CONDENSER, HEAT EXCHANGER & REACTOR
Reactor Tank
Chemical reactors are vessels designed to contain , agitation, etc.
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Platindo has been designing efficient heat exchanger at given flow rates and operating pressures. This is critical in establishing the mass and energy balance around the exchanger. Operating pressures are particularly important for gases as their physical properties vary greatly with pressure.
Furthermore more variable data are included in the design process, such as heat capacity, viscosity, thermal conductivity, density, and latent heat. Finally, which geometrical configuration is right for the desired exchanger, i.e. the shell diameter, tube sheet layout, baffle and tube spacing, and etc. in order to obtain the actual overall heat transfer coefficient.
Other Considerations:
- Materials of Construction
- Ease of Maintenance
- Cost of Exchanger
- Overall Heat Integration
Condenser
A heat exchanger, all in stainless steel that condense the humid gas from a reactor by cooling down the small pipes in special constructed housing.
Platindo produces high efficient condensers, which have been in service for industrial applications.
Effective steam condenser design is incorporated with some of these variables is:
• The configuration of the exhaust flow pattern entering the condenser.
• The moisture content of the incoming steam.
• The design of the transition piece to achieve the most uniform distribution.
• Shell design parameters that provide maximum support to the tube bundle.
• Tube sheet design considerations that will enhance the flow over and through the tube bundle to achieve maximum performance efficiencies.