Search results for " brine"

showing 3 items of 53 documents

Physicochemical Properties of Thermal Brines from Wołczyn in Opole Silesia (SW Poland) as a Determinant of the Method of Their use in Preventive Phys…

2018

Wołczyn to miasto leżące w województwie opolskim na Nizinie Śląskiej, w obrębie Monokliny Przedsudeckiej. Na terenie tym występuje ujęcie mineralnej solanki termalnej „Wołczyn VII A”, która kwalifikuje się do wykorzystania w profilaktyce i lecznictwie. Ze względu na brak w regionie ośrodków balneologicznych, istnieje zapotrzebowanie na rozwój tego typu form wykorzystania tworzyw balneologicznych. Zastosowanie solanek z Wołczyna w celach profilaktyczno-leczniczych, rekreacyjnych jak również jako tężnie, stwarza perspektywy nowej strategii w polityce zdrowotnej Śląska Opolskiego.

fizjoprofilaktykabalneoterapiabalneotherapypreventive physiotherapyŚląsk Opolskithermal brineOpole Silesiasolanki termalneWołczynActa Balneologica
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Performance analysis of the first Reverse Electrodialysis prototype plant operating with natural brackish water and salt pond brine

2014

Reverse Electrodialysis (RED) has gained a strong interest among the salinity gradient energy technologies during the last years. Recently, notable improvements have been reached in terms of membranes and stack performances using artificial solutions. However, the use of real saline solutions strongly affects the process performance, requiring additional R&D efforts for a successful scale-up of such technology. This work focuses on the experimental campaign performed on the first RED prototype plant fed with real brackish water and saltworks brine. The plant is located within the Ettore e Infersa saltworks in Marsala (TP, South of Italy). It is the final accomplishment of the REAPower proje…

ion exchange membraneSalinity Gradient Power; RED; brackish water; brine; ion exchange membraneREDSalinity Gradient Powerbrackish waterbrine
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Optimisation analysis of Reverse Electrodialysis systems for power production from concentrated brines

2016

Reverse Electrodialysis (RED) is rapidly growing as technology to produce electric energy by mixing saline solutions with different salinity. Recent developments have shown promising results on real site installations, demonstrating the feasibility of the RED process on the pilot scale. Therefore, further modelling efforts are now needed to optimise the technology, in order to enhance the performance. In this work, an optimisation study for the RED process is presented, taking into account saline waters and concentrated brine as feed streams. The model, which is developed within GAMS environment, predicts the optimal set of process variables that maximise the process yield, as well as the g…

ion exchange membraneelectrodialysibrine recoverySalinity gradient powerGAMSSalinity gradient power; process optimisation; ion exchange membrane; GAMS; electrodialysis; brine recoveryprocess optimisation
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