Gas-solid fluidized beds have drawn the attention of engineers and researchers as an
effective technology for a large variety of applications, and numerical simulations can play …

To reveal the operational characteristics of subcritical boilers under ultra-low loads,
numerical simulations were conducted based on a 300 MW subcritical bituminous coal …

Integrated whole-boiler process models are useful in the design of biomass and coal-fired
boilers, and they can also be used to analyse different scenarios such as low load operation …

Paper presents the results of pulverized coal-fired steam boiler analysis under varying
operating conditions. To investigate the efficiency of the analyzed steam boiler, the energy …

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

Tube overheating is the leading cause of boiler tube failures that had led to tremendous
replacement and maintenance costs. Boiler tube temperature is simultaneously affected by …

The stability of superheated steam temperature (SST) is severely challenged by the
adjustment of thermal power plants under a wide-load range. Accurate and efficient …

Two methods for modelling high-temperature tubular cross-current heat exchangers are
presented. Superheated steam flows inside the tubes, and flue gas flows outside …

Abstract A CFD (Computational Fluid Dynamics) model of steam superheater in stationary
and non-stationary state was presented in the paper. The developed model allows for …

The continuous setup of heating plants such as kilns and boilers may form thermal corridors
in industrial buildings resulting in high air temperature, which could be harmful to workers …