In order to solve the problem that the heat supply and demand do not match the time and place in the waste heat recovery of continuous casting slabs in the existing iron and steel enterprises. This work aims to use the principle of phase change energy storage for multi-stage recovery and storage of high-temperature waste heat from continuous casting slabs, which can not only fundamentally realize the matching and utilization of heat in time and space, but also ensure efficient heat recovery efficiency. It greatly reduces environmental thermal pollution, has great promotion value and energysaving benefits
In order to allow an efficient energy recovery from off-gas in the steel industry, the high variabil...
This paper describes the feasibility of the latent heat transportation system using Phase Change Mat...
The thermal exergy contained in the liquid metal in ferroalloy production makes it an interesting so...
To effectively utilize waste heat resulted in industrial production processes, this study investigat...
Waste heat recovery is one of the solutions included in the roadmap for reducing both energy consump...
Reduction in energy consumption, carbon footprint, equipment size and cost are key objectives for th...
To allow a better exergy exploitation than the current state-of-the-art waste heat to power solution...
This study reports the thermal analysis of a novel thermal energy storage based on high temperature ...
Waste heat recovery from high temperature slags represents the latest potential way to remarkably re...
Recovering waste heat from industrial activities has been an area of interest for the past few years...
Many renewable energy sources are not available at any time in nature and some energy sources is red...
For heat storage applications designed to recover and recycle waste heat energy, it is usually advan...
Waste heat recovery from high temperature slags represents the latest potential way to remarkably re...
In this study, industrial solid waste steel slag was used as supporting material for the first time,...
Energy is an important aspect of our daily life. The energy needs of the country are mainly dependen...
In order to allow an efficient energy recovery from off-gas in the steel industry, the high variabil...
This paper describes the feasibility of the latent heat transportation system using Phase Change Mat...
The thermal exergy contained in the liquid metal in ferroalloy production makes it an interesting so...
To effectively utilize waste heat resulted in industrial production processes, this study investigat...
Waste heat recovery is one of the solutions included in the roadmap for reducing both energy consump...
Reduction in energy consumption, carbon footprint, equipment size and cost are key objectives for th...
To allow a better exergy exploitation than the current state-of-the-art waste heat to power solution...
This study reports the thermal analysis of a novel thermal energy storage based on high temperature ...
Waste heat recovery from high temperature slags represents the latest potential way to remarkably re...
Recovering waste heat from industrial activities has been an area of interest for the past few years...
Many renewable energy sources are not available at any time in nature and some energy sources is red...
For heat storage applications designed to recover and recycle waste heat energy, it is usually advan...
Waste heat recovery from high temperature slags represents the latest potential way to remarkably re...
In this study, industrial solid waste steel slag was used as supporting material for the first time,...
Energy is an important aspect of our daily life. The energy needs of the country are mainly dependen...
In order to allow an efficient energy recovery from off-gas in the steel industry, the high variabil...
This paper describes the feasibility of the latent heat transportation system using Phase Change Mat...
The thermal exergy contained in the liquid metal in ferroalloy production makes it an interesting so...