5:21
CSTR Overview
CSTR Overview
Describes reasons for using a CSTR, presents mass balances and discusses unique aspects of CSTRs.
9:04
CSTR with Multiple Steady-States and Heat Exchange
CSTR with Multiple Steady-States and Heat Exchange
Find the steady-state operating conditions for a CSTR with heat exchange.
8:19
CSTR and PFR in Series (Outlet Concentration)
CSTR and PFR in Series (Outlet Concentration)
Find the outlet product concentration leaving a CSTR and PFR in series when the reaction order and inlet concentrations are known.
5:56
Adiabatic CSTR Example
Adiabatic CSTR Example
An adiabatic CSTR example where outlet conditions are calculated based on reaction information and inlet conditions.
17:11
CSTR Energy Balances
CSTR Energy Balances
Setup of energy balances for stirred tank reactors. Comparisons are made with batch and semi-batch reactors.
7:22
Multiple Reactions in an Isothermal CSTR
Multiple Reactions in an Isothermal CSTR
Determine outlet concentrations given reaction kinetics and entering conditions to an isothermal CSTR. Multiple reactions take place in the CSTR.
8:43
CSTR Design Example (Using Damkohler Number)
CSTR Design Example (Using Damkohler Number)
Example of how to use the Damkohler number (a dimensionless unit) to examine how changing a single variable can affect overall reactor conditions in a CSTR.
10:18
CSTRs in Series
CSTRs in Series
Analyze the reaction system in which two CSTRs are in series. Calculate volume for isothermal reaction.
6:27
Space Time - CSTR - 1st order reaction
Space Time - CSTR - 1st order reaction
A simple explanation of space time for a 1st order reaction.
4:16
Comparing CSTR and PFR Balances
Comparing CSTR and PFR Balances
A comparison of the material balances for both a continuous stirred tank reactor (CSTR) and plug flow reactor (PFR).
11:08
Non-Isothermal CSTR Balance
Non-Isothermal CSTR Balance
Determine the volume of a reactor given information on the reaction and specific flow requirements. Also asked to determine energy requirements based on heat capacities and heats of reaction.
6:37
Two CSTRs in Series
Two CSTRs in Series
Determine the relative volume of one CSTR to another one in series given the conversion of the overall reaction and the first reactor conversion.
6:24
Replacing a CSTR with Two CSTRs in Series
Replacing a CSTR with Two CSTRs in Series
Determine the change in reaction conversion when using two CSTRs having a total volume equivalent to one CSTR.
3:01
CSTR Daily Bullish Chart Buy the Dip Sell the Rip
CSTR Daily Bullish Chart Buy the Dip Sell the Rip
www.StockMarketFunding.com CSTR Daily Bullish Chart Buy the Dip Sell the Rip. Live stock market trading educational video on recent trends for CoinStar. Please like, share, subscribe & comment! Find Us on Google +1 http gplus.to Video RSS Feed feeds.feedburner.com Follow...
8:23
Modeling a Non-Ideal CSTR
Modeling a Non-Ideal CSTR
Given a tracer response plot, model a non-ideal CSTR with a combination of ideal reactors, recycle, bypass, and hold-up.
9:18
Coolant Required for CSTR
Coolant Required for CSTR
Determine coolant necessary for a non-isothermal CSTR containing an exothermic reaction. Information on the reaction is provided. Material and Energy balances are necessary to solve.