Numerical Study on Effects of Fuel Properties and Injection Strategies on Performance and Emissions of a Marine Diesel Engine

邹宪; 郑尊清; 王浒; 张慧祥; 邹泽宇; 尧命发

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Numerical Study on Effects of Fuel Properties and Injection Strategies on Performance and Emissions of a Marine Diesel Engine

更新时间：2026-04-16

- Numerical Study on Effects of Fuel Properties and Injection Strategies on Performance and Emissions of a Marine Diesel Engine
- Vol. 38, Issue 6, Pages: 16-22(2017)
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- Published：2017
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邹宪,郑尊清,王浒,张慧祥,邹泽宇,尧命发.燃料物性和喷油策略对船用柴油机性能和排放影响的模拟研究[J].内燃机工程,2017,38(6):16-22.

邹宪, 郑尊清, 王浒, et al. Numerical Study on Effects of Fuel Properties and Injection Strategies on Performance and Emissions of a Marine Diesel Engine[J]. 2017, 38(6): 16-22.
邹宪,郑尊清,王浒,张慧祥,邹泽宇,尧命发.燃料物性和喷油策略对船用柴油机性能和排放影响的模拟研究[J].内燃机工程,2017,38(6):16-22. DOI：

邹宪, 郑尊清, 王浒, et al. Numerical Study on Effects of Fuel Properties and Injection Strategies on Performance and Emissions of a Marine Diesel Engine[J]. 2017, 38(6): 16-22. DOI：

摘要

采用多维数值模拟的方法系统研究了不同燃油性质和喷油策略对船用柴油机性能和排放的影响。研究结果表明：无论使用重油还是轻油

采用顺序喷射、预喷和后喷都能在降低燃油消耗率的同时降低NOx排放;顺序喷射方案能在两个喷油器的喷射间隔为4°时达到最低的燃油消耗率;大比例预喷匹配合适的主预喷间隔容易获得较低的燃油消耗率

小比例预喷匹配合适的主预喷间隔容易获得较低的NOx排放;后喷策略对燃油消耗率改善不明显

随着主后喷间隔增大或者后喷油量的增加

燃油消耗率均呈现增加的趋势。

Abstract

The effects of fuel properties and different injection strategies on the performance and emissions of a marine diesel engine were investigated by using computational fluid dynamics(CFD) simulations. The results show that no matter what kind of fuel is used

heavy or light diesel fuel

the sequential injection

pilot-injection and post-injection all have potential in reducing NOx emission and fuel consumption simultaneously. The lowest fuel consumption can be obtained using the sequential injection strategy with Seq4(the injection interval between two injectors being 4°). Lower fuel consumption and lower NOx emission can be easily realized by using the pilot-injection of large proportion and small proportion respectively with proper injection interval between the main-injection and pre-injection. Fuel consumption cannot be significantly reduced using the post-injection strategy

and fuel consumption rises with the increases in the injection interval between the main-injection and post injection

and in post-injection quantity.

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Related Institution

Key Laboratory for Power Machinery & Engineering of Ministry of Education，Shanghai Jiao Tong University

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