The N.G.D energy dissipater is a tailor-made device, used in opened ends applications and designed to reduce the upstream pressure ‘Pu’ to a set pressure ‘Pd’ at a designed flow rate ‘Q’.
Description
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Length
The length of the energy dissipater ‘A’ is determined by the required pressure drop ‘Pu - Pd’, which determines the number of pressure reduction stages.
Material of Construction
Body : EN-8 or equivalent
Flanges : Steel
Coating : 50μ epoxy on 30μ base zinc
Stages : 431SS hardened
Spacers : Steel
Note! The manufacturer, without prior notice, can change specification of material
End Connectors
Flanges : ANSI B16.5
Flanges : BS4504, BS10
Flanges : SABS 1123
Couplings : U-Cone
Couplings : Victaulic
Design Standards The design of the N.G.D energy dissipater complies with various international standards, of which the most important are: -
ASME Boilers & Pressure Vessels Design Code
ANSI B16.5
ANSI B16.10
ANSI B16.34
ANSI B16.37
ANSI B31.3
For more information or quote on Energy Dissipater - Hydromine please call or email for a direct reply.
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Length
The length of the energy dissipater ‘A’ is determined by the required pressure drop ‘Pu - Pd’, which determines the number of pressure reduction stages.
Material of Construction
Body : EN-8 or equivalent
Flanges : Steel
Coating : 50μ epoxy on 30μ base zinc
Stages : 431SS hardened
Spacers : Steel
Note! The manufacturer, without prior notice, can change specification of material
End Connectors
Flanges : ANSI B16.5
Flanges : BS4504, BS10
Flanges : SABS 1123
Couplings : U-Cone
Couplings : Victaulic
Design Standards The design of the N.G.D energy dissipater complies with various international standards, of which the most important are: -
ASME Boilers & Pressure Vessels Design Code
ANSI B16.5
ANSI B16.10
ANSI B16.34
ANSI B16.37
ANSI B31.3
For more information or quote on Energy Dissipater - Hydromine please call or email for a direct reply.