We've proven the technology with a wide range of metals in many different solutions and combinations. In brief, if the metal is platable, then RenoCell will perform better than any other ...

RenoCell has application in various metal finishing operations involving concentrated baths, rinse and effluent treatment. These point source uses of RenoCell include bath dumps, rinse maintenance and ion exchange enhancement. The ...

Electrochemical processes have been studied in some depth since the early 1900?s but it is only since 1960 that the field of electrochemistry has been widely studied and developed. While electrochemical ...

Electrochemical cells are commonly used in a variety of industrial applications ranging from chemical synthesis to power generation to metal recovery and waste effluent treatment. Common applications relating to metal removal ...

The advancement in and development of electrochemical cell designs has resulted in the availability of a versatile range of electrodes, membranes, reactors and sensors, together with improved power supplies and control ...

Electrochemical reactions are heterogeneous chemical reactions that occur through the transfer of charge across the interface between an electrode and an electrolyte. The basic design of any electrolytic cell is the ...

Both ion exchange and chemical precipitation are well-established unit operations, each with its own individual strengths and applications. However, these processes essentially only lead to a precipitated salt or another metal ...

RenoCell is based on the same electrochemical processes as any other electrolytic cell. However, the unique patented technology incorporated in the RenoCell provides significantly enhanced performance impossible with conventional commercial electrolytic ...