J.D. Perkins’s scientific contributions

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Publications (1)


Chemical Engineering — the First 100 Years
  • Chapter

January 2003

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179 Reads

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22 Citations

J.D. Perkins

The early pioneers of chemical engineering in the last two decades of the 19th century were concerned to establish a new profession to support the needs of a rapidly growing chemical industry. This discipline and profession developed as the industry itself grew rapidly to a growing demand from society for the products of the chemical industry. Early practitioners of chemical engineering, emerging from university courses in the early years of the 20th century, quickly found employment not only in those sectors of the chemical industry that had originally served to define the need, but also in other parts of the process industries. The early conceptual basis of chemical engineering, based on "unit operations," enabled the burgeoning discipline to establish itself as distinctive from courses in industrial or applied chemistry and mechanical engineering. This chapter also discusses that the future will try to ensure that chemical engineering realizes its full potential as the broadest and most scientific of the engineering disciplines. The threat of "opportunity overload" is that the chemical engineers will lose focus, and lose contact with their distinctive roots, as they try to deal with an evergrowing range of challenges.

Citations (1)


... Chemical engineering has been described as "the broadest and most scientific of the engineering disciplines" (Perkins 2003) and chemical engineering graduates are amongst the best paid of all graduates and better paid than any other engineering discipline (Armstrong et al. 2008;The Engineer 2014;Dwyer 2016). One reason that chemical engineers are highly valued and well paid is that they can view problems holistically, by applying their understanding of the molecular nature of matter over multiple scales and viewing processes and products as complex systems. ...

Reference:

Structure and Content of BEng Chemical Engineering Programmes in the UK, Relative to the Frontiers in Chemical Engineering Education Model
Chemical Engineering — the First 100 Years
  • Citing Chapter
  • January 2003