Julius Lisuch, Dusan Dorcak
A significant proportion of the total energy expenditure for heat treatment of raw materials ends up as heat losses through the shell of the rotary furnace. Currently, the waste heat is not used in any way and escapes into the environment. A controlled cooling system for the rotary furnace shell (CCSRF) is a new solution integrated into the technological process aimed at reducing the heat loss of the furnace shell. Simulations and experiments were conducted to evaluate the effect of controlled cooling on the operation of the rotary furnace. The proposed solution is cost-effective and operationally undemanding, leading to reduced fuel consumption for heating and increased quality of the clinker burning. The analysis aims to acquire knowledge of the system for controlled cooling, determine its impact on the rotary furnace's work, and find optimal conditions to utilize this cooled heat effectively.
@article{4df2fd73-9dee-488c-8bc5-2f058e638d71,
title={EFFECTIVE USE OF ROTARY FURNACE SHELL HEAT},
author={Julius Lisuch and Dusan Dorcak},
year={2014},
language={en}
}TY - JOUR TI - EFFECTIVE USE OF ROTARY FURNACE SHELL HEAT AU - Julius Lisuch AU - Dusan Dorcak PY - 2014 LA - en ER -
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