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Chem Engg & Aspen Channel - Dr. M. Haris Hamayun
Pakistan
Приєднався 18 лис 2017
This channel has been established with the primary goal of providing education to the community, specifically focusing on Chemical Engineering. The content primarily covers areas such as reaction engineering, plant design, and process simulation, with a particular emphasis on utilizing essential tools like ASPEN. The associated tools featured in the videos include Aspen HYSYS, Aspen Plus, Aspen Exchanger Design and Rating, Aspen Energy Analyzer, Aspen Plus Dynamics, and Aspen Economic Analyzer. Various videos covering different topics within chemical engineering are regularly uploaded to this channel. If you're eager to learn about the diverse facets of chemical engineering, including the use of Aspen tools, don't forget to subscribe to the channel and click the bell icon for all the latest updates.
Chemical Reaction Engineering Lectures - Lecture # 47 - Reactor Selection Case Studies #cre
Welcome to Lecture # 47 of our Chemical Reaction Engineering series! In this session, we dive deep into the intricate process of Reactor Selection through comprehensive case studies. Learn how to effectively choose the appropriate reactor for various chemical processes and understand the underlying principles guiding these decisions.
In This Lecture:
- Key criteria for reactor selection
- In-depth analysis of multiple case studies
- Comparison of different reactor types and their uses
- Practical insights for optimizing reactor performance in industrial applications
This lecture is perfect for students, professionals, and anyone with an interest in chemical engineering. Gain practical knowledge and enhance your skills in reactor selection and design.
🔔 Subscribe for more insightful lectures on Chemical Reaction Engineering!
👍 If you find this video helpful, please like, comment, and share!
UA-cam keywords:
Chemical Reaction Engineering, Reactor Selection, Case Studies, Chemical Engineering, Chemical Reactors, CRE Lecture, Reactor Design, Reactor Types, Process Optimization, Industrial Engineering, Chemical Processes, Engineering Education, Chemical Engineering Students, Reactor Performance, Engineering Case Studies
#ChemicalReactionEngineering #CRE #ReactorSelection #EngineeringLectures #ChemicalEngineering #ReactorDesign #CaseStudies #IndustrialEngineering #ProcessOptimization #ChemicalProcesses #EngineeringEducation #ReactorPerformance #ChemicalEngineeringStudents
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0:00 Introduction and Prob Statement
2:04 Case 1
2:54 Case 2
3:57 Case 3
4:39 Case 4
In This Lecture:
- Key criteria for reactor selection
- In-depth analysis of multiple case studies
- Comparison of different reactor types and their uses
- Practical insights for optimizing reactor performance in industrial applications
This lecture is perfect for students, professionals, and anyone with an interest in chemical engineering. Gain practical knowledge and enhance your skills in reactor selection and design.
🔔 Subscribe for more insightful lectures on Chemical Reaction Engineering!
👍 If you find this video helpful, please like, comment, and share!
UA-cam keywords:
Chemical Reaction Engineering, Reactor Selection, Case Studies, Chemical Engineering, Chemical Reactors, CRE Lecture, Reactor Design, Reactor Types, Process Optimization, Industrial Engineering, Chemical Processes, Engineering Education, Chemical Engineering Students, Reactor Performance, Engineering Case Studies
#ChemicalReactionEngineering #CRE #ReactorSelection #EngineeringLectures #ChemicalEngineering #ReactorDesign #CaseStudies #IndustrialEngineering #ProcessOptimization #ChemicalProcesses #EngineeringEducation #ReactorPerformance #ChemicalEngineeringStudents
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0:00 Introduction and Prob Statement
2:04 Case 1
2:54 Case 2
3:57 Case 3
4:39 Case 4
Переглядів: 80
Відео
Chemical Reaction Engineering Lecture Series - Lec 46 - Reactor Selection & Operating Conditions
Переглядів 241День тому
Welcome to Lecture 46 of our Chemical Reaction Engineering series! In this session, we delve into Reactor Selection & Operating Conditions, crucial topics for optimizing chemical processes. Whether you're a student or a professional in the field, understanding how to choose the right reactor and set optimal operating conditions can significantly impact efficiency and yield in chemical reactions...
Chemical Reaction Engineering Lectures - Lecture 45 - Selectivity for Parallel Reactions #cre
Переглядів 14221 день тому
Welcome to Lecture 45 of the Chemical Reaction Engineering Lectures series! In this lecture, we delve into the concept of selectivity in parallel reactions involving a single reactant. Understanding selectivity is crucial for optimizing chemical processes, especially when multiple products can be formed from a single reactant. In this video, we will cover: - The fundamentals of parallel reactio...
