Chemical engineers use their understanding of chemical properties to create chemicals that are new (such as lubricants, fuels and cleaners) or enhance existing ones. They can also act as troubleshooters, helping analyze and improve industrial processes through the use of more efficient chemical systems.
A lot of chemical engineering professionals work in industrial firms that develop products directly connected with chemical substances. In this context they could be involved in the field of product development, which involves the study and testing of chemical methods and formula weights in order to develop or improve products that contain these chemicals. A large portion of the work relies on the engineer's background in chemical processes, to be able to comprehend the safety of chemicals, since he or she could also be charged with conducting extensive experiments in various settings to assess the effectiveness and efficiency for these chemical compounds.
Chemical engineers also work to aid in reducing the amount of waste and inefficiency that occurs within industrial environments. For instance, they could assist in establishing benchmarks for what fuels and lubricants are utilized in the machinery of the assembly line or the proper storage, shipping, and dispensing methods and equipment to prevent wear and tear on the existing equipment.
A degree from a college related to chemical engineering, or in a related field could be necessary to be considered for this job, and the majority of engineers who pursue this path start by completing internships at school, and seek an entry-level job after graduation. Chemical engineers can be employed in factories, offices environments, or even in the field and certain jobs will likely require a mix of these. Computer proficiency and the use of electronic chemical instruments, like spectrometers, could also be needed.