High-temperature solid granules are by-products produced by various industrial processes
and contain an obvious quantity of waste heat. Therefore, recovering their heat can not only …

This paper describes applications of artificial intelligence to estimate indoor carbon dioxide
levels, even in the absence of a direct CO 2 sensor, based on simply obtained indoor …

In the field of waste heat recovery, tubular moving bed heat exchangers (MBHEs) hold great
promise as equipment capable of effectively handling large-sized granular materials with …

A composite heat exchanger for high-temperature granule waste heat recovery is proposed.
Granular mass and energy distribution within the composite heat exchanger are simulated …

Elevated fluoride (F-) levels in groundwater pose severe health risks, in necessitating
efficient treatment methods to reduce these levels. In comparison with the traditional …

High-temperature solid particles contain relatively rich waste heat resources, and the
moving bed heat exchanger has a significant advantage in the direct contact of particles to …

The drag coefficient (CD) for particles has a significant effect on the gas–solid fluidization
characteristics. However, it is unclear whether the particle surface roughness (Ra p) can …

A comprehensive flow and heat transfer model for granular materials in moving bed heat
exchangers is developed by employing the pseudo fluid method (PFM) within the Eulerian …

Tubular moving bed heat exchangers (MBHEs) present inherent advantages for efficiently
and stably recovering sensible heat from high-temperature granular bulk. In this study, we …