Organic Rankine cycle (ORC) power plants are a promising technology for converting low
and medium temperature energy sources into electricity. In order to fully exploit the potential …

The calculation of the performance of an ORC (Organic Rankine Cycle) and its components
(in particularly the turbine) is generally not a trivial task because of the lack of a proper …

The radial-outflow turbine has advantages due to its liquid-rich gas adaptability when
applied in a Kalina ammonia-water cycle system for the utilization of geothermal energy and …

The article presents the results of study on the reasonability of using radial-outflow turbines
in ORC. Peculiarities of radial-outflow turbine design utilizing modern design technologies …

Abstract The Transcritical Regenerative Series Two-stage Organic Rankine Cycle (TR-
STORC) has improved performance over STORC and single-stage ORC. However, the TR …

The radial-outflow turbine has advantages due to its liquid-rich gas adaptability when
applied in the Kalina ammonia-water cycle system. However, the operational conditions of …

Centrifugal turbine presents good aerodynamic and geometric compatibility. The straight
blade can be directly used without significant effect on three dimensional flow field, and …

In this study, blade tip leakages were calculated for a Radial Outflow Turbine (ROT)
designed for an Organic Rankine Cycle (ORC) at a 150kW power output. Since the turbine …

This paper, after a brief description of the radial outflow turbine and of its main features,
discloses the field performances evaluation of two operating geothermal ORC (Organic …

Reducing the amount of energy required in industrial activities is one of the proven ways to
achieve major cost savings, especially in the face of soaring energy prices. In the transport …