Those students who are interested to know about water treatment plant, bionic plants, making of polyester or nylon, carbon nanotubes, and fog harvesting to improve the world around you, chemical engineering degrees could be perfect for you to study the conversion of raw material into useful products.
Course structure & entry requirements
Multi-disciplinary branch chemical engineering is the combination of experimental and natural science such as chemistry and physics along with life sciences such as biochemistry, biology, and microbiology to produce, develop, transform, operate and manage the industrial process to turn raw material into valuable products. Those who are looking for new ways to investigate and create the mechanisms and products of chemical reactions within chemical engineering. Chemical engineers translated to subgroups to formulate chemical information. Operating, designing and manufacturing machinery and plants for carrying out large-scale biological, chemical or other processes. Chemical engineers specialized in one or two subgroups in order to adapt or create a wide range of products.
This specialization considers resource management, safety, and health, economic viability, environmental and sustainability impact. Some universities and institutions prefer students with strong background in mathematics and chemistry.
Chemical engineering is constantly evolving fundamental with the origins in refining petrochemical and oil production. This specialization is constantly improving and pioneered materials which help in advance scientific knowledge such as fabric development, nanotechnology, bioengineering, fuel cells and mineral processing. Chemical engineering courses cover heat and mass transfer, material separation techniques, plant design, process economics, thermodynamics, process systems, process operation and process analysis.
Specialization in Chemical Engineering
There are many specializations in chemical engineering degrees depending on your interest. Degree in chemical engineering majorly divided into many specializations available in each field.
Chemical reaction engineering: This specialization also known as reactor engineering or reaction engineering and deals with those vessels designed chemical reactors found in industrial plants.
Plant design: The study of this specialization involves economic analyses, plans, and specifications of plant modification and/or new industrial plants to design commonly employed tools by engineers in industry.
Process engineering: In order to optimize control, design, and operation of chemical processes. In this, you’ll develop an understanding of techniques and concepts involved in the processing of material extraction.
Transport phenomena: This specialization encompasses physical change of agents in the universe. In order to frequently occur range of phenomenon within industrial problems. This specialization concerned with the exchange of energy, momentum, and mass between studied and observed systems.
Process design: In order to become an expert in the design of unit processes, the study of process design specialization is perfect for you. The process of this specialization involves evaporation, crystallization or drying.
Careers in chemical engineering Degrees are varied and wide, as with most arts and humanities subjects. Following are the career options available in chemical engineering Degrees:-
- Food processing
- Pharmaceutical consultant
- Wastewater management
- Energy process engineer
- manufacturer of operation energy