Metal oxide coated titanium electrodes are distinguished by the gas released from the anode during electrochemical reactions. The ones used to release chlorine gas from the anode are called chlorine evolution anodes, such as ruthenium coated titanium electrodes; Oxygen evolution anodes, such as irid
READ MOREThe stringent environmental regulations, the global trend of water scarcity and the increasing demand for cleaner and safer water are forcing the industry to rethink the water, both in terms of treatment and management. Chemical saving, increased performance, water recycle and reuse are mandatory ta
READ MOREMetal oxide coated titanium electrodes are distinguished by the gas released from the anode during electrochemical reactions. The ones used to release chlorine gas from the anode are called chlorine evolution anodes, such as ruthenium coated titanium electrodes; Oxygen evolution anodes, such as irid
READ MOREThe stringent environmental regulations, the global trend of water scarcity and the increasing demand for cleaner and safer water are forcing the industry to rethink the water, both in terms of treatment and management. Chemical saving, increased performance, water recycle and reuse are mandatory ta
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