic chemistry Engineering

Subject Areas

Catalytic Processes in Materials Science ·Materials Chemistry ·Physical Sciences
Advanced ceramic materials synthesis ·Ceramics and Composites ·Physical Sciences
Water Quality Monitoring and Analysis ·Industrial and Manufacturing Engineering ·Physical Sciences

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