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The process chemist is job which a strategic innovation prater study most challenging problems of science and technology. with expertise in chemicals, energy, environmental issues and advanced software.

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Positive: High pay, High cool, High participation.
Negative: High strength, high input, high repetition

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I prefer do sedentary job,  before it, I will do a few years field chemist to gain experience, and finally, to do some manager job.

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UT-Austin
Rice
Stanford
UCB
UCLA

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The Pay range for someone starting in the field.

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The Pay range for someone starting in the field.

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Min( 47 K ) ------------- Max ( 94 K)

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1. Fritz Haber: invention of the Haber–Bosch process, a method used in industry to synthesize ammonia from nitrogen gas and hydrogen gas.

2. Carl Bosch: He was a pioneer in the field of high-pressure industrial chemistry and founder of IG Farben, at one point the world's largest chemical company.

3. Friedrich Wilhelm Ostwald: His work on catalysis, chemical equilibria and reaction velocities.

4.

Charles Martin HallHe is best known for his invention in 1886 of an inexpensive method for producing aluminum, which became the first metal to attain widespread use since the prehistoric discovery of iron

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5+ years relevant experience in process chemistry.

Hands-on experience working on scale-up projects

Experience in multi-step chemical synthesis.

Proven track record in identification and optimization of safe, scalable synthetic routes that focus on quality product.

Doctoral degree (Ph.D.) in organic chemistry or related field.

Strong understanding of organic chemistry,

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The Life of a New Process Chemist, by Alex Goldberg

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The Life of a New Process Chemist, by Alex Goldberg

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( I found a article to explain what life of a process chemist look like. )

Credit: Alex GoldbergFriend of the blog Alex Goldberg writes on his life as a new process chemist in industry. - Chemjobber

“So I was making a drug the other day. Well, not a drug, but a drug intermediate. Okay, so I wasn’t making it, I was watching other people make it.”

This sums up a conversation I recently had with some friends. Even though my position does not allow me to actually touch anything in the manufacturing plant, there’s still something rather awe-inspiring about watching barrels-on-barrels being charged into a reactor that is orders of magnitude larger than anything I’ve used previously. Then I say “yep, looks like a mobile slurry,” and I get back to the lab bench.

I started my first “real job” in July. I also have a Costco membership. These and many other reminders that I’m on the cusp of completing the delayed transition to adulthood that my generation is known and loved for.

And while there remains a great deal left for me to learn, several differences between practicing chemistry in academia and industry became quickly apparent. Broadly speaking, in industry, there’s more structure, and there are more resources.

This is clear in the culture of safety at my company: safety for the employees and for our customers. There is a lot of training for new-hires: including hands-on training, and reading of SOPS, and seminars about Good Manufacturing Practices, and seminars on harassment, and e-signatures and lots of them on everything that light touches.

And we have regular meetings about safety: we discuss near-misses and incidents and accidents (and we learn about the differences between them in safety training) that occurred in the previous month. And absolutely everyone wears his or her labcoat and safety glasses.

Reflecting back on my academic training, I think about what universities can do to make safety an ongoing conversation, not just an onboarding exercise or an annual seminar. If we take long-hours and limited resources as a given in academic Chemistry departments — a topic which merits another discussion entirely — what can be done to build a culture of safety around those constraints? What does your lab and department do to accomplish this goal?Thanks to Alex for a great post. Follow Alex on Twitter. - CJ

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Firstly, It is cool thing, I think process is most important part on industry, however food, medical and drug industry.
And I think found the regulate change of each material is very attract to me. The Carl Bosch who is my favorite chemist is a process chemist.

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"Job Search and Professional Development for Career Chemists."American Chemical Society. N.p., n.d. Web. 15 May 2017.
"New Material Could Save Time and Money in Medical Imaging and Environmental Remediation." UT News | The University of Texas at Austin. N.p., n.d. Web. 15 May 2017.
"Fritz Haber - Biographical." Nobelprize.org. N.p., n.d. Web. 15 May 2017.
"Carl Bosch - Biographical." Nobelprize.org. N.p., n.d. Web. 15 May 2017.
"Charles Martin Hall (1863-1914)." Charles Martin Hall. N.p., n.d. Web. 15 May 2017.
Stanford. "Chemical Engineering." Chemical Engineering | Stanford University. N.p., n.d. Web. 15 May 2017.
Ucla. "Chemical and Biomolecular Engineering." CBE. N.p., 15 Mar. 2001. Web. 15 May 2017.
"The Department of Chemical & Biomolecular Engineering." The Department of Chemical & Biomolecular Engineering | College of Chemistry. N.p., n.d. Web. 15 May 2017.

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The COOOOOL Process chemisty

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Cambridge Major Laboratories - Process Chemistry

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The foundation for success in manufacturing is an open dialog between research and manufacturing. From the initial project onboarding until final product manufacture is complete, our research scientists and manufacturing team communicate at key intervals during the developmental process. This ensures that the chemistry developed is readily scalable in a manufacturing environment and that critical process control parameters are identified.