This is a program that calculates the volume of every type of reactor
you can find in chemical engineering when you are working with chemical
reaction and simultaneous absortion: gas-liquid reactors. In User RPL. Includes Spanish-language documentation in Word format.
ChemLab 2.7 is a graphical periodic table of elements with element symbols and a fast property browser with 22 properties. Also has a formula balancer and molecular weight calculator.
This library is for testing different kinetics models.You can test potential or some Langmuir-Hinshelwood models. The kind of data allowed are integral or differential one.
Program written in User RPL which allows you to calculate the residence time distribution in chemicals reactors and others that you could need in order to know the reactor model, etc. Very useful for chemical engineers. The zip file contains some information in Spanish (Word format) and the program.
Calculates entalpy variations given initial and final temperature, or calculates final temperature, given the initial temperature and the entalpy variation.
New and improved version of Flashcam, useful for chemical engineering students. Gives the fractional composition of the outflow of liquid and steam from a flash system. Also includes a version (2.X) intended for use with XCELL for easier-to-read output.
By César Augusto Monte (H) and Salvador Salgado (Snake).
Gas I is a utility that uses the state equations of thermodynamics with 15 composed, and they are in a ready-to-use database. Includes PDF documentation.
Calculates the standard properties of natural gas according to ISO standard 6976, Second Edition 1995-12-01. Includes a facility to create pseudo components and edit base data.
Periodic table of elements with fast centered cursor moving and a molar weight calculator which handles parentheses and a properties browser. The smaller previous version is included.
This program serves to find the Mass to molar (Mi), the mass (mi) and the fraction mass (fmi) of a certain substance. Used in the course of Termodinamica II.
Equations programmed to calculate the properties of the air as an ideal gas, temperature range: 200-2250 K (the error is always less than 1%, but in pr in low temperatures when error is nearly 4,8%).
This library contains five state equations (virial, van der Waals, Redlich-Kwong, Redlich-Kwong-Soave, Peng-Robinson), six equations for activity coefficients (Symmetric, Margules, Van Laar, UNIQUAC, UNIFAC), and four programs for calculation of bubble temperature and pressure, and dew temperature and pressure. Also includes the Antoine equation for 3 and 5 parameters.