Pulp and paper

Select a heat exchanger designed for Pulp and Paper

You're using shell and tube exchangers for a duty in your pulp and paper mill. It's most likely that the high solid content in one of your streams will cause more downtime and increase operating and maintenance costs. 

Can you select the ideal heat transfer equipment for a pulp and paper plant and correct its lowered production yield? Reduce operating costs? Make an impact to the MTBF time of equipment in your plant?

Use the HExpert selection tool to find a more innovative heat transfer system. Like a Spiral Heat Exchanger with self-cleaning and anti-fouling functions. 

Find it with the HExpert selection tool below.

One of the options you will get with this selection wizard might be a spiral heat exchanger. Ideal for pulp and paper applications, with self cleaning functions and a reputation for solid operating reliability.

Watch: Spiral heat exchanger technology. Advantages, Fouling and cleaning factors, Monica Parra

 

About your configuration

  • Position
  • Design
  • Application
  • Purpose

What position does your exchanger have?

lava 640x360

Heater/Cooler

Condensation 640x360

Condenser

vaporization 640x360

Vaporizer

Heater/Cooler

Design


Please answer all fields as specific as possible.
Design pressure (g)
Design temperature
Plate/Tube Material
Heat duty

Application


Please answer all fields as specific as possible.
Main task of heat exchanger
Heating media:
Process media:
Process media 2:
What type of fouling do you have?
Cleaning method
Startup frequency

Purpose


Please answer all fields as specific as possible.
Why are you interested in a heat exchanger
Indicate the main drivers
Existing technology
Indicate current installation limitations
Do you allow elastomer gaskets in your heat exchanger?

Condenser

Design


Please answer all fields as specific as possible.
Design pressure (g)
Design temperature
Plate/Tube material
Heat duty

Application


Please answer all fields as specific as possible.
Installation requirement
Subcooling:
Inerts in vapour:
Condensing deltaP< 0,5 kPa required:
What type of fouling do you have?
Cleaning method
Start-up frequency

Purpose


Please answer all fields as specific as possible.
Why are you interested in a heat exchanger
Indicate the main drivers
Existing technology
Indicate current installation limitations
Do you allow elastomer gaskets in your application?

Vaporizer

Design


Please answer all fields as specific as possible.
Design pressure (g)
Design temperature
Plate/Tube Material
Heat duty

Application


Please answer all fields as specific as possible.
What type of vaporizing duty?
Reboiler set-up
Heating media
Heating media
What type of fouling do you have?
Cleaning method
Start-up frequency

Why are you interested in a heat exchanger


Please answer all fields as specific as possible.
Why are you interested in a heat exchanger
Indicate the main drivers
Existing technology
Indicate current installation limitations
Do you allow elastomer gaskets in your application?

Talk to Canadian Experts

Sujeet BoseExperts for compact heat transfer systems like Sujeet Bose
+1 888 253 2226 Ext. 312
Email Sujeet your question.

 

Sylvia KiaraqusExperts for process heat transfer systems like Sylvia Kiriaqus
+1 888 253 2226 Ext. 322
Email Sylvia your question.

 

Reza MoradiExperts for heat transfer system selection like Reza Moradi
+1 888 253 2226 Ext. 340
Email Reza your question.

 

Monica ParaExperts for spiral heat transfer systems like Monica Parra
+1 888 253 2226 Ext. 328
Email Monica your question.

 

Experts for heat transfer systems like Vikram Nagpal Regional Sales Manager
+1 888 253 2226, Ext. 338
Email Vikram your question

 

 

Experts for process heat transfer and separation equipment like Jamie Hodd
+1 416 297 6349 
Email Jamie your question