Abstract Organic Rankine Cycle (ORC) is a promising electricity production technology that
exploits low and medium heat sources. Usually, renewable and alternative heat sources can …

Compared with traditional electric heating dryers, heat pump dryers are more energy
efficient and environmentally friendly. In this work, a novel heat pump dryer with zeotropic …

In order to develop machine learning methods for performance prediction of basic ORC
(BORC) and regenerative ORC (RORC), thermodynamic properties of working fluids are …

Organic Rankine cycle (ORC) is an effective approach for low-grade energy utilization. It is
important to improve the efficiency of an ORC when the heat source temperature varies. In …

To further enhance the recovery rate of low temperature waste heat, the low temperature flue
gas in the sinter annular cooler is chosen as the heat source of organic Rankine cycle …

Mixtures appear to hold more promise in organic Rankine cycle (ORC) system than pure
working fluids due to their better performance. The key limiting factor for the screening of …

To reduce the irreversibility of the throttling in a dual-pressure organic flash cycle (DOFC),
this study presents a modified DOFC integrating a split-flow evaporator and an ejector (EE …

A large amount of available cold energy exists in Liquid Natural Gas (LNG). While it is not
efficiently utilized and is released into the ocean. To efficiently utilize LNG cold energy, a …

Energy consumption is a never-ending need so, for levelizing the energy demands the
efficient recovery of waste heat is a crucial mechanism to address energy and environmental …

The dual-evaporation organic Rankine cycle (DORC) using zeotropic mixtures can
effectively reduce the irreversible loss both in the evaporator and condenser, and thus …