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  1. rajankanwar

    STEAM SURFACE CONDENSER POOR VACUUM

    i am waiting for reply rajan
  2. rajankanwar

    STEAM SURFACE CONDENSER POOR VACUUM

    The surface condenser has an air-cooling section inside. A portion of tube bundle is kept separately for inert/air cooling. This portion is shrouded by a welded plate. The steam plus inert/air enter the condenser from top and steam condenses as mixture travels down wards. The air rich mixture...
  3. rajankanwar

    UNIQUE VACUUM PROBLEM

    The surface condenser has an air-cooling section inside. A portion of tube bundle is kept separately for inert/air cooling. This portion is shrouded by a welded plate. The steam plus inert/air enter the condenser from top and steam condenses as mixture travels down wards. The air rich mixture...
  4. rajankanwar

    AIR COOLING SECTION OF STEAM CONDENSER

    The surface condenser has an air-cooling section inside. A portion of tube bundle is kept separately for inert/air cooling. This portion is shrouded by a welded plate. The steam plus inert/air enter the condenser from top and steam condenses as mixture travels down wards. The air rich mixture...
  5. rajankanwar

    AIR COOLING SECTION OF STEAM CONDENSER

    We are operating a surface condenser of 45 MT/Hr condensing duty attached with a steam turbine. The condensing operating vacuum remained quite low i.e 0.60 ata against design of 0.14 ata. The cooling water flow through the condenser appears to be normal. The condenser shell has expansion bellow...
  6. rajankanwar

    UNIQUE VACUUM PROBLEM

    We are operating a surface condenser of 45 MT/Hr condensing duty attached with a steam turbine. The condensing operating vacuum remained quite low i.e 0.60 ata against design of 0.14 ata. The cooling water flow through the condenser appears to be normal. The condenser shell has expansion bellow...
  7. rajankanwar

    STEAM SURFACE CONDENSER POOR VACUUM

    We are operating a surface condenser of 45 MT/Hr condensing duty attached with a steam turbine. The condensing operating vacuum remained quite low i.e 0.60 ata against design of 0.14 ata. The cooling water flow through the condenser appears to be normal. The condenser shell has expansion bellow...
  8. rajankanwar

    STEAM SURFACE CONDENSER POOR VACUUM

    We are operating a surface condenser of 45 MT/Hr condensing duty attached with a steam turbine. The condensing operating vacuum remained quite low i.e 0.60 ata against design of 0.14 ata. The cooling water flow through the condenser appears to be normal. The condenser shell has expansion bellow...

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