At present, the world petroleum resources are very scarce, and environmental pollution is
very serious, which is closely related to the wide application of diesel engines. It encourages …

Energy security is the foremost concern for a sustainable environment. To make a
sustainable environment, biomass waste products like biomass oil and biofuels must be …

For methanol/diesel dual-fuel combustion, there are two different methanol injection
implementations: port injection into the intake manifold and direct injection into cylinder. In …

Polyoxymethylene dimethyl ethers (PODE) and methanol are promising alternative fuels for
internal combustion engines, offering emission reduction and compatibility with existing …

A spark ignition strategy in compression ignition has been considered to achieve high
performance of gasoline direct injection engines. The spark ignition energy depends on the …

The present work investigates the effect of pilot fuel properties on TF combustion using
premixed methane-hydrogen-air (CH 4-H 2-air) mixtures ignited by a small amount of diesel …

This paper explores pathways to achieve marine diesel-like, high-efficiency combustion
fueled with propane in a RCEM research engine. Analyzing the novel technique of liquid …

Lean combustion engines have been regarded as applicable technologies meeting the
stringent emission regulations, while control parameters of these engines have become …

Methanol (MeOH) is a promising low-carbon liquid fuel to provide global energy security
with a potential to achieve net-zero greenhouse gas emissions in transport sector. However …

An experimental study was carried out to investigate the impacts of methanol and diesel
injection timings in a diesel/methanol dual-direct injection engine. By adjusting methanol …