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What is Chemical engineering
Chemical engineering is a complex discipline that deals with the design and operation of chemical plants and process units, heavy industry, refining and petrochemical industries. The study of chemical engineering encompasses numerous sciences such as physics, molecular biology, thermodynamics, mathematics (including differential equations), computer science (including computational modeling), statistics and chemistry. It requires good communication skills for explaining its principles to others including various professionals such as chemists in pharmaceuticals or biochemists in the agricultural industry.
Chemical engineering can be seen as a hybrid discipline between chemistry and mechanical & electrical engineering. Students are educated in chemical engineering from a young age to gain a detailed understanding of the physical principles behind chemical reactions and the control of environment. The chemical industry is expanding worldwide due to new technological developments such as bio-refining and the increasing demand for biofuels, smart chemicals, energy saving technology. Chemical engineers are therefore unique in combining background in physics with their knowledge of chemistry, mathematics and computer science (i.e., modeling).
Chemical engineers are employed in a wide range of industries and occupations, including those that involve the design, operation and production of chemical plants; the refining and manufacturing of both commodity and specialty chemicals; the manufacture of plastics; pharmaceuticals, food processing, dairy products, nutraceuticals, biological materials and biotechnology; petroleum refining; petrochemicals (such as polyethylene terephthalate or polyester resins); production of synthetic rubber based on ethylbenzene acetic acid; steel mills that refine iron ore.
Major Types Of Chemical Engineering
1. Process Engineering
Process engineers use a three-point system to make sure proper chemistry is used. This system is the input, output and route of the product. The process engineer uses this system in order to ensure an efficient use of resources and a safe product on the market.
2. Environmental Engineering
Environmental engineers can help relieve environmental problems by using scientific and technological knowledge. They are skilled in testing, evaluating, and manufacturing new technologies to improve the quality of technology. Environmental engineers study waste water, air and noise pollution among other things. Air pollution is one of the most dangerous types of pollution because it can easily spread to other areas and affect many different people.
3. Biochemical Engineering
Biochemical engineers are responsible for ensuring that living organisms are kept in top condition and their H2O requirements are met. They also play a part in the process to produce enzymes for use in the food industry. Biochemical engineers study muscle cells, which are used to make up our body. There is a great deal of biochemical engineering done for human beings because our body needs to constantly be in good condition and this requires careful maintenance at all times.
4. Polymer Systems Engineering
Polymer system engineers look at how plastics can be improved and utilized more so than in the past. They are very important because they enable the world to become more efficient with the plastic we produce by improving it.
Importance of Chemical Engineering
1.Develops fuels and chemicals- for example, gasoline – from crude oil and natural gas
Engineers work with chemical reactions of different substances and their physical properties, often working in a laboratory setting to test theories and develop new projects. Chemical engineers generally have a bachelor’s degree in chemical engineering or similar scientific field like chemistry.
- Provides medical therapies
Chemical engineers work in the pharmaceutical, health care, and bio-tech industries. Some examples of their work include synthesizing new drugs, developing ways to administer drugs more easily, improving existing drugs and administering vaccines.
- Enhances agricultural production
Food production is a major chemical engineering task that involves some combination of food chemistry, food engineering and biotechnology. A chemical engineer helps develop ways to improve the quality and quantity of crops produced, for example, by modifying soil conditions or developing new strains of plants.
- Creates renewable energy sources
Alternative energy sources are a growing field in chemical engineering. Chemical engineers work on technologies such as solar power, wind turbines, biodiesel fuel and geothermal energy (using heat from the earth for electricity and heat). Renewable sources often unify physical science with life science or biochemical engineering.
- Develops the next generation of materials and devices
New materials, such as biodegradable plastics, are designed by chemical engineers. Engineers often work with both familiar and unfamiliar materials to find a way to use them in new ways.
- Mitigates environmental pollution, a major global issue that threatens biodiversity, food production, water quality…
Some engineering projects involve the study of toxins and their use in agriculture. Others develop ways to filter pollutants from water.
- Provides security
Chemical engineers work on nuclear weapons and defense systems, studying the use of radiation, chemicals or radioactive substances to destroy enemy targets.
Units Studied Under Chemical Engineering
- Industrial Chemistry
- Physical Chemistry and Thermodynamics
- Chemical Technology
- Petroleum Refining
- Environmental Protection and Pollution Control
- Computer Applications in Chemical Engineering (CAX)
- Chemical Engineering Laboratory
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