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"Because of the PMO requirements, there is an exorbitant amount of valves on the backside of the vats in cheese production," explains Tim Tolley, project engineer at Davisco in Le Sueur, Minn. Besides the cost of the valves themselves, additional controls and other equipment must be capitalized. In Jerome''s case, the additional infrastructure required up to 6 feet of floor space to the backside of each vat. Deadhead piping and other redundant equipment clutter the space.A standard, PMO-approved mix-proof valve clogged up in seconds because of cheese-curd particulate, so Sudmo''s engineers adapted a unit with a 4-inch valve. That posed some problems in sizing the leak-detection port. Ultimately, the port was reduced to 2.5 inches to match the CIP port. A 4-inch valve is coupled to a 6-inch body to accommodate particulate flow. FDA authorities reviewed the design and recommended minor modifications, and a year after the project began, the system was up and running.

Rotary Table--Gardner Denver 37 1/2".DERRICK: Branham 147''; 1,392,000-1b hook load capacity.BOP SYSTEM: Three Cameron type U 10,000psi BOP; 5,000 psi Hydril; 20" Regan diverter.CRANES: Two SeeKing 1400.REMARKS: Formerly Griffin-Alexander III.WORK AREA: Bombay High.ABAN IIIRIG DESIGN: Marathon LeTourneauCONSTRUCTION: Marathon LeTourneau Offshore Pte.Ltd., Singapore, 1974, Modified to cantilever 1984.PERFORMANCE: Water depth--300''; Drilling depth--20,000''.QUARTERS: 94 persons.HULL: LeTourneau design 230'' x 200'' x 26''.

Oxygen, water vapor, and other trace gases permeate the membrane fiber and are discharged through a permeate port. Nitrogen stays within the hollow fibers and flows through an outlet port.Balston PSA nitrogen generators produce up to 99.95% pure, compressed nitrogen at dewpoints to -40[degrees]F from nearly any compressed-air supply. The generators continually transform air into nitrogen at safe, regulated pressures without operator attention.PSA generators use a combination of filtration and PSA technologies to create nitrogen.Compressed air is prefiltered to remove all contaminants down to 0.1 micron. The gas separation process preferentially adsorbs oxygen over nitrogen using carbon-molecular sieve (CMS). At high pressures, the CMS has a greater affinity for oxygen, carbon dioxide, and water vapor than it does at low pressures. By raising and lowering pressure within the CMS bed, all contaminants are captured and released, leaving the CMS unchanged. This process lets nitrogen pass through. Depressurizing the CMS releases adsorbed oxygen and other contaminant gases to the atmosphere.