Alfa Laval U-Turn

Descripción

U-Turn is a liquid separator especially designed for use with plate heat exchangers in ammonia applications. The module – including the separator and plate heat exchanger ensures minimum pressure drop losses and maximum energy efficiency. Alfa Laval U-Turn is designed to utilize the very best from Alfa Laval’s plate heat exchanger technology. Installed above, the self-contained U-Turn can be easily mounted onto the compatible plate heat exchanger. It can cover ammonia capacities from 200 to 1400 kW at 0°C evaporation temperature and from 50 to 500 kW at -40°C evaporation temperature. The module provides an effective and compact installation with less vertical rise and smaller overall dimensions than any other solution. Main design features

• Compact dimensions
• Shorter height and length allowing installation onsite without dismantling
• No additional support is needed, as the U-Turn separator is supported entirely by the plate heat exchanger
• Easy maintenance, as both sides of the plate heat exchanger are fully accessible.
• All ammonia connections access the same side which makes installation easy
• Integrated oil drain
• Stainless steel ensuring corrosion resistance and no need of surface treatment

Ready to install The U-Turn module is delivered within short time, due to standardization. It is a fully functional module from one supplier and carries the CE-stamp, as well the approval from PED (Pressure Equipment Directive). How it works How it works

The U-Turn module is opening a new chapter in evaporation. To see why and how it works, please read the main characteristics and watch our video at the bottom of the page It ensures efficient separation – due to the use of four different separation methods. The short vertical ammonia driving columns, allowing small temperature approaches and high system efficiency. Sliding support allows thermal expansion, ensuring no thermal tensions build up. Significant oil pot volume in standard execution enough for manual drain Separation based on droplet size 0.15 mm Margin for separation is 25% plus one nominal diameter Maximum separation gas velocity is restricted to 60% of the re-entrainment velocity, avoiding liquid brought back to the gas flow. Extra safety margin from 180° U-bend.

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