Industrial Chemistry

Degree: Bachelor of Science

Course Details:

Industrial chemistry is a branch of chemistry that focuses on the application of chemical principles and techniques in various industrial processes. It involves the development, production, and optimization of chemical products, as well as the design and operation of chemical processes in industries such as pharmaceuticals, petrochemicals, polymers, and materials manufacturing. Here are some common course details for industrial chemistry:

  • Bachelor's Degree: To start a career in industrial chemistry, you typically need a bachelor's degree in chemistry or a related field. Some universities offer specific programs in industrial chemistry or chemical engineering with a focus on industrial applications.

  • Core Chemistry Courses: The curriculum for industrial chemistry often includes core chemistry courses covering topics such as organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry, and chemical kinetics. These courses provide a strong foundation in chemical principles and laboratory techniques.

  • Industrial Chemistry Courses: The program may include specialized courses specifically tailored to industrial chemistry. These courses cover topics like chemical process design, chemical reaction engineering, industrial chemical analysis, industrial organic synthesis, and polymer chemistry. They provide insights into the application of chemistry in industrial settings and teach techniques for optimizing industrial processes.

  • Laboratory Work: Practical laboratory work is an essential component of industrial chemistry courses. Students gain hands-on experience with chemical analysis, synthesis, process optimization, and instrumentation techniques used in industrial settings. They learn to handle chemicals safely, perform experiments, and interpret data.

  • Industrial Internships: Many industrial chemistry programs offer opportunities for internships or cooperative education experiences. These provide valuable industry exposure, allowing students to work in industrial laboratories or manufacturing facilities, and gain practical knowledge of industrial processes and operations.

  • Electives and Specializations: Some programs may offer elective courses or specializations in specific areas of industrial chemistry. Examples include pharmaceutical chemistry, polymer science, environmental chemistry, food chemistry, and materials science. These options allow students to tailor their education according to their interests and career goals.

  • Safety and Regulations: Industrial chemistry programs often include coursework on safety protocols, environmental regulations, and quality control practices. Students learn about industry standards, hazardous material handling, waste management, and sustainable practices.

  • Research Projects: Some programs may provide opportunities for research projects in collaboration with faculty members or industry partners. These projects allow students to delve deeper into specific topics of interest and develop research skills.

  • Professional Development: Industrial chemistry programs may offer courses or workshops on professional skills, such as communication, project management, and teamwork. These skills are essential for working effectively in an industrial environment and progressing in your career.

  • Continuing Education: Industrial chemistry is a dynamic field, so continuing education and staying updated with the latest advancements are crucial. Pursuing advanced degrees, attending conferences, and participating in professional organizations can help you stay current and advance your career.

It's important to note that specific course offerings and curriculum may vary between universities and countries. It's advisable to research and review the course details of specific programs or institutions to get a comprehensive understanding of their industrial chemistry curriculum.

Industrial Chemistry at Anchor University

Requirements

The following requirements for admission to Anchor university are listed below.

  • • 160 and above in the UTME.
  • • Credit level passes in five subjects including English Language, Mathematics, Biology, Chemistry to form the core course with credit in one other relevant science subject in the following subjects Physics, Economics, and Geography at the Senior Secondary School Certificate (WAEC, NECO, IGSCE, NABTEB e.t.c) or its equivalent.
  • • Mathematics and English language are compulsory.
  • • Students are required to complete a minimum of 144 units for Graduation.

Fees

Course Structure:

A Bachelor of Science(B.Sc.) in Industrial Chemistry can be earned after three or four years of study at Anchor University.

The majority of staff members who are tutors in their field provide tutorials, classes, and lectures. Many of them are top-tier experts with extensive training in both teaching and research. Educated PhD students and early-career researchers with practical research experience may also conduct some teaching.

  • 1st year

    First Year Courses

    • Core Courses (70%):

    • General Chemistry I & II
    • Pratical Chemistry I & II
    • General Biology I & II
    • Pratical Biology I & II
    • Introduction to Computer Science
    • Introduction to Computer Programming

    • The courses listed on this page are illustrative and may change.

    Assessment

    • Continuous Assessment.
    • Projects
    • Examination.
    • Pratical
  • 2nd year

    Second Year Courses

    • Core Courses (70%):

    • Organic Chemistry I & II
    • Pratical Organic Chemistry I & II
    • Analytical Chemistry I
    • Unit Operation and Process Science I & II
    • Surface Chemistry and Introduction to Catalysis
    • Inorganic Chemistry I
    • Pratical Physical Chemistry
    • Pratical Inorganic Chemistry
    • Physical Chemistry I
    • Colour and Textile Chemistry
    • Mineral Processing and Chemical Metallury

    • The courses listed on this page are illustrative and may change.

    Assessment

    • Continuous Assessment.
    • Projects.
    • Examination.
    • Pratical
  • 3rd year

    Third Year Courses

    • Core Courses(70%):

    • Physical Chemistry II
    • Inorganic Chemistry II
    • Organic Chemistry II
    • Instrumental Methods of Analysis
    • Environmental Chemistry
    • Heavy Inorganic Chemicals
    • Petroleum Chemistry
    • Industrial Raw Material Resource Inventory
    • SIWES

    • The courses listed on this page are illustrative and may change.

    Assessment

    • Continuous Assessment.
    • Projects.
    • Examination.
    • Pratical
  • 4th year

    Fourth Year Courses

    • Applied Spectroscopy
    • Electrochemistry
    • Analytical Chemistry II
    • Economy and Management of Chemical Process
    • Polymer Chemistry and Technology
    • Industrial Labouratory Methods
    • Carbohydrate Chemistry
    • Seminar
    • Scientific Writing
    • Synthetic Organic Chemical Manufacture
    • Chemical Process Technology
    • Material Science and Nanotechnolgy
    • Research Project

    • The courses listed on this page are illustrative and may change.

    Assessment

    • Continuous Assessment.
    • Projects.
    • Examination.
    • Project
The content and format of this course may change in some circumstances.


Some Research Areas


Electrochemistry

Electrochemistry

Nanochemistry

Nanochemistry

Chemical equilibrium

Chemical equilibrium

Catalysis

Catalysis

Wave

Wave

Energy

Energy

Chemical substance

Chemical substance