SHELL & TUBE

SHELL & TUBE HEAT EXCHANGER DNA heat exchangers represent next step in the evolution of tubular heat exchangers. They deliver significant benefits in the areas DNA achieves significantly higher heat transfer rates comparing to standard solution. The design of the unit allows for more efficient operation in high volume applications (e.g. flue gas, hot air, low pressure steam). The construction of the DNA heat exchanger enables to obtain smaller and lighter device. At the same time, the exchanger retains all the advantages of the shell & tube heat exchanger, especially its high mechanical strength....

DNA TUBE BUNDLE FEATURES Effective turbulent vortex flow increases heat transfer coefficient up to double values due to helical tube geometry. DNA HEAT EXCHANGER ADVANTAGES EFFECTIVE HEAT TRANSFER AREA TURBULENT FLOW Effective heat transfer area with more homogeneous distribution of flow and velocity field. LOW PRESSURE DROP Flexible tube bundle, low pressure drop, no dead spots, baffle-free, no need of shell compensator and elimination of vibration due to the multiple contact points along the tube bundle. LARGE HEAT TRANSFER AREA CONTAINED IN COMPACT CONSTRUCTIO

K4 / K1 – inlet / outlet cold side DNA heat exchangers can be installed vertically K2 / K3 – inlet / outlet hot side or horizontally depending on the application C INSTALLATION TYPES TECHNICAL DATA TECHNICAL PARAMETERS Type Tube side capacity CONNECTION TYPE Flange Shell side capacity All dimensions and technical data are approximate only and may be changed without further notice.

SHELL & TUBE HEAT EXCHANGER APPLICATION · low pressure steam condensers (flash steam condensers) · industrial and chemical processes · recuperation and regeneration in industrial technologies · waste heat recovery – diesel and gas engines, cogeneration systems · water and steam systems, cooling circuits · heat transfer area created by identical helical tubes of diameter Ø 0.39 in / 10 mm · many contact points along the tubes provide high resistance of tube bundle against possible vibrations · non-baffle design with a homogeneous tube-bundle WORKING PARAMETERS · max. temp.: 392°F / 200°C · min....