Many of the improvements in productivity and efficiency can be attributed to the information technology (IT) revolution. It has, and will continue to, make sweeping changes to the way the chemical process industries operate.

Creating some semblance of normalcy is, for many, one way of coping with the tragic events of September 11, 2001.

Chemical engineers are probably some of the most versatile people you will find throughout many different industries, such as petrochemicals, fine chemicals, pharmaceuticals, biotechnology, information technology, semiconductors, food and beverage

We have a professional responsibility to do what we can as chemical engineers to counter the success of terrorism.

In November, I asked our readers "Where Are We Headed?" This was not exactly an easy question to answer. And unlike a mathematical equation, there is no one correct answer...

Any discussion of energy and the environment is not complete without an engineer's perspective of the present and future scenario for fuel cells.

More and more chemical engineers are becoming leaders and innovators in the biotechnology/pharmaceutical sector of the chemical engineering industries.

Global climate change, alternative energy options, and the viability of nuclear energy - these are all issues that affect us on all levels.

After the events of September 11, supply-chain logistics will never be the same. Much like when we travel to the airport, there will be tighter security, more restrictions and slower clearances...

Cultural change necessarily involves resistance to change. This sentiment often rings true for advancements in technology.