Nonaqueous redox flow batteries (NARFBs) are a potential candidate for high-energy-density storage systems because of their wider electrochemical windows than that the aqueous systems. However, further development is hindered by low solubility organic redox-active materials and poor high-current operations. Herein, we report liquid anolyte material, 3-nitrotoluene (3-NT), which demonstrates hig...

Redox flow batteries (RFBs) are a promising candidate that capable of meeting the energy storage applications to fulfill needs renewable resources. Herein, we prepare an electrochemical device holds higher density. In this work, reusable glucose kit used as cell which in turn helps minimize cost and also balance pump losses systems. For fabricating RFB, ZnO, from metal organic framework (Zn-MOF...

Abstract Purpose The study focuses on the use of surfactants as enhancing solutions in electrokinetic remediation trials sediments, with hypothesis that they will allow heavy metals to desorb from organic matter, and thus favour their removal solution. Materials methods A total 15 were conducted. As solutions, four different non-ionic commercial used, either alone or combination citric acid (CA...

Aqueous organic redox flow batteries (AORFBs) are emerging energy storage technologies due to their high availability, low cost of compounds, and the use eco-friendly water-based supporting electrolytes. In present work, we demonstrate a unique phenazine-based material that shows reversibility in neutral, basic, acidic conditions with potentials −0.85 V (1.0 M KOH), −0.67 NaCl), −0.26 V, 0.05 H...

background: ˝radioadaptive response˝ is well-documented phenomenon appeared in low dose ionizing radiation received in vitro and in vivo. occupational exposure has always been a great concern for radiation workers therefore this study was performed to study radioadaptive response in terms of residual dna double strand breaks as an endpoint in peripheral blood leukocytes of occupationally expose...