These application case histories outline a number of specific valving problems and their solutions.

Stopping in-line leakage, with the bonus of better fugitive emissions control. Extended service life and reduced maintenance in isolation applications. Valve longevity in a high pressure ash water system. Pulp and paper valving for improved sealing, extended service life, and excellent fugitive emissions control. Multiport valves for phosgene and other difficult applications. Improved reliability and better emissions control improve efficiency and economy. Overcoming media blockage and leakage in viscous and slurry service. Oilfield production manifold valving for improved sealing, longer service life, ease of operation, and reduced maintenance. Corroding stainless steel ball valves are replaced by longer-lasting lined valves. Sleeve integrity and enhanced emissions control improve efficiency and economy. Lined plug valves far outlast alloy valves with substantial reduction in lifetime costs. Where nickel-chromium valves fail, lined plug valves succeed. Sleeved plug valves handle erosive and corrosive catalysts. Third party parts create first class problems. Sleeved plug valves succeed where gate valves fail. Tufline valves prove they can dramatically reduce costs. Severe Service Valves - the logical choice for safely handling phosgene. Hot caustics and chlorine need cage controlling. Jacketed valves keep sulphur and similar flow media from solidifying. Much More To Come . . .

This is just a brief sampling of the performance reports from our applications database. We will be adding many reports for additional valves very soon.