Numerical research for Gate Type Waste Incinerators In Environment energy facilities

Jong-Yoon Kim^*,Yong-Han Jeon^**

^*Department of Fire Safety Management, Seojeong College, ^**Department of Fire Protection and Safety, Sangji-Youngseo College

E-mail: sweat100@hanmail.net

^†Corresponding Author : Jong-Yoon Kim, Fire Safety Management, Seojeong College, 1049-56, Hwahap-ro, Eunhyeon-myeon, Yangju-si, Gyeonggi-do

Abstract

This study is analyzed combustion phenomena based on the environmental energy facility incinerator. It is assumed that combustible components of waste are composed of carbon and hydrogen, and the combustion process of fuel is by setting as multi-component / multistage reaction. As the combustion chamber is burned, the high temperature environment is achieved, also the heat transfer accompanied by the turbulent flow and the generation of NOx, a pollutant, are interpreted to predict the thermal and fluid characteristics and pollution emissions of the grate incinerator. As the result of internal flow analysis, the slow flow around the ash chute and the mixing effect due to the complicated turbulence around the combustion chamber were predicted to show excellent performance. It is shown to the internal average temperature was about 1024°C, around the about 1000°C homogeneous temperature distribution. Due to the sudden temperature decrease in the boiler, the flue gas temperature at the outlet was estimated to be about 220 ℃.

환경에너지시설내 화격자식 소각로 수치해석 연구

김종윤^*,전용한^**

^*서정대학교 소방안전관리과, ^**상지영서대학교 소방안전과

초록

Figure

Table

SEARCH
Online Submission

http://submission.koreasafety.or.kr
KSSM
The Korean Society of Safety ManagementWaste Society
Editorial Office
Contact Information

- Tel: +82.31.336.2844
- Fax: +82.31.336.2845
- E-mail: safety@mju.ac.kr

Numerical research for Gate Type Waste Incinerators In Environment energy facilities

Abstract

환경에너지시설내 화격자식 소각로 수치해석 연구

초록

Figure

Table

Online Submission

KSSM

Editorial OfficeContact Information

Editorial Office
Contact Information