MONITORING OF ENVIRONMENTAL OBJECTS USING ECOLOGICALLY CLEAN ELECTRODES

Removal of Reactive Red 24 Dye by Clean Electrocoagulation Process using Iron and Aluminum Electrodes

In this research, the efficiency of electrocoagulation treatment process using iron and aluminum electrodes to treat synthetic wastewater containing Reactive Red 24 (RR 24) was studied. The effects of parameters such as current density, pH, type of electrolyte, initial dye concentration, electrolyte concentration, temperature, and inter electrode distance on dye removal efficiency were investig...

Ecologically Clean Accelerator for Nuclear Physics Research

Rigid ecological requirements to human activity including industry and science force to search for specific technologies to reduce the undesired influence on nature. High intensity accelerators belong to the objects that produce radioactive waste. We have studied rf accelerator schema where the electron beam used is directed again into the same accelerator with appropriate phase in order to red...

New solid state phosphate sensitive electrodes for routine environmental monitoring

Highly selective and sensitive phosphate sensors have been fabricated by constructing a solid membrane disk consisting of variable mixtures of aluminium powder (Al), aluminium phosphate (AlPO4) and powdered copper (Cu). Both binary and ternary electrode systems are produced. The ternary membranes exhibit greater selectivity over a wide range of concentrations. The ternary electrode with the com...

Opportunities and Challenges of using Ion-Selective Electrodes in Environmental Monitoring and Wearable Sensors

Great opportunities exist for Ion-Selective Electrodes (ISEs) in the fields of environmental monitoring and of wearable applications for example as the sensing part in wireless networks. In this review special attention is given to the recent results obtained with Solid Contact IonSelective Electrodes and Solid Contact Reference Electrodes. Their combination as disposable sensing platform may o...

Continuous monitoring using thiocyanate ion-selective electrodes