Manufacturer : Alfa Laval Model: Tetra Pak C10-KSM Year: 2013 Type: Plate heat exchanger / pasteurizer Application: Pasteurisation Exchange surface: 227.5 m2 Fluid group: 2 Liquid volume: 897.0 L Max. pressure: 10.0 bar Max. temperature: 120°C Sections: 5 Plates: 73 + 131 + 33 + 105 + 35
Manufacturer : Alfa Laval Model: Tetra pak C10-SM Year : 2005 Type: Plate heat exchanger Application: pasteurizer Fluid group: 2 Volume: 533 L Pressure: 0/16.0 bar Temperature: 0 / 110°C Sections: 5 Plates: 64 + 66 + 40 + 20 + 31 units
Manufacturer: Vulcanic Model: Vulcatherm Type: Temperature controller Date: September 2000 (left machine) and December 2003 (right machine) Power : 20 KW Weight: 140 kg Max. pressure : 12 bar G Max. temperature : 140 °C Thermal fluid: water Management system type 20789 V2, installed in 2015 by the manufacturer.
Manufacturer: Vulcanic Model: Vulcatherm Catalogue number : 829721-01 Type: Temperature control unit Weight : 210 kg Max. pressure : 10 bar G Max. temperature : 90 °C Thermal fluid : water
Manufacturer: Solev (Clauger) Model: RH 550/230-25U-0-RS-SP-2G/1F Year : 2007 Type : glycol water heat controller / Thermal skid Class : ATEX – EX II 3 G – EEx b,c,d,e II B T2 Minimum / maximum temperature : +20°C / +230°C Intensity: 51 A. Heating: 25 kW immersion heater Heating control by thyristors. Cooling: No cooling system. Heat transfer fluid: Therminol
Tubular heat exchanger mounted skid allowing to thermoregulate (heat, cool, maintain) a heat transfer fluid via a secondary circuit with 3 entries. Very often associated with a filter dryer or reactor when there is an issue / risk of product contact. Primary circuit : Heat transfer fluid loop Volume: 3.5L Pressure: +6 bars T°C = 150°C Secondary circuit : Number
Manufacturer : APV (SPX group) Model: PHE type N35 RKS-10/5 Type : Stainless steel plate heat exchanger Year : 2009 Condition: new, never used Nominal capacity: 18500 KG/H Transfer surface area: 54.6 m2 Operating pressure : 10 bars Maximum temperature: 130°C Volume 1 and 2: 74.6 and 77 L Weight: 928 kg Overall dimensions : 496 x 1040 x
Alfa Laval M15 – MFM 316 stainless steel plate heat exchanger Number of plates: 111 Plate size: 0.75 m2 (50 cm x150 cm) Connections : 4 x dia. 135 mm Capacity : 2 x 139 L Allowed pressure Min / Max : 0 / 5,0 bar Allowed temperature zone 1 Min / Max : 0 / 85°C Allowed temperature zone
Electric boiler power: 36 kW Overheated water Electronic control 12 / 24 kW Max. operating temperature 99°c 4 bar service control cabinet / regulators
TUBULAR HEAT EXCHANGER ROB / 10M2 Stainless lid 10M2 Other available surfaces Year 1994
Documentation doc-exchanger-viscoline.pdf technical-detail-VLM19x16.pdf Technical description REF : Viscoline – VLM19X16/104-6.0 polished stainless steel 2 sets of 5 tubular exchangers d.104 Unit surface 5,73 m² x 10 = 57 m² per exchanger : 19 tubes ⌀16 / length 6000 spiral body for forced circulation piping, valves and supports Viscous beverages and food, like other products, often have high viscosity or contain
A heat exchanger is a system for transferring thermal energy from a fluid to another without mixing them. The heat flow passes through an exchange surface that separates the fluids.
The heat exchanger is an essential element in industry. It ensures the transfer of heat between two fluids and prevents them from being mixed. This transfer takes place through a screen with a high conductive capacity.
It allows the transfer of heat energy from one fluid to another without mixing them.
The heat exchange always takes place by convection or conduction. The larger the exchange surface is, the more efficient the exchange will be.
This equipment is determined by the fluids present, the desired goal and the thermal power/performance to use. These criteria determine its optimum shape and dimensions.
The exchangers operate according to the nature of the fluids: water, oil, air.
There are different types of heat exchangers. These are used in different industries (pharmaceutical, food processing, cosmetics, chemical, etc.). This equipment is very often made of stainless steel.
The fluids move on either side of the plates, which are generally corrugated. This type of heat exchanger is frequently used because it is very efficient.
Plates used in this system can be :
The plate heat exchanger is becoming really popular in industry. It consists of a large number of plates arranged in the shape of a yarn and separated from each other by a space of a few millimetres where the fluids circulate.
The perimeter of the plates is bordered by a joint that allows compression of the unit in order to avoid the risk of leaks, both between the two fluids and to the outside.
The shell-and-tube heat exchanger, also known as a tubular heat exchanger, consists of many tubes which are placed in a shell-and-tube arrangement. One of the fluids circulates inside the tubes and the other circulates inside the shell, around the tubes.
Sometimes a baffle is added to the grille. This helps to promote turbulence and improve heat transfer. Vanes can also be added to tubes to increase the heat exchange surface area when the fluids present have very different exchange coefficients.
At each bundle end a distribution box is attached. It ensures the circulation of the fluid inside the tubes in one or more passages. The shell is also equipped with input and output nozzles for the second fluid following the path imposed by the baffles.
The heat exchanger resists pressure very well. This is why it is used in powerful installations.
A coil-shaped heat exchanger uses a tube that is immersed in water. The primary fluid flows through the coil and heats the secondary fluid in which the tube is submerged.
It can be found in buffer tanks with an exchanger or in air conditioners, for example.
Other heat exchangers are also visible in the industrial landscape. Some are intended for very specific uses. Some of them are for very specific uses:
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