Evaporative Condenser Design Calculation.pdf. Evaporative Condenser Design Calculation. Senior Design CHE 396 Andreas Linninger. Necessary components along with distillation calculations. The top product stream passes through a total condenser.

From Thermal design calculations of Shell & Tube condensers for horizontal condensers, vertical condensers including reflux condensers; main features: +Support S.I Units/English (U.S) Units of measurement, Units converter containing 23 measurements and 200 units. +Import physical properties data to hot side and cold side from Microsoft Excel & from WeBBusterZ Physical properties database (included). +Save/Load results. +Export Results to Engineering Data sheet (excel, pdf formats supported). +Export Results summary to Microsoft Word or Print Results summary. Calculations: +Horizontal (shell side/tube side),Vertical (shell side/tube side) and Reflux condensers thermal design.

+Full/Partial condensation (Subject to condensation model selection please visit webbusterz for more). +Sub cooling, super heated vapor, Zone analysis, Shear Controlled and Gravity Controlled condensation (Subject to condensation model).

+Basis and assumptions that the software makes during the calculations are stated on a visible panel. +Support single phase vapor condensation on hot side and liquid coolant on cold side, bare tubes only. +TEMA designations. +Calculate unknown Cold side temperature, Unknown Hot or cold side flow rate. +Triangular and square pitch tube orientation.

+Detailed results displays many calculated variables such as: Duty, Area, Number of tubes, Shell/Tube velocities, flooding velocity and operating velocity for reflux condenser, Reynolds numbers, Condensation heat transfer coefficient, flow regime, Number of Baffles and Baffle spacing, Scale resistance (dirt factor), Overall heat transfer coefficient for both Clean and Fouled conditions, Pressure drops. +Track calculation changes from trial to another. +Basic Physical Properties estimation database included as separate software (Contains 1450 components, free with full version).

+Add your own properties in the additional user databases. +Tube counts,standard tube sizes tables,Thermal conductivities.

Full Specifications What's new in version 1.5 • + Added Units converter containing 23 measurements and 200 units conversions • + Condensate sub-cooling is now supported on vertical tube side condenser • + Added support for Superheated vapor on Horizontal shell side condenser, Vertical shell side condenser, Vertical tube side condenser and Reflux condenser • + Software Interface update • + Added Auto save feature • + Added import Vapor specific heat capacity from physical properties software • + Inconsistency warning if default decimal points for operating system is not matching user input. Hiren S Bootcd 9 9 Fr Isotopes. • + Short results display option - displays a summary of main results for each calculated trial • +Bug fixes General Publisher Publisher web site Release Date June 27, 2017 Date Added July 03, 2017 Version 1.5 Category Category Subcategory Operating Systems Operating Systems Windows Vista/7/8/10 Additional Requirements Microsoft.Net 4 Framework Download Information File Size 9.84MB File Name condenserdesigndemo.zip Popularity Total Downloads 992 Downloads Last Week 1 Pricing License Model Free to try Limitations 30-day trial Price $134.99.

Condenser Design Shell and Tube Condenser Design (CnD) is a software that is made to demonstrate thermal analysis and design calculations required for designing shell and tube condensers. This software can design, horizontal shell side condensers, horizontal tube side condensers, vertical shell side condensers, vertical tube side condensers and reflux condensers. This software application is intended for use by professional and academics in the engineering industry. Some basic understanding in thermodynamics, fluid flow and shell & tube heat exchangers is required before attempting to use this tool. Below is a list of main features: 1. Support S.I Units and English (U.S) Units of measurement 2. Unit Converter includes 23 measurements units with 200 unit conversion 3.

Import physical properties data to hot side and cold side from Microsoft Excel & from WeBBusterZ Physical properties database (included!) 4. Save/Load results Results 5. Generate an engineering datasheet (can be exported to.pdf file format), Export Results to Engineering Data sheet in Microsoft Excel for editing 6. Export Results summary to Microsoft Word or Print Results summary. Calculations 7. Supports Horizontal shell side/Horizontal tube side/Vertical shell side/Vertical tube side and Reflux condensers design. Supports Full condensation and Partial condensation (Subject to condensation model selection please see the table provided below for full information).

Support Sub cooling, Superheated vapor, Zone analysis, Shear Controlled and Gravity Controlled condensation (Subject to condensation model selection please see the table provided below for full information). Basis and assumptions that the software makes during the calculations are stated on a visible panel. Support single phase vapour condensation on hot side and liquid coolant on cold side, bare tubes only 12. TEMA designations. Ability to calculate unknown Cold side temperature, Unknown Hot or cold side flow rate. Triangular and square pitch tube orientation 15. Detailed calculation than displays many calculated variables such as: Duty, Area, Number of tubes, Shell/Tube velocities, flooding velocity and operating velocity for reflux condenser, Reynolds numbers, Condensation heat transfer coefficient, Condensation flow regime, Number of Baffles and Baffle spacing, Scale resistance (dirt factor), Overall heat transfer coefficient for both Clean and Fouled conditions, Pressure dropsetc.

And many more 16. Ability to track calculation changes from trial to another. E Gas Sly Injection Software Engineering on this page. Included Databases: 17. Estimate the Physical properties of pure components for more than 1450 components; the database has the ability to estimate Thermal Conductivity, Density, Heat Capacity and Viscosity. The database also included critical properties, boiling and melting points and come as separate software but easily integrated with the software. Ability to add your own properties in the additional user databases. Tube counts and standard tube sizes tables 20.

Fouling factors 21. Overall heat transfer coefficients 22. Material Thermal Conductivities.

Maximum Allowable design velocities inside tubes for liquids 24. Ability to add your own components to use for simulations.