What is Chemical engineering?

Chemical engineering is about the production and manufacturing of products by chemical processes. This includes designing systems, equipment, and processes for raw materials and for compounding, mixing, and processing chemicals. Chemical engineers analyze the process and translate processes developed in the laboratories into practical applications for large-scale commercial production of products and then work to maintain and improve those processes. It depends on 80% of Mathematics and Physics.

What is the difference between Chemical engineering and Chemistry?

The big difference between chemical engineering and chemistry has to do with originality and Scalability. Chemistry is related to the development of novel materials and processes, while chemical engineering is related to materials and processes and makes it on a larger scale or in a more efficient way with economical optimization.
Chemists’ job is related to lab analysis like the development of new materials and processes development of computer models and simulations on the other hand. chemical engineers are the kings of industrial processes and plants, designing of equipment, piping and instrument diagrams, process flow diagram, piping service index, process data sheets, instrument data sheets, process control philosophy, process design basis, utility consumption, HAZID & HAZOP study, cost optimization, etc.

What do Chemical engineers do?

chemical engineers conceive, optimize and design processes involved in the chemical manufacturing of products. Designing and troubleshooting chemical and physical processes for the production of chemicals, foods, pharmaceuticals, fuels, and biologicals is the main role of chemical engineers. Large-scale manufacturing plants most often employ them to maximize productivity and product quality while minimizing and optimizing costs.
chemical engineers who are working in business and management offices often visit research, production facilities, and plants. Interaction with many other people and team collaboration are critical to the success of projects involving chemical engineering.
They work in manufacturing plants, research laboratories, and self-employee or pilot plant facilities. They work around large scales production equipment that is housed both indoors and outdoors. They are required to wear personal protective equipment (e.g., hard hats, goggles, and steel-toe shoes).

Where do Chemical engineers work?

Nowadays, there is a great demand for chemical engineers because of a huge number of industries that depend on the synthesis and processing of chemical materials. chemical engineers can pursue their careers in the following industries:

• Petroleum Refineries
• Petrochemical Industries
• Chemical Manufacturing Industries
• Cement Industries
• Aerospace Industries
• Polymer Industries
• Fertilizer Industries
• Chloro-Alkali Industries
• Pharmaceuticals Industries
• Food & Beverages Industries
• Rubber Industries
• Coal & Mining Industries
• Textiles Industries
• Public Sector Unit (PSU)
• Paper and Pulp Industries etc.

Types of Job profiles for Chemical Engineers

Process Engineer – Designing, Developing and Optimizing chemical process Production Engineer – Maintenance and monitoring of plants Quality Manager – Ensure the quality of products Fire & Safety Engineer – Works on Protection against Hazards in Plants, etc.
Why Chemical engineering from ITM Vocational University?

There are many universities which provide Chemical engineering but ITM Vocational University is one of the best places to pursue Chemical engineering and have a great career in the same. ITM Vocational University has the best industry-trained faculties which will always help you with great and practical knowledge.