Syngas is an intermediate step towards the transition from carbon-based to hydrogen-based
fuels, promoted by the emerging concerns about climate change and damages to the …

This computational study investigates the equivalence ratio and hydrogen volume fraction
effect on the ultra-lean burning of the syngas-fueled homogeneous charge compression …

Homogeneous charge compression ignition (HCCI) is a promising combustion concept that
can simultaneously achieve high efficiency and low nitrogen oxides (NO x) emissions …

This numerical work aims to improve combustion efficiency and thermal efficiency by
modifying the piston shape and crevice volume ratio of the HCCI engine operated under …

This study aims to utilize H 2-CO-rich waste gases as an alternative energy source for power
generation in a dual-fuel engine setup, where diesel is used as an ignition source. A …

This study aims to analyze the effect of piston bowl geometry on the combustion and
emission performance of the syngas-fueled homogenous charge compression ignition …

The purpose of this work is to investigate syngas composition (of constituents H2, CO, and
CO2) and compression ratio (CR) effects on the combustion and emissions characteristics of …

The present work aims to study the combustion characteristics related to syngas-diesel dual-
fuel engine operates at lambda value of 1.6 operated by five different replacement ratios …

Impact of Lambda Value on Combustion Characteristics and Emissions of Syngas-Diesel
Dual-Fuel Engine title Title Author Issue Keywords Current Issue : Vol 15, No 3 (2024) Browse …

Syngas is one of the most promising alternative fuels that researchers have recently been
focusing on in the field of dual fuel technology. Only a Few scientists have attempted to …