Page 233 - Principles of Catalyst Development

222 CHAPTER 8

800

u
o 700
w
a::
:::)
l- /'
e:( REMOVAL FASTER
a::
w
a..
~
w 600
I-

,
I
I
I-- CARBON AND HOT BAND
500~----~~~~----~----~--~
a 0.2 0.4 0.6 0.8 1.0
RELATIVE TUBE LENGTH
Figure 8.27. Carbon deposition and hot band formation during methane stearn reforming.

Similar analyses of unknown situations will no doubt lead to solutions as
successful and innovative as those given.
With the end of this chapter we conclude this excursion into the
principles of catalyst development. We have learned much about the nature
of catalysts, what they do, what they are, and how to select, prepare, test,
and preserve them. Guidance has come from the work of many brothers
passed before us and inspiration from contemporaries. We have seen how
science and technology are pushing back the veil of mystery and alchemy,
and yet the magic remains.
As for the future, many exciting discoveries await us, leading ultimately
to the day when catalysts are indeed scientifically designed. Catalysis is the
key to innovative developments in chemical processing, both for profit and
health. The reader is urged to follow the guidelines put forth here but always
to find his or her own style. Good luck. May your search bring you as much
fun as it has for me.