Basic Chemical Engineering

Course Information

College Toyama College Year 2022
Course Title Basic Chemical Engineering
Course Code 0090 Course Category Specialized / Elective
Class Format Lecture Credits School Credit: 2
Department Department of Applied Chemistry and Chemical Engineering Student Grade 3rd
Term Year-round Classes per Week 2
Textbook and/or Teaching Materials 化学工学概論(小菅人慈,実教出版)
Instructor Nakajima Eiji

Course Objectives

1. Understand the material balance of physical processes and reaction processes, and can calculate income and expenditure.
2. Understand knowledge related to fluid transport and calculate flow velocity and energy amount.
3. Understand the fundamental knowledge related to heat transfer and can calculate heat conduction, convection heat transfer, heat flow through.
4. Understand and describe the drying characteristics of porous materials.

Rubric

Ideal Level of Achievement (Very Good)Standard Level of Achievement (Good)Unacceptable Level of Achievement (Fail)
Evaluation 1Physical process, mass balance formula of reaction process can be derived, and balance calculation can be done correctly.Understand the material balance of physical processes and reaction processes, and can calculate income and expenditure.Cannot calculate the material balance of physical process and reaction process.
Evaluation 2Understand continuous equations, Bernoulli's equation, funning expressions, and solve application problems.Understand knowledge related to fluid transport and calculate flow velocity and energy amount.Not understand knowledge related to fluid transport and calculate flow velocity and energy amount.
Evaluation 3Heat conduction, convection heat transfer can be correctly understood, and application problems can be solved.Understand the fundamental knowledge related to heat transfer and can calculate heat conduction and convection heat transfer.Not understand the fundamental knowledge related to heat transfer and can calculate heat conduction and convection heat transfer.
Evaluation 4Understand the drying characteristics of the porous material and correctly explain the details of the drying mechanism.Understand and describe the drying characteristics of porous materials.Not understand and describe the drying characteristics of porous materials.

Assigned Department Objectives

ディプロマポリシー 1 See Hide
ディプロマポリシー 2 See Hide
ディプロマポリシー 3 See Hide

Teaching Method

Outline:
In this lecture, in addition to calculating the material balance and energy balance as the foundation of its chemical engineering, we aim to acquire the theory and calculation methods in representative unit operation
(fluid transport, heat transfer and drying).
Style:
Lecture by faculty alone
Notice:
It is important to positively ask questions if there is something you do not know. Lesson plans may be changed according to student's degree of understanding. Evaluate with submission (3%) and periodic test (97%).

Characteristics of Class / Division in Learning

Active Learning
Aided by ICT
Applicable to Remote Class
Instructor Professionally Experienced

Course Plan

Theme Goals
1st Semester
1st Quarter
1st SI unit Understand SI units
2nd Convert unit Can calculate unit conversion
3rd Mass balance (Part 1) Understand the mass balance of the mixing process
4th Mass balance (Part 2) Understand the mass balance of the separation process
5th Mass balance (Part 3) Understand the mass balance of the gas-liquid contact process
6th Mass balance (Part 4) Understand the mass balance of the solid combustion process
7th Mass balance (Part 5) Understand the mass balance of the gas combustion process
8th Exam
2nd Quarter
9th Flow rate and flow velocity Understand the flow rate and flow velocity in the flow in the circular pipe
10th Continuous formula Understand the continuous equation
11th Bernoulli's law Understand the Bernoulli's law
12th Extended Bernoulli's law Understand the extended Bernoulli's law
13th Reynolds number Understand the characteristics of laminar flow and turbulence
14th Energy loss in flow Understand energy loss in flow
15th Exam
16th Questionnaire
2nd Semester
3rd Quarter
1st Latent heat and sensible heat Understand latent heat and sensible heat
2nd Heat conduction (Part 1) Understand the heat conduction in flat plate
3rd Heat conduction (Part 2) Understand the heat conduction in a circular pipe wall
4th Convection heat transfer (Part 1) Understand the mechanism of convective heat transfer
5th Convection heat transfer (Part 2) Understand heat transfer coefficient
6th Heat exchanger (Part 1) Understand the heat transfer in the heat exchanger
7th Heat exchanger (Part 2) Understand the overall heat transfer coefficient
8th Exam
4th Quarter
9th Questionnaire
10th Heat transmission Understand the heat transfer resistance of heat transmission
11th Over all heat transmission coefficient Understand the over all heat transfer coefficient
12th Drying of porous materials (Part 1) Understand the drying speed of the porous material
13th Drying of porous materials (Part 2) Understand the mechanism of drying speed of porous material
14th Vapor pressure and vapor-liquid equilibrium Understand the vapor pressure and vapor-liquid equilibrium
15th Exam
16th Questionnaire

Evaluation Method and Weight (%)

ExaminationPresentationMutual Evaluations between studentsBehaviorPortfolioOtherTotal
Subtotal9700003100
Basic Ability0000000
Technical Ability9700003100
Interdisciplinary Ability0000000