Exergy News Today

Italy’s Exergy International is to supply an Organic Rankine Cycle (ORC) power plant to the UK’s first integrated deep geothermal project capable of delivering around 3MWe of baseload renewable electricity.

EXERGY International has signed a deal with Hez Enerji for the supply of a 24 MWe geothermal binary plant for the exploitation of the customer’s geothermal field in Türkiye.

A hybrid solar photovoltaic-thermal collector is the combination of a solar thermal unit and a photovoltaic panel for the simultaneous generation of heat and electricity. In these systems, a fluid is used to cool photovoltaic panels and, thus, prevent their reduction of electrical efficiency. The hot fluid leaving the system can also be used in various kinds of engineering applications, from agriculture to heating, ventilation and air conditioning units, and process heat in utilities. Coolants u...

They have signed a partnership agreement for the exclusive distribution of turnkey geothermal power plants in Japan using advanced, highly efficient organic rankine cycle (ORC) technology.

The companies will work together to develop turnkey geothermal power plants with Organic Rankine Cycle technology.

Sergio Morlacchi, EXERGY, explains how the integration of waste heat recovery systems into cement plants could help enhance the overall energy efficiency of the cement manufacturing process, while helping to lower emissions.

The investment comes as the Aberdeen-based tech startup, which enables customers in the transforming energy space to digitally transform whilst connecting to rated talent, embarks on the next

Dario Puglisi has been named as the company’s new Chief Executive Officer.

Abstract The global annual milk powder trade was estimated to be of 851.84 Million Metric Tons whereas; its Indian counterpart was recorded as 196.18 Million Metric Tons in the year 2019. The worlds annual milk powder production has registered a growth of 50% in the last three decades. In view of high thermal and electrical energy consumption; the present work focus upon energy, exergy and enviroeconomic assessments for comprehensive powder production wherein, the value of exergy efficiency, sp...

Abstract This paper reviews cascaded or multiple phase change materials (PCMs) approach to provide a fundamental understanding of their thermal behaviors, the performance in terms of heat transfer uniformity, and the influence of input parameters and different geometrical containments on the performance of latent heat thermal energy storage (LHTES) systems. Furthermore, the performance enhancement of energy components through the implementation of cascaded techniques and cascaded arrangements o...