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John Joseph Barelli

Dileep Kumar Agnihotri

Pete Barelli

A novel multi-stage reverse osmosis system is proposed that allows for following benefits &#x2014;a) reduction in pressure-loss while achieving optimum cross-flow velocities and therefore reducing energy consumption of 4-10%; &#x2014;b) increased flux balance between stages resulting in reduced fouling of the first stage; &#x2014;c) disruption of scale forming conditions resulting in reduced scaling of the last stage; &#x2014;d) reduction in scale potential of the concentrate valve; &#x2014;e) reduction in downtime for CIP by proactively disrupting scaling or fouling through several innovative methods; &#x2014;f) ease-of and effectiveness-of CIP with reduced number of valves and &#x2014;g) to keep system operational via isolation of the last stage for maintenance while the keeping remaining system in production mode. All the above improvements are achieved with process-flow and operational characteristics defined in the Specifications and Claims.

Energy efficient low-fouling high-recovery reverse osmosis system for brackish water desalination

A pair of error amplification deflectors, releasably attached to the face of a golf club with hook and loop patches, are spaced to provide a central zone on the face of the club for directing a golf ball along a normal path upon squarely striking the ball, but are shaped for redirecting the path of the ball upon striking the ball to provide a signal indicative of an off-center putting stroke or golf swing. The hook and loop patches permit adjustment of the width of the center zone for different levels of practice difficulty, and provide further indication of an off-center stroke by absorbing energy to decelerate the speed of the redirected ball.

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Rockford, IL, United States of America

John Joseph Barelli