Chemical Reaction Engineering Lectures - Lecture # 44: Numerical Method to Determine Rate Parameters
Переглядів 169Місяць тому
Welcome to Lecture #44 of our Chemical Reaction Engineering series! In this lecture, we dive deep into the numerical methods used to determine rate parameters in chemical reactions. Understanding these methods is crucial for accurately modeling and predicting reaction behaviors, which is essential for chemical engineers and researchers. In this session, we will cover: An introduction to numeric...
Chemical Reaction Engineering Lectures - Selectivity, Yield, Conversion and their Importance #cre
Переглядів 205Місяць тому
Welcome to our comprehensive lecture series on Chemical Reaction Engineering! This video delves into the critical concepts of selectivity, yield, and conversion, exploring their significance in chemical processes. 📌What You'll Learn: - The definition and importance of selectivity in chemical reactions. - How yield impacts the efficiency and economics of chemical production. - Understanding conv...
Chemical Reaction Engineering Lecture Series - Multiple Reactions - Overview & Basic Terms #cre
Переглядів 200Місяць тому
Welcome to our Chemical Reaction Engineering Lecture Series! In this lecture, we dive into the fundamentals of Multiple Reactions. Whether you're a student, a professional, or simply interested in chemical engineering, this video provides a comprehensive overview of key concepts and basic terms related to multiple reactions. 📚 In This Lecture: - Introduction to Multiple Reactions - Types of Mul...
Chemical Reaction Engineering Lecture Series - Lecture # 41 - Polynomial Fit using MS Excel #cre
Переглядів 169Місяць тому
Welcome to Lecture # 41 of our Chemical Reaction Engineering Lecture Series! In this session, we dive into the practical application of Polynomial Fit using Microsoft Excel. 🔍 What You'll Learn: - Understanding the basics of polynomial fitting - Step-by-step guide on performing polynomial fit in MS Excel - Interpreting the results for engineering applications - Real-world examples to solidify y...
Chemical Reaction Engineering Lectures - Lecture # 40(b) - Numerical Method for Data Analysis #cre
Переглядів 2172 місяці тому
In this insightful lecture, dive into the world of Chemical Reaction Engineering as Dr. Haris tackles the intricacies of numerical methods for data analysis. With Lecture #40(b), you'll uncover fundamental techniques for understanding and interpreting experimental data in chemical processes. From exploring algorithms to analyzing results, this lecture equips you with the tools needed to navigat...
Chemical Reaction Engineering Lectures - Lecture # 40(a) - Numerical Method for Data Analysis #cre
Переглядів 2982 місяці тому
In this insightful lecture, dive into the world of Chemical Reaction Engineering as Dr. Haris tackles the intricacies of numerical methods for data analysis. With Lecture #40(a), you'll uncover fundamental techniques essential for understanding and interpreting experimental data in chemical processes. From exploring algorithms to analyzing results, this lecture equips you with the tools needed ...
Chemical Reaction Engineering Lectures - Polymath to Design a Micro-reactor - Lecture # 39 #polymath
Переглядів 4362 місяці тому
Join this engaging lecture on Chemical Reaction Engineering as the speaker explores micro-reactor design using polymath techniques. Learn how chemistry, engineering, and math come together to create practical micro-reactor designs. With easy-to-follow explanations, this lecture inspires students and enthusiasts alike to explore the endless possibilities of interdisciplinary collaboration. Pleas...
Chemical Reaction Engineering - Method of Half Life - Collection & Analysis of Rate Data #cre
Переглядів 2973 місяці тому
Welcome to Chem Engg & Aspen Channel, where we delve deep into the world of chemical engineering and process simulation. In this insightful video, we explore a fundamental concept in chemical kinetics: the Method of Half-Life. Understanding reaction kinetics is crucial in various fields, from pharmaceuticals to environmental engineering. By analyzing rate data, we can determine essential rate p...
Method of Initial Rate to determine the rate parameters - Lecture # 37 #chemicalreactionengineering
Переглядів 3013 місяці тому
Welcome back to the Chem Engg & Aspen Channel! In this comprehensive video, we delve into the powerful technique, Method of Initial Rate Analysis, a cornerstone in determining rate parameters for chemical reactions. Whether you're a student grappling with kinetics or a seasoned professional seeking to enhance your understanding, this tutorial will guide you through the intricacies with clarity....
CRE Lecture - Combining method of excess & integral method - Rate constant and Order of reaction
Переглядів 3683 місяці тому
Welcome back to the Chem Engg & Aspen Channel, your go-to destination for all things chemical engineering! Today, in lecture #36, we're diving into the fascinating world of reaction kinetics by combining the integral method with the method of excess. Together, we'll unravel the mystery behind determining reaction order and the reaction rate constant. Through a practical example, we'll showcase ...
