Influence of titanium based fuel additive on diesel engine performance and emissions

被引：0
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作者：
Ttanyumun esasli yakit katki maddesnn dzel motor performans ve emsyonlari üzerndek etks
机构：
[1] Keskin, Ali
[2] Ocakoǧlu, Kasim
[3] Reşitoǧlu, Ibrahim Aslan
[4] Gürü, Metin
来源：
Keskin, A. (alikeskin@mersin.edu.tr) | 2013年 / Gazi Universitesi卷 / 28期
关键词：
Combustion efficiencies - Diesel engine performance - Engine emission - Engine performance - Exhaust emission - Fuel properties - Single-cylinder diesel engine - Specific fuel consumption;
D O I：
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学科分类号：
摘要：
Fuel additives provides an increase on engine performance and a reduction in the amount of the exhaust emissions as a result of improving fuel properties and combustion efficiency of internal combustion engines. In this experimental study, it is investigated the effect of using titanium (diizopropoksit bis) as a fuel additive on diesel engine and emissions. Titanium fuel additive and diesel fuel (D) were mixed with 25, 50, 75, 100 ppm values. In order to determine the performance and exhaust emissions characteristics, a single cylinder diesel engine was fuelled with blended fuels and tested at full load conditions. In conclusion, engine torques and power values of blended fuels were found to have similar values of diesel while specific fuel consumption values decreased. The use of titanium as a fuel additive has led to significant reductions in engine emissions. In particular, CO and soot emissions decreased up to 64.56% and 45.19% respectively.
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