Flame stability of partially premixed combustion for PNG/LNG interchangeability

Review on Premixed Combustion Technology: Stability, Emission Control, Applications, and Numerical Case Study

“…Furthermore, the hydrogen has higher flashback tendency. Both of these findings result in narrow static stability limits in terms of the upper and lower flammability limits. , Lots of studies confirmed this statement for gas turbine applications. ,− A summary of existing studies on flashback static instability is presented in Table .…”

Comprehensive Review on Thermal Performance Enhancement of Domestic Gas Stoves

“…This study searched for relevant articles published between January 2012 and May 2023 in common databases, including Web of Science (Core Collection), Scopus, Wiley, Springer, and Science Direct. To retrieve the documents and to include all studies in the field of thermal performance of domestic gas stoves, the following search string was constructed and entered into the above databases: (stove) OR (cooker) OR (cooktop) LPG a comparison of the performance differences between a novel porous radiant burner and a conventional burner experimental Zhang et al 50 NG effect of changes in natural gas composition on the stove's performance experimental Zhen et al 28 LPG developed and compared the performance of two different swirling burners experimental Chen et al 51 PNG/ LNG flame stability of partially premixed combustion for PNG/LNG interchangeability experimental Wu et al 52 CH 4 research on porous metal burners for domestic gas stoves experimental Grima-Olmedo et al 53 biogas comparison of the stove's thermal performance using landfill and digester biogas experimental Boggavarapu et al 21 LPG/NG improving the stove's thermal performance by installing a circular insert and a radiant sheet experimental and numerical Mishra et al 40 LPG performance of a double-layer PMB in the LPG cooker experimental Keramiotis et al 41 NG performance of a PMB using natural gas experimental Iral and Amell 54 NG performance study of a domestic porous radiant burner at high altitude experimental Zhang et al 55 NG effect of variations in the natural gas component on the primary air coefficient for domestic gas stoves experimental and analytical O ̈zdemir and Kantaş5 6 CH 4 effect of operating conditions and design characteristics of a stove on the combustion performance experimental and numerical Laphirattanakul et al 39 LPG effect of porosity geometry on the stability of porous radiant burners general Panigrahy et al 57 LPG combustion performance of a domestic LPG cooker with PMB experimental and numerical Fumey et al 58 H 2 development of a novel gas stove based on catalytic hydrogen combustion experimental Zhen et al 59 CH 4 /H 2 effect of air preheating on the visual, thermal, and emission characteristics of HENG experimental and theoretical Laphirattanakul et al 33 LPG effect of a central cone-shaped bluff-body on the combustion performance of a domestic gas burner numerical Mishra and Muthukumar 60 LPG development of a self-aspirating LPG cooking stove with a two-layer porous radiant burner experimental De Vries et al 61 HENG interchangeability analysis for domestic appliances using HENG fuels theoretical and analytical Zhou et al 62 NG combustion performance of a domestic gas stove at different altitudes exp...…”

Flame temperature analysis in the oxycut process using acetylene gas: a numerical study

“…The concept of partially premixed flames has been employed, in combustion simulations, by many researchers. It involves different devices and applications, such as a direct injection natural gas engine (Li et al, 2019), precision test burners and Bunsen burner systems (Chen et al, 2014), and others.…”