"Integral Method" to analyze the rate data #chemicalreactionengineering #rateanalysis #ratedata
Переглядів 2044 місяці тому
The integral method is the quickest method to determine/analyze the rate data. We have to assume the order of reaction in this method and generate a plot. If the plot appears to be linear, then the assumed order is correct. Please watch, like, share the video, and subscribe to the channel. Thank you. :-) #chemicalreactionengineering #rateanalysis #isothermalprocess #youtube
"Method of Excess" to Analyze the Rate Data - Chemical Reaction Engineering Lecture Series #cre
Переглядів 1974 місяці тому
Method of excess is one of the techniques to determine the rate parameters i.e., rate constant, order of reaction. Please watch, like, share the video and subscribe to the channel. Thank you. #chemicalreactionengineering #youtube #analysis
Chemical Reaction Engineering Lectures - Method of Excess & Integral Methods for Rate Data Analysis
Переглядів 4964 місяці тому
Chemical Reaction Engineering Lectures - Method of Excess & Integral Methods for Rate Data Analysis
Chemical Reaction Engineering Lectures - Algorithm for Data Analysis Lecture # 34 #CRE
Переглядів 3904 місяці тому
Chemical Reaction Engineering Lectures - Algorithm for Data Analysis Lecture # 34 #CRE
Using Polymath to solve ODE Equation - Plug Flow Reactor - CRE Lecture Series - Lecture # 33
Переглядів 5154 місяці тому
Using Polymath to solve ODE Equation - Plug Flow Reactor - CRE Lecture Series - Lecture # 33
Design of Microreactor| Chemical Reaction Engineering Lecture Series| Lecture # 32
Переглядів 3334 місяці тому
Design of Microreactor| Chemical Reaction Engineering Lecture Series| Lecture # 32
Isothermal Reactor Design - Moles and Molar Flowrates - Chapter # 6 - Lecture # 33 - CRE Series
Переглядів 4065 місяців тому
Isothermal Reactor Design - Moles and Molar Flowrates - Chapter # 6 - Lecture # 33 - CRE Series
Analyzing the Impact of Pressure Drop on Conversion | Example # 5.5 | CRE Lecture # 30
Переглядів 4285 місяців тому
Analyzing the Impact of Pressure Drop on Conversion | Example # 5.5 | CRE Lecture # 30
Derivations for 2nd order reaction (considering dP) in packed bed reactor - CRE Series - Lecture 29
Переглядів 4055 місяців тому
Derivations for 2nd order reaction (considering dP) in packed bed reactor - CRE Series - Lecture 29
Chemical Reaction Engineering Lecture Series - Example # 5.4 - Pressure Drop in Reactors
Переглядів 5155 місяців тому
Chemical Reaction Engineering Lecture Series - Example # 5.4 - Pressure Drop in Reactors
Derivation of Pressure Drop Equation for Packed Bed Reactor - CRE Lectures - Lecture # 27
Переглядів 7516 місяців тому
Derivation of Pressure Drop Equation for Packed Bed Reactor - CRE Lectures - Lecture # 27
Chemical Reaction Engineering - Isothermal Design - Introduction to Pressure Drop - Lecture # 26
Переглядів 6016 місяців тому
Chemical Reaction Engineering - Isothermal Design - Introduction to Pressure Drop - Lecture # 26
Isothermal Plug Flow Reactor Design - Chemical Reaction Engineering Lectures - Lecture # 25
Переглядів 5806 місяців тому
Isothermal Plug Flow Reactor Design - Chemical Reaction Engineering Lectures - Lecture # 25
Tubular Reactor - Isothermal Design - Chemical Reaction Engineering Lectures - Lecture # 24
Переглядів 7847 місяців тому
Tubular Reactor - Isothermal Design - Chemical Reaction Engineering Lectures - Lecture # 24
Example # 5.2 - Isothermal CSTR Design - Chemical Reaction Engineering Lectures - Lecture # 23(b)
Переглядів 6567 місяців тому
Example # 5.2 - Isothermal CSTR Design - Chemical Reaction Engineering Lectures - Lecture # 23(b)
Isothermal CSTR Design - Example # 5.2 - Chemical Reaction Engineering Lectures - Lecture # 23(a)
Переглядів 8277 місяців тому
Isothermal CSTR Design - Example # 5.2 - Chemical Reaction Engineering Lectures - Lecture # 23(a)
Chemical Reaction Engineering|Derivations for isothermal CSTRs in series and parallel|Lecture # 22
Переглядів 4407 місяців тому
Chemical Reaction Engineering|Derivations for isothermal CSTRs in series and parallel|Lecture # 22
bro i doing the same simulation in dwsim but its saying the [30-7-24 1.50.36 AM] Error in 'Absorber': Index was out of range. Must be non-negative and less than the size of the collection. Parameter name: index pLEASE HELP
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Hi, Thank you for the informative and useful videos. Could you help me with the Aspen Plus Dynamic? I've been struggling for a week trying to converge the file that works perfectly in Aspen Plus
Thank you for your useful videos. We want chapter 8 and 9 completely ASAP. Please make longer videos. Thank you!
Thank you for your useful videos. We want chapter 8 and 9 completely ASAP. Please make longer videos. Thank you!
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thank you sir for this video
Thank you for your efforts!!!!!!!!!!!!!!!!!!!!
Thank you so much for the appreciation. Means a lot from my valuable viewers 🙏
In key component recoveries section asks for the mole fraction. However, you used mass fraction in this particular problem. Is that okay?
sir in case which the stages that we don't know, how you determine the stages of the absorber/stripper in HYSYS? since we know if the distilation we can use shortcut column but not with absorber/stripper
Hello Mohammad, Thank you so much for all your efforts. Can you please upload more videos about dynamic simulation using AspenHysys or Aspen plus? thanks
Could you explain why deltaT(min) is the 20 degC? Is it not (50-20) =30 degC?
good
Super expansion sir
Ur videos sir are very helpful, continue the good work, thank you 👏
Thank you so much for appreciation.
Good Job. is possible to create the flow sheeting for cement industry?
Great video !!!!
Thanks for the aport ans share valuos material
I am from Chile , i Will share with my school of eng chemistry , do you.offer courses of handle of softwares of processes about syatems or instrumentation ,control industrial, thanks for your aport
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Good going
where is that channel?
very helpful
Sir aapka distillation design and troubleshooting ka Full course available ho to ..I am interested..Aapke video very helpful hai....respect🙏🏻
Thank you for your content. I have a question on how to resolve the imbalances in mass and energy balances?
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Sorry sir if my English is not very good. Can I know where the reference for this process comes from? is it a patent? may I ask for the source
Hi, I already followed your steps. But I can't get results for hydraulic plots. How can I improve this Sir,?
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PROCESS MODELING AND SIMULATION LAB LIST OF EXPERIMENTS: 1. Estimation of dew point and bubble point temperature of a hydrocarbon mixture 2. Simulation of flash drum 3. Design of ditillation column 4. Optimization of a flow sheet or process 5. Determination of temperature profiles for heat exchanger 6. Concentration profiles for reactor 7. Simulation of Jacketed CSTR 8. Simulation of process 9. Simulation of evaporator/ distillation column/ extraction process
CHEMICAL REACTION ENGINEERING LAB LIST OF EXPERIMENTS 1. Determination of activation energy of the given reaction using adiabatic reactor 2. Analysis of kinetics of liquid phase reaction in acbatch reactor with equimolar mixture. 3. Analysis of kinetics of liquid phase reaction in a batch reactor with non-euimolar mixture. 4. Evaluation of the performance of isothermal mixed flow reactor. 5. Evaluation of the performance of mixed flow reactor in series 6. Evaluation of the performance of plug flow reactor 7. Evaluation of the performance of mixed flow reactor followed by plug flow reactor 8. Resdence time distribution studies in mixed flow reactor 9. Resdence time distribution studies in plug flow reactor
sir could you please upload some chemical Engineering Lab experiments PROCESS DYNAMICS AND CONTROL LAB LIST OF EXPERIMENTS 1. I & II Order System Dynamics 2. Interacting & non interacting Systems 3. Flapper - Nozzle system 4. Control valve characteristics 5. Level control system 6. Flow control system 7. Pressure control system 8. Control of a thermal system 9. Design of control system for a given process 10. Simulation of a closed loop system 11. Demo Experiment using Aspen Software of a given process
But liquid 2 is defined as the heavy liquide and liquide 1 as the light liquid. I suppose Liquid 2 will have the heigher molar fraction in cyclohexane the most heavy molecule
kindly provide us HTRI crack download for learning purpose also provide guidance for installtion plz !!
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very nice, thanks
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Sir please make video of design condenser in EDR and if I need to design double pipe HE which is not in EDR so can I design it by using S & T HE
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THANK YOU SO MUCH LOVE YOU XOXO
hey i have a question please response!, the compresor says it 4000 kw, but in reality it is 40 kw? because 4000 kw is absurd
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Great going sir
Good
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hi sir, how can practice of like that problem I want pdf of problem
Good one. I am a beginner. I understood and implemented your examples quite easily. Well, my purpose of learning these simulations is to finally simulate a system consisting of solar energy and Rankaine cycle. I am postdoc candidate. If you want to collaborate with me, you are welcome. Your expertise in Hysys will be asset for me.
Great Explanation