Chemical Engineers

Chemical Engineers Are Responsible For The Research, Design, Operation, And Optimization Of Processes That Involve The Conversion Of Raw Materials Or Chemicals Into More Useful Or Valuable Forms. This Broad Field Of Engineering Includes The Development Of New Materials, Methods, And Technologies That Often Require Knowledge Of Biology, Physics, And Economics, As Well As Chemistry. The Primary Goal Of Chemical Engineering Is To Identify, Design, Construct, And Maintain Processes Responsible For The Conversion Of Raw Materials Into More Useful And/Or Valuable Forms. To Achieve This Goal, Chemical Engineers Must Design, Construct, And Operate Reaction Systems And Other Industrial-Scale Equipment. The Design Of These Systems Involves A Combination Of Principles From Chemistry, Mathematics, Physics, Material Science, And Economics. The Applications Of Chemical Engineering Are Wide-Reaching. In The Food Industry, For Example, Chemical Engineers Play A Pivotal Role In Increasing The Productivity Of Production, In Improving The Quality Of Products, And In Reducing Costs. In Agricultural And Environmental Engineering, Chemical Engineers Help To Find Ways To Reduce Pollution And Increase Energy Efficiency. Chemical Engineers Are Also Involved In The Development Of New Materials, Such As Polymers, Which Are Widely Used In The Production Of Consumer Goods And Medical Equipment. In The Medical Industry, Chemical Engineers Develop New Drugs That Could Help Treat Diseases And Improve Patient Health. The Job Of A Chemical Engineer Is Very Demanding, Yet Rewarding. Chemical Engineers Play A Critical Role In Many Industries And Are Essential To Continued Technological Advancement.