Olin Corporation

Robert A Dean

Kenneth E Woodard, Jr

David L Fair

Julius C Fister

James M Ford

Antonio Branco

Arlon G Sangster

An electrode is provided which is formed by the metallurgical bonding technique of diffusion bonding the backplate, conductor elements and electrode surface together, then applying the catalytic coating to the electrode surface, and bonding the backplate to an electrical conducting plate.

Electrode elements for filter press membrane electrolytic cells

Disclosed is an electrolytic cell used to produce dilute quantities of a halogen solution from water containing dilute quantities of salt to disinfect and sanitize the water, the cell further employs monopolar electrodes of trapezoidal shape and an electrode separating plates that ensures proper alignment and equal separation of the electrode plates during operation.

Electrolytic halogenator device

An electrolytic cell is provided with electrodes which are inserted within electrode frames with internal flow conduits and which are formed by metallurgical bonding, and the use of adhesives and an electrical resistance lowering conductive compound between contact surfaces.

Filter press membrane electrolytic cell with diffusion bonded electrode

A composite fiber reinforced plastic frame is provided wherein a core material at least partially formed from the continuous wrapping of roved layers of glass fiber impregnated with a catalyzed thermosetting resin within a corrosion resistant liner and the frame is reinforced at the corners.

Method of making a composite fiber reinforced plastic frame

Disclosed is a method of replacing a structurally damaged membrane after determining which membrane in a multiple unit filter press membrane electrolytic cell is damaged in response to cell operating conditions and monitorings indicating a problem exists.

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Guilford, CT, United States of America

Robert A Dean