Try looking at catalyst used such as Platinum, Nickel or Palladium catalysts.

Lindlar Catalyst is a modified or poisoned Nickel ( i think) catalyst, which helps with the hydrogenation of alkenes.

Those have many applications.

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"When your spirit is floating down that tunnel towards the light, you know what's behind the light? It's not God, it's me. And im gonna kick your poncey soul all the way back down the tunnel till you choke on your own fucked up ribs. NOW, wake the fuck up!"

im bad at chem!!!

good luck :P

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Im Kai Tracids Future WIFE!!

quote:

Originally posted by TrAnCeAkI im bad at chem!!! good luck :P

lol you're such a blonde ;P

___________________
"When your spirit is floating down that tunnel towards the light, you know what's behind the light? It's not God, it's me. And im gonna kick your poncey soul all the way back down the tunnel till you choke on your own fucked up ribs. NOW, wake the fuck up!"

http://www.vul.com/vulchemicals/markets/catalyst.asp

http://www.thecatalyst