Industrial and high temperature pumps are a well-established, sustainable, and low-
emission technology for processing temperatures below 100° C, especially when driven by …

Utilization of unused waste heat energy below 100° C is a challenging effort. In spite of
investing in energy retrieving technology, a considerable amount of heat energy is still …

A substantial quantity of waste heat resources generated in iron and steel manufacturing
process (ISMP) can fulfill certain demand for urban heating. However, the waste heat …

Presently, coal-fired power plants are facing the situation of low energy utilization and high
pollution emission, to achieve the goal of energy conservation and emission reduction, the …

Upgrading low-grade industrial waste heat to higher temperatures plays a crucial role in
improving energy efficiency and advancing sustainable development. In this study, a …

Nowadays industrial companies are getting more and more aware of the fact that a huge
amount of the energy consumed every year goes unused and lost in the form of waste heat …

The technically efficient and cost-competitive design of an energy system is a key factor for
its implementation. Precooler-integrated dual-stage combined cycle (PIDSCC) is a …

The rapid development of human society has resulted in the extensive release of waste
heat. The thermo-electrochemical cell (TEC), a cutting-edge technology that converts low …

In an industrial energy scenario increasingly focused on decarbonization and energy cost
containment, waste heat is a resource that is no longer negligible. Despite the great …

This research is focused on the design analysis of a steam boiler. The findings presented in
this project highlight the significance of considering multiple factors, such as thermal …