Arguably, chemical engineers are one of the universal engineers in the globe. In fact, they are universal engineers because they use biology, mathematics, chemistry, biochemistry, physics, as well as microbiology to design machines, processes and programs that convert raw materials into valuable finished products. The products produced by chemical engineers is very useful to humans, environment and economy. Chemical engineers play tremendous roles in the modern society, since most of the products are directly useful. Chemical engineers need to obtain fundamental knowledge on substance, and using such knowledge to produce solutions to crucial mechanical, societal or medical need In general perspective, chemical engineers have many responsibilities that are very influential in the modern society.
Chemical engineers develop a bridge between the manufacturing and science, whereby they apply the doctrine of engineering and chemistry to solve problems related to the use and production of chemicals. Moreover, as a chemical engineer one of the responsibility include developing processes and designing equipments for various chemical manufacturers, planning and testing, manufacturing methods, as well as treating byproducts (Denn, 2011). Chemical engineers operate and design complex chemical that is supplied to the society. In this case, a chemical engineer assumes various responsibilities this is because they are responsible for the extraction of raw materials, intermediate materials processing, and minimization of wastes.
Before any production takes place a chemical engineer must undertake tremendous research. After the research on various production and manufacturing issues, a chemical engineer carries out various tests and analyze data in order to produce valuable information in the manufacturing and production process. On the same perspective, chemical engineer prepares numerous reports and continues with consultation with other chemical engineers on the findings. Chemical engineer is responsible for working with many people in an organization, which include accountants, chemists, regulators, and human resource personnel. Corporation of chemical engineer with other professionals is meant to create safe, cost-effective and efficient methods producing quality products (World Congress on Chemical Engineering, 2003).
Another responsibility of a chemical engineer is in the manufacturing industry. The global manufacturing arena depends on the role of chemical engineers. In everyday life, people use materials that are manufactured in the industry. For example, advancement in the manufacture of polymers has been made possible by chemical engineer (Marin, 2008). The production of plastic is the responsibility of chemical engineers. Evidently, plastics are always in use in the world today. In addition, the responsibility of chemical engineers is to produce synthetic fibers. People in the world use synthetic fibers in making beds, clothes, pillows and clothes. The use of synthetic fiber as a raw material leads to sustainable development and reduces the reliability of natural sources. Another responsibility of chemical engineers is to manufacture rubber that is used in making hoses, belts, shoes, tires and other rubber related products.
Chemical engineers are responsible in the health sector in the world. They play a tremendous role in the public health; this is because they study various complex chemical material and processes to prolong and improve the life of people in the world. The chemical engineers are responsible in creation of pharmaceuticals, vaccines, and antibiotics. Apart from manufacturing this product, chemical engineer creates medical tools and devices that are used by humans and medical practitioners; this includes bio-materials and prostheses. Examples of this material are artificial organs, artificial hips, inner-ear implants, as well as pacemakers. Chemical engineer is also responsible for the chemical process and synthesis of genetic engineering, drug and gene therapy (Denn, 2011).
Communication and information industry also depend on the roles of chemical engineers. In this sector, chemical engineers manufacture optic fibers to be used in the communication process. In the 21st century, the responsibilities of chemical engineers are increasing due to the demand of their products. Optical fiber helps in the transmission of voice and data at long-range. Furthermore, chemical engineers are responsible for creating plastic electronics packages, which is useful in protecting consumer electronics by ensuring that it endures high temperatures during transportation (World Congress on Chemical Engineering, 2003). Undeniably, chemical engineers are part of the producing them in microelectronics, optical connection, light-wave communication systems, electronic microcircuits and optical interconnection production. These devices are used in everyday life, especially in digital watches, telephones, calculators, computer screens and microwave oven.
The environment is one of the important components affects various aspects of life. Chemical engineers have a critical responsibility in the environmental field. Chemical engineers are responsible in ensuring that the environment is clean; this is achieved through the creation of economical solutions to pollution and waste problems. Chemical engineers create smock stack scrubbers, catalytic convertors, recycling, electric vehicles and other environmentally friendly products. These are a clear demonstration of how chemical engineers are responsible for. In addition, chemical engineers are responsible for the creation of efficient processes of fossil energy extractions; this source includes reformulated gasoline (Marin, 2008). Chemical engineers have also taken the responsibility of creating non-fossil source of energy such as wind, nuclear, solar and water energy. With the threats of global warning g in place, chemical engineers are becoming more useful and important than ever. It is through their work that carbon emission into the atmosphere is reduced.
Certainly, before and after production chemical engineers are responsible for completing various researches. In this case, the chemical engineer uses his/her knowledge to carefully follow steps to make certain the type of product they want to manufacture at the right place and time, and also to verify if the end product is exactly what was expected and required in the marketplace. A chemical engineer is also responsible for array of analysis. The things to be analyzed by chemical engineers include design problems, test data, research findings, as well as engineering design. The outcome of the entire project and organizational performance depends fully on the work of the chemical engineer (World Congress on Chemical Engineering, 2003).
Chemical engineer is responsible for creating procedures and policies that are required to smoothen the operations in many organizations. The expected policies and procedures include safety procedures, employment policies, and data table. Corporations in the modern world fully depend on the skills and responsibilities of chemical engineers. Chemical engineers develop prevention and maintenance program, in most cases they are part of PHA (Process Hazard Analysis).and PSM (Process Safety Management). Chemical engineers are an individual who is capable to pay attention to detail. Their role is to pick up various engineering process, utilize it in determining the normal functions of products, and as well fix those things that do not work well (Marin, 2008). Paying attention as a chemical engineer will help in picking out potential problems and threats to an organization or process before it causes harm.
Perhaps, a chemical engineer has various responsibilities depending on the process that is to be undertaken in production and manufacturing. In most projects, chemical engineer responsibilities include process engineers, project engineer, product and process development, as well as middle upper management. The chemical engineer is responsible for long-term planning and daily operation in the manufacturing plant. They monitor various process variables and respond to emerging problems (Denn, 2011). Most control systems in the manufacturing plants require updating and controlling, a chemical engineer is responsible for these tasks. Furthermore, chemical engineers carry out management of capital projects in large scale chemical plants. The task in managing the plant is to scope out projects, looking for funds, selling the project, bidding project sections, designing systems and finally starting.
A chemical engineer will continue to be an important person in the world today. In the global arena, there are many problems ranging from social, economic, medical, and chemical that requires solutions. Due to their diverse responsibilities, chemical engineers are the people to solve all these problems. There are numerous responsibilities that a chemical engineer must carry out. The main responsibility of chemical engineers is to focus on preventing solution and problem solving design. In general perspective, chemical engineers operate and design complex and large scale chemical plants, which supply various chemical products to the community. Evidently, chemical engineers have provided a lot of solutions to global problems, which include environmental conservation, economic fluctuations, and medical issues. The responsibilities of chemical engineers continue to widen because of globalization and advancement of technology.
Denn, M. M. (2011). Chemical engineering: A new introduction. Cambridge: Cambridge University Press.
Marin, G. B. (2008). Automotive emission control. Amsterdam: Academic Press.
World Congress on Chemical Engineering, Darton, R., Wood, D. G., & Prince, R. G. H. (2003). Chemical engineering: Visions of the world. Amsterdam: Elsevier.