Industrial Chemistry: New Applications, Processes and Systems

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They work around large-scale production equipment that is housed both indoors and outdoors and are often required to wear personal protective equipment, such as hard hats, goggles, and steel-toe shoes. A typical workday for a chemical engineer working in a plant may involve traveling from one function to the next within a facility. Chemical engineers who work in business and management offices often visit research and production facilities.

Interaction with other people who are part of a team is critical to the success of projects. Entry-level chemical engineers typically work under the supervision of more senior engineers, especially before they earn their license. They may advance to supervising teams of technicians or other management positions.

Moving into technical sales or sales engineering is also a possibility.

Engineering for the chemical world

The demand for chemical engineers at major chemical and pharmaceutical companies is expected to continue but at a slower pace than average through Employment is tied to the overall state of manufacturing and to the technologies used to create products biotechnology, alternative energies, etc. As the biotechnology industry continues to grow, opportunities for chemical engineers with a background in biology will expand. Opportunities for chemical engineers with a background in biology will expand as the biotechnology industry continues to grow.

Chemical engineering research jobs have increased with the development of alternative energy sources.

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The aerospace, automotive, biomedical, electronic, environmental, medical, and military industries seek the skills of chemical engineers in order to help develop and improve their technical products, such as: Ultrastrong fibers, fabrics, and adhesives for vehicles Biocompatible materials for implants and prosthetics Films for optoelectronic devices. Some typical tasks include: Ensuring compliance with health, safety, and environmental regulations Conducting research into improved manufacturing processes Designing and planning equipment layout Incorporating safety procedures for working with dangerous chemicals Monitoring and optimizing the performance of production processes Estimating production costs.

Opportunities Opportunities for chemical engineers with a background in biology will expand as the biotechnology industry continues to grow. Careers A to Z. Share this page:. Follow Us.

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Industrial Chemistry

Still there, or gone to get coffee??? In this case our innovation comes at the level of algorithm design, so as to enable solution of models that challenge existing computational methods. What we do therefore is to deliver back to society solutions for these problems. We do so by making our ideas publicly available through peer-reviewed journal articles, books, conferences, by delivering such solutions to industry directly, and by participating in national and international collaborations for education and research for the benefit of society at large.

Our current research themes and project areas are given here.

Process Automation & Control

Chemical Engineering emerged as an Engineering discipline which aimed to produce materials in bulk via chemical reactions. The engineering aspect was first considered to arise due to the mechanical engineering equipment involved in production plants. The concept that set Chemical Engineering apart from other disciplines and clarified its individuality and character was that of unit operations.

Unit operations are the basic fundamental steps in a productive process. Chemical Engineering went through various phases in acquiring its modern core character. The introduction of Transport Phenomena was fundamental, which explains the influence of transport mechanisms of material and energy on productive processes, and the definition of their rates. A second broad phase in Chemical Engineering emerged due to two main causes. After the 's, Chemical Engineering was well-defined and well-founded as a discipline and profession. After several decades of applications in the chemical industry, around the 's's it can be seen that research in the basic domains of chemical reaction engineering and separation processes begins to slow down as there is simply no more scope in researching well-established principles.

At around the same time biotechnological routes of production start emerging as areas of interest within Chemical Engineering, with the field of Biotechnology in the early 's already an emerging, if not an established aspect, within core Chemical Engineering interests and activities. This could be considered the third broad phase within Chemical Engineering.

Biological systems and biochemical reactions therefore are nowadays a core interest within Chemical Engineering, as organic chemistry routes were once the fundamental production routes that led to its foundation. Despite the complexity of how cells operate and their intricate organisation and functioning, they can be still viewed as systems that can be analysed using the fundamental tools of Chemical Engineering, ranging from transport phenomena, fluid mechanics, chemical reaction engineering, to process design and control.

In this sense it is important for chemical engineers and university faculties as well to explore such productive systems, as well as other applications tangent to them such as in biomedical systems. Due to the importance of biotechnology in itself, scientifically and in terms of production capabilities versatility, as well as the prioritisation of technological attributes which are greatly important nowadays: green technologies, sustainability, cyclic economy, etc.


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Whatever the causes, it should be made clear that biotechnology is an aspect that at least from the fundamental scientific point of view has much to offer to the Chemical Engineering discipline, and equally our discipline has to offer to it by a systematic effort and strategy to integrate and expand on the domain. In the 's there was a movement that significantly enhanced Chemical Engineering by systematically integrating mathematical and computational techniques with the explicit aim to understand the behaviour of chemical processes as well as to allow their systematic design via mathematical modelling.

Engineering Technology and Industrial Chemistry with Applications - CRC Press Book

Process Systems Engineering PSE is an interdisciplinary field, focusing on the design and operation of complex production systems. More specifically, it focuses on the development and application of modelling and computational methods to simulate, design, control and optimise processes. These are studied through the mathematical description of the underlying physicochemical and biochemical phenomena.

Our research group, led and founded in Cambridge University by Dr. Vassiliadis since , has made several contributions in Chemical Engineering and Biochemical Engineering systems, and in Applied Mathematics and Computational Methods.