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[This article belongs to Volume - 54, Issue - 2]
Gongcheng Kexue Yu Jishu/Advanced Engineering Science
Journal ID : AES-20-03-2022-139
Title :
Dispersion and Fire Consequence Analysis Modeling from DMAPA Release at Betaine Plant Unilever Oleochemical Indonesia Using ALOHA Software
Renanto Handogo, , Michael Adrian Subagio, , Kevin Kurniawan, , Juwari P Sutikno,
Keywords : DMAPA, UOI, Fire Consequence Analysis Modeling, Betaine Plant Unilever Oleochemical Indonesia Using, Software Betaine
Renanto Handogo, , Michael Adrian Subagio, , Kevin Kurniawan, , Juwari P Sutikno,
Abstract : Betaine plant is one of the high-risk industries since it processes a dangerous, toxic, and flammable raw material called dimethylaminopropylamine (DMAPA) under high temperature and high-pressure operating conditions. This study analyses the risk impact of DMAPA in the chemical process area. This research was conducted at Betaine Plant Unilever Oleochemical Indonesia (UOI). Leaks occur in iso tank truck, unloading pump, storage tank, feed pump, and amidoamine reactor with wind direction as an in
Keywords : DMAPA, UOI, Fire Consequence Analysis Modeling, Betaine Plant Unilever Oleochemical Indonesia Using, Software Betaine