Reaction Technology

Heat Transfer Simulations
For Jacketed Reactors
Questionnaire

Do you have a difficult heat transfer application?
What type of jacket will provide maximum heat transfer for your new reactor?
How to upgrade the heat transfer rate in your existing reactor?

De Dietrich Can Help!
Our new heat transfer software enables a complete simulation of your reactor process. We can simulate the vessel, its product, the jacket, and the heating or cooling media. We can also make a comparison between a conventional jacket and a HemiCoil®.

Our software program will print out a detailed report of all input parameters and output results, including: heat transfer coefficients (at several locations and the overall), final temperature, heat transfer rate and pressure drop. A time-based output is also supplied, to show progression of heat transfer over time. The relationship is then graphed.

Customer Information

Company Name
Contact Name
Address
City	State	Zip
Country
Phone
E-mail

Reactor Specifications
Reactor Type:
Total Volume [gal]:
Mixing Volume [gal]:
Vessel Diameter [in]:
Tangent to Tangent Dimension [in]:
Agitator Type:
Agitator Span [in]:
Agitator Speed [rpm]:
Jacket Type: Conventional
HemiCoil®

Vessel Contents:
Initial Temperature [°F]:
Final Temperature [°F]:

Product:
(Either name a common chemical which is representative of your product or fill in the below specifications at two different reference temperatures)

Reference Temperature No. 1 [°F]:
Specific Gravity:
Specific Heat [Btu/lb-°F]:
Thermal Conductivity [Btu/ft-hr-°F]:
Viscosity [cP]:

Reference Temperature No. 2 [oF]:
Specific Gravity:
Specific Heat [Btu/lb-°F]:
Thermal Conductivity [Btu/ft-hr-°F]:
Viscosity [cP]:

Jacket Contents:
Inlet Temperature [°F]:
Volume Flow Rate [gpm]:
(for liquid only)

Media:
(Either name a common fluid which is representative of your heat transfer media or fill in the below specifications at two different reference temperatures)

Reference Temperature No. 1 [°F]:
Specific Gravity:
Specific Heat [Btu/lb-°F]:
Thermal Conductivity [Btu/ft-hr-°F]:
Viscosity [cP]:

Reference Temperature No. 2 [°F]:
Specific Gravity:
Specific Heat [Btu/lb-°F]:
Thermal Conductivity [Btu/ft-hr-°F]:
Viscosity [cP]: