Industrial chemistry is concerned with the physical and chemical processes involved in transforming raw materials into products that benefit humanity. The manufacturing art of industrial chemistry is concerned with the transformation of substance into usable materials in practical quantities. Usually this transformation of available materials into more desirable ones involves some kind of process following a recipe. Students will learn about important historical events in industrial chemistry, essential petrochemical unit activities, and the fundamental structure of an oil refinery in this course. This course will teach you how to understand basic and complex chemical processes, as well as how to apply them to common reactions like photochemical reactions and polymerization.

Chemical engineers and industrial chemists collaborate to transform chemical research advances into mass-produced commodities. To operate as an industrial chemist, you’ll need to know about organic and inorganic chemical processes, chemical engineering processes, environmental chemistry, industrial polymer chemistry, and advanced laboratory work experience.

Nature of work

Some typical tasks are:

  • Analyzing raw chemicals and simulating chemical plant processes using thermodynamic concepts and computer modelling.
  • Testing theories and procedures for product development in a variety of sectors, including chemical manufacturing, paint formulation, oil refinement, and milk pasteurisation
  • Efforts to improve complicated chemical processes and their impact on the environment particularly in the petrochemical and energy production fields
  • Work alongside a vast range of other professionals, including chemical engineers, process engineers, analytical chemists and polymer chemists.

How to Become an Industrial Chemist

A bachelor’s degree in chemistry, chemical engineering, or a related discipline is required to begin a career as an industrial chemist. A master’s or doctorate degree in chemistry or industrial chemistry is usually required to work as an industrial chemist in independent research, applied research, consulting, laboratory supervising jobs, or lecture positions. A bachelor’s degree in engineering with a concentration in industrial chemistry may also prepare you for employment in independent research or applied research. Experience in a suitable work setting, ideally a chemical laboratory, is one of the other requirements.

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Job opportunities

After a degree in Industrial chemistry, you will get access to ample amount of job opportunities. You will get access to Government and private sector job opportunities. Industrial Chemistry graduates are usually hired by firms involved in the field of chemical processing such as:

  • Petrochemical firm
  • Refineries
  • Pharmaceutical firms
  • Plants that make plastics, textiles, cosmetics, and chemicals
    colleges and universities
  • Hospitals
  • Research institutes

Skills required

  • A curious an interest in applied science
  • Be able withstand failure in your work
  • Analytical problem-solving
  • The ability to collaborate with others.


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