The use of organic working fluids for the realization of the so called Organic Rankine Cycle (ORC) hasbeen proven to be a promising solution for decentralized combined heat and power production (CHP).The process allows the use of low temperature heat sources, offering an advantageous efficiency insmall-scale applications. This is the reason why the number of geothermal and biomass fired powerplants based on this technology have been increased within the last years. The favourable characteristicsof ORC make them suitable for being integrated in applications like solar desalination with reverse osmosissystem, waste heat recovery from biogas digestion plants or micro-CHP systems. In this paper, thestate of the art of ORC applications will be presented together with innovative systems which have beensimulated in a process simulation environment using experimental data. The results of the simulationlike efficiencies, water production rates or achievable electricity production cost will be presented anddiscussed.     «

The use of organic working fluids for the realization of the so called Organic Rankine Cycle (ORC) hasbeen proven to be a promising solution for decentralized combined heat and power production (CHP).The process allows the use of low temperature heat sources, offering an advantageous efficiency insmall-scale applications. This is the reason why the number of geothermal and biomass fired powerplants based on this technology have been increased within the last years. The favourable characteristics...     »