Tube In Tube Heat Exchanger For Yoghurt, Pastes, Pulp and other viscous ProductsDMUK
13 Meters of Tube in Tube
Tube In Tube Heat Exchanger For Yoghurt, Pastes, Pulp and other viscous Products
DMUK
13 Meters of Tube in Tube
Année de construction
2009
État
Occasion
Emplacement
Derby 

Données de base
- Désignation de la machine:
- Tube In Tube Heat Exchanger For Yoghurt, Pastes, Pulp and other viscous Products
- Fabricant:
- DMUK
- Modèle:
- 13 Meters of Tube in Tube
- Année de construction:
- 2009
- État:
- d'occasion
Prix et localisation
- Emplacement:
- Derby, UK

Appel
Détails sur l'offre
- Identifiant de l'annonce:
- A229-54601
- Numéro de référence:
- 808
- Mise à jour:
- dernière mise à jour le 13.10.2026
Description
AI Overview
A 13-meter tube-in-tube heat exchanger paired with a mono (progressive cavity) pump is a heavy-duty industrial setup designed for continuous heating or cooling of high-viscosity, abrasive, or fiber- and particulate-laden fluids (such as wastewater sludge, digestate, food purees, pulps, or industrial effluents). [1, 2, 3]
Core System Components & Description
Tube-in-Tube (Double-Pipe) Heat Exchanger (13 Meters):
Design: Consists of a concentric layout where a smaller inner tube (often corrugated to boost turbulence and heat transfer) is nested inside a larger outer shell tube.
Bwedpfx Aez Ruxlep Dew
Flow Configuration: The process fluid flows counter-currently through the inner tube, while the service/heating/cooling medium flows through the annular space between the inner and outer tubes.
Length & Scale: A 13-meter run (frequently modular or multi-pass/series-connected units mounted on a skid frame) provides an extended thermal exchange surface area suited for duty points requiring significant temperature delta (Δ T) without clogging.
Handling Solids: Ideal for fluids containing suspended solids, large particles, or fibers up to tens of millimeters that would choke standard plate heat exchangers. [1, 2, 3, 4, 5, 6]
Mono Pump (Progressive Cavity Pump):
Function: Acts as a positive-displacement feed pump that delivers a steady, controlled, low-shear flow rate of the product medium into the heat exchanger.
Why it fits: Progressive cavity ("mono") technology prevents pulsation and handles abrasive, thick, or high-viscosity slurries smoothly without damaging sensitive cell structures or choking under backpressure. [1]
Key Applications
Wastewater and sewage sludge heating or cooling.
Viscous food-industry processing (sauces, pulps, creams, purees).
Industrial effluent and dye-house waste heat recovery.
Continuous thermal treatment requiring plug-flow characteristics and easy Clean-in-Place (CIP) maintenance
Cooling: Yes
Heating: Yes
Temperatures: Depending on Connection
Feed Pump: Mono Pump for Viscous Products
CIP: This is cleaned through the CIP system
Tube in Tube Legth: 13 meters including bends
A 13-meter tube-in-tube heat exchanger paired with a mono (progressive cavity) pump is a heavy-duty industrial setup designed for continuous heating or cooling of high-viscosity, abrasive, or fiber- and particulate-laden fluids (such as wastewater sludge, digestate, food purees, pulps, or industrial effluents). [1, 2, 3]
Core System Components & Description
Tube-in-Tube (Double-Pipe) Heat Exchanger (13 Meters):
Design: Consists of a concentric layout where a smaller inner tube (often corrugated to boost turbulence and heat transfer) is nested inside a larger outer shell tube.
Bwedpfx Aez Ruxlep Dew
Flow Configuration: The process fluid flows counter-currently through the inner tube, while the service/heating/cooling medium flows through the annular space between the inner and outer tubes.
Length & Scale: A 13-meter run (frequently modular or multi-pass/series-connected units mounted on a skid frame) provides an extended thermal exchange surface area suited for duty points requiring significant temperature delta (Δ T) without clogging.
Handling Solids: Ideal for fluids containing suspended solids, large particles, or fibers up to tens of millimeters that would choke standard plate heat exchangers. [1, 2, 3, 4, 5, 6]
Mono Pump (Progressive Cavity Pump):
Function: Acts as a positive-displacement feed pump that delivers a steady, controlled, low-shear flow rate of the product medium into the heat exchanger.
Why it fits: Progressive cavity ("mono") technology prevents pulsation and handles abrasive, thick, or high-viscosity slurries smoothly without damaging sensitive cell structures or choking under backpressure. [1]
Key Applications
Wastewater and sewage sludge heating or cooling.
Viscous food-industry processing (sauces, pulps, creams, purees).
Industrial effluent and dye-house waste heat recovery.
Continuous thermal treatment requiring plug-flow characteristics and easy Clean-in-Place (CIP) maintenance
Cooling: Yes
Heating: Yes
Temperatures: Depending on Connection
Feed Pump: Mono Pump for Viscous Products
CIP: This is cleaned through the CIP system
Tube in Tube Legth: 13 meters including bends
Fournisseur
Remarque : Inscrivez-vous gratuitement ou connectez-vous, pour accéder à toutes les informations.
Enregistré depuis: 2017
26 annonces en ligne
Envoyer une demande
Téléphone & Fax
+44 1332 ... afficher
Votre annonce a été supprimée
Une erreur est survenue








