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Sanitary Tank Blanketing Regulator
BKR2
Specifications
Model | BKR2 – Low pressure regulator |
Service | Compressed air, nitrogen and other gases compatible with the construction |
Sizes | 1” – DN 25 |
Connections | Clamp end or others on request |
Body Material | AISI 316L (Stainless Steel) |
Max. Upstream Pressure | Seat Ø 5 mm 174 PSIG
Seat Ø 8 mm 87 PSIG |
Max. Downstream Pressure | 7.25 PSI |
Min. Down Steam Pressure | .07 PSI |
Max. Design Temperature | 266°F |
Internal RA Finish | 0.51 micron; 20.0787 microinches |
External RA Finish | 0.76 micron; 29.9213 microinches |
Contact Us for more information on this product and to see other sizes that fit unique applications.
How It Works
Tank blanketing valves are commonly used in tank storage systems to prevent and protect against explosions (avoiding flammable liquids being vented from vessel), to control product contamination against external air that may fill the vapor space, to reduce evaporation losses (consequently, production losses), to reduce internal corrosion (caused by air and moisture) and to prevent vacuum condition. The blanketing process consists in covering the stored medium, usually a liquid, with a gas (normally N2).
Sanitary Tank Blanketing Regulator
BKRI2
Specifications
Model | BKRI2 – Low pressure regulator |
Service | Compressed air, nitrogen and other gases compatible with the construction |
Sizes | DN 15 and DN 25 (1/2” and 1”) |
Connections | Flanged EN 1092-1 PN16 |
Body Material | CF3M (Stainless Steel) |
Max. Upstream Pressure | Seat Ø 5 mm 174 PSIG
Seat Ø 8 mm 87 PSIG |
Max. Downstream Pressure | 7.25 PSI |
Min. Down Steam Pressure | .07 PSI |
Max. Design Temperature | 266°F |
Internal RA Finish | 0.51 micron; 20.0787 microinches |
Contact Us for more information on this product and to see other sizes that fit unique applications.
How It Works
Tank blanketing valves are commonly used in tank storage systems to prevent and protect against explosions (avoiding flammable liquids being vented from vessel), to control product contamination against external air that may fill the vapor space, to reduce evaporation losses (consequently, production losses), to reduce internal corrosion (caused by air and moisture) and to prevent vacuum condition. The blanketing process consists in covering the stored medium, usually a liquid, with a gas (normally N2).
Sanitary Tank Blanketing Regulator
BKV2
Specifications
Model | BKV2– Low pressure venting valve |
Service | Compressed air, nitrogen and other gases compatible with the construction |
Sizes | 1” – DN 25 |
Connections | Clamp ends or others on request |
Body Material | AISI 316L (Stainless Steel)
Hastelloy C22 |
Max. Operating Pressure | 87 PSIG |
Min. Upstream Pressure | .07 PSI |
Max. Upstream Pressure | 7.25 PSI |
Max. Design Temperature | 266°F |
Internal RA Finish | 0.51 micron; 20.0787 microinches |
External RA Finish | 0.76 micron; 29.9213 microinches |
Contact Us for more information on this product and to see other sizes that fit unique applications.
How It Works
Tank blanketing valves are commonly used in tank storage systems to prevent and protect against explosions (avoiding flammable liquids being vented from vessel), to control product contamination against external air that may fill the vapor space, to reduce evaporation losses (consequently, production losses), to reduce internal corrosion (caused by air and moisture) and to prevent vacuum condition. The blanketing process consists in covering the stored medium, usually a liquid, with a gas (normally N2).
Sanitary Tank Blanketing Regulator
BKVI2
Specifications
Model | BKVI– Low pressure venting valve |
Service | Compressed air, nitrogen and other gases compatible with the construction |
Sizes | DN 15 – DN 25 (1/2” – 1”) |
Connections | Flanged EN 1092-1 (Steel) PN16 |
Body Material | CF3M |
Max. Operating Pressure | 87 PSIG |
Min. Upstream Pressure | .07 PSI |
Max. Upstream Pressure | 7.25 PSI |
Max. Design Temperature | 266°F |
Internal RA Finish | 0.51 micron; 20.0787 microinches |
Contact Us for more information on this product and to see other sizes that fit unique applications.
How It Works
Tank blanketing valves are commonly used in tank storage systems to prevent and protect against explosions (avoiding flammable liquids being vented from vessel), to control product contamination against external air that may fill the vapor space, to reduce evaporation losses (consequently, production losses), to reduce internal corrosion (caused by air and moisture) and to prevent vacuum condition. The blanketing process consists in covering the stored medium, usually a liquid, with a gas (normally N2).