Hydrogen has been identified as a potential tool for decarbonizing various industrial sectors
by replacing natural gas while maintaining the combustion-based conversion system …

Abstract Three-dimensional (3D) reconstructions of temperature distributions can be used to
effectively design power plants and ensure production safety. Typically, 3D temperature …

Hydrogen can be produced through electrolysis from excess wind and solar power. Then, its
injection into the natural gas network allows mitigating the challenges posed by the …

This study introduces a novel Swiss-roll micro-combustor design that employs a non-
premixed counterflow flame for efficient and stable micro-combustion. This design …

Predicting furnace temperature distribution is vital for coal-fired boiler safety. Existing
methods, including finite element calculations and three-dimensional (3D) reconstruction …

Hydrogen has emerged as a promising option for promoting decarbonization in various
sectors by serving as a replacement for natural gas while retaining the combustion-based …

The burner combustion tuning is a complex problem that has been studied through flame
monitoring and characterization. It has been observed that the flame electromagnetic …

In this study, a novel Swiss roll counterflow micro-combustor is developed to improve flame
stability, preheating, and heat recovery. The study experimentally investigates the …

The need to examine combustion devices' combustion characteristics and reduce emissions
has gained importance with the implementation of the Energy Related Products Directive in …

Domestic condensing boilers are equipped with perforated burners ensuring short-length
premixed flames issues from a series of circular holes and slits. Despite some efforts that …