미세조류 유래 바이오디젤 품질 특성 및 차량 저온 성능평가 연구

Microalgae can offer an attractive way of generating renewable and sustainable biodiesel. Biodiesel derived from microagae can have lower impact on the environment and food supply than biodiesel produced from crops. But biodiesel derived from microagae have poor fuel properties at low temperature de...

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Published in한국수소 및 신에너지학회 논문집 Vol. 28; no. 5; pp. 545 - 553
Main Authors 전철환(Cheol-hwan Jeon), 박천규(Cheon-kyu Park), 임재혁(Jae-hyuk Lim), 류영진(Young-jin Ryu), 양지현(Ji-hyun Yang), 심상혁(Sang-hyeok Shim), 조용희(Yong-hee Cho), 김기현(Ki-hyun Kim), 박한울(Hanwool Park), 김준호(Jun-ho Kim), 박재훈(Jaehoon Park), 정인재(INJAE JUNG), 강성모(SUNG-MO KANG), 신동우(DONG-WOO SHIN), 임상민(SANG-MIN LIM), 이철균(CHOUL-GYUN LEE), 나병기(BYUNG-KI NA)
Format Journal Article
LanguageKorean
Published 한국수소및신에너지학회 2017
Subjects
기계공학
바이오디젤
저온 시동성
저온 성능평가
미세조류
저온 주행성능
Microalgae
연료 물성
Cold weather start-ability
Biodiesel
Cold weather operability
Cold weather performance test
Fuel properties
Online AccessGet full text
ISSN1738-7264
2288-7407

Cover

Abstract Microalgae can offer an attractive way of generating renewable and sustainable biodiesel. Biodiesel derived from microagae can have lower impact on the environment and food supply than biodiesel produced from crops. But biodiesel derived from microagae have poor fuel properties at low temperature depending on their species. In this study, it was investigated that fuel characteristics of biodiesel derived from Tetraselmis sp. and cold weather performance of biodiesel blend (BD3, 3 vol.% biodiesel - 97 vol.% diesel). The startability and operability of the passenger car in BD3 was good at $-20^{\circ}C$.
AbstractList Microalgae can offer an attractive way of generating renewable and sustainable biodiesel. Biodiesel derived from microagae can have lower impact on the environment and food supply than biodiesel produced from crops. But biodiesel derived from microagae have poor fuel properties at low temperature depending on their species. In this study, it was investigated that fuel characteristics of biodiesel derived from Tetraselmis sp. and cold weather performance of biodiesel blend (BD3, 3 vol.% biodiesel – 97 vol.% diesel). The startability and operability of the passenger car in BD3 was good at –20℃. KCI Citation Count: 1
Microalgae can offer an attractive way of generating renewable and sustainable biodiesel. Biodiesel derived from microagae can have lower impact on the environment and food supply than biodiesel produced from crops. But biodiesel derived from microagae have poor fuel properties at low temperature depending on their species. In this study, it was investigated that fuel characteristics of biodiesel derived from Tetraselmis sp. and cold weather performance of biodiesel blend (BD3, 3 vol.% biodiesel - 97 vol.% diesel). The startability and operability of the passenger car in BD3 was good at $-20^{\circ}C$.
Author 박천규(Cheon-kyu Park)
신동우(DONG-WOO SHIN)
전철환(Cheol-hwan Jeon)
심상혁(Sang-hyeok Shim)
김준호(Jun-ho Kim)
박한울(Hanwool Park)
이철균(CHOUL-GYUN LEE)
임상민(SANG-MIN LIM)
정인재(INJAE JUNG)
조용희(Yong-hee Cho)
나병기(BYUNG-KI NA)
임재혁(Jae-hyuk Lim)
김기현(Ki-hyun Kim)
양지현(Ji-hyun Yang)
류영진(Young-jin Ryu)
박재훈(Jaehoon Park)
강성모(SUNG-MO KANG)
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  fullname: 나병기(BYUNG-KI NA)
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DocumentTitleAlternate A Study on the Fuel Quality Characteristics and Cold Weather Performance Test for Biodiesel Derived from Microalgae
DocumentTitle_FL A Study on the Fuel Quality Characteristics and Cold Weather Performance Test for Biodiesel Derived from Microalgae
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Keywords 바이오디젤
저온 시동성
저온 성능평가
미세조류
저온 주행성능
Microalgae
연료 물성
Cold weather start-ability
Biodiesel
Cold weather operability
Cold weather performance test
Fuel properties
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SubjectTerms 기계공학
Title 미세조류 유래 바이오디젤 품질 특성 및 차량 저온 성능평가 연구
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