Before learning any chemical engineering aspect, a chemical engineer needs first to master the fundamentals of Chemistry. It often involves scaling up chemical reactions to produce large quantities of products to fulfill industrial needs in a manner that is both safe and cost-efficient. Getting about the complicated theories and principles involved may be a hard task. It is following this that our chemical engineering homework help is here for you. Get in touch with our chemical engineering expert writers and let them take care of your chemical engineering assignment at a reasonable rate and with a high-quality guarantee.
What is chemical engineering?
Chemical engineering is a branch of engineering that deals with the design and functionality of chemical plants and chemicals present in the industries. It is the discipline of engineering that deals with the application of experimental and or natural sciences in collaboration with life sciences, mathematics, and economics to either produce or transform chemicals, energy, and materials. It consists of several sub-disciplines that include;
- Ceramic Engineering
- Crystal Engineering
- Drilling Engineering
- Materials Engineering
- Paper Engineering
- Petroleum Engineering
- Plastics and polymers Engineering
- Process Engineering
- Production Engineering
- Reservoir Engineering
Importance of chemical engineering
Chemical engineers are responsible for translating complex processes experimented in the lab into practical applications for the commercial production of products. They maintain and improve such processes relying on the main foundations of engineering in collaboration with math, physics, chemistry, and even Biology. Their main role is designing, developing, and troubleshooting processes for the production of chemicals, foods, fuels, pharmaceuticals, biologicals, etc. For maximum productivity and quality and in an attempt to reduce costs, manufacturing plants need to employ chemical engineers.
The automotive, biomedical, environmental, electronic, aerospace, medical, military, and other such industries also employ the help of chemical engineers in developing and improving their technical products and services. A good example includes the development of biocompatible materials for implants, plastic surgeries, and prosthetics.
Applications of chemical engineering
Chemical engineering finds use in almost every industry. It popularly finds application in improvement in the food processing techniques, improvement in methods of producing fertilizers, improving food quantity and quality, manufacturing synthetic fibers for comfortable and water-resistant clothes, and in the safer and efficient methods of refining petroleum products making energy more cost-effective. Some of the tasks and responsibilities of chemical engineers include;
- Ensuring compliance with safety, environmental as well as health regulations.
- Coming up with safety procedures for working with dangerous chemicals.
- Monitoring the performance of production processes.
- Estimating product costs.
- Planning and designing the equipment layout for different materials.
- Conducting research for improved manufacturing processes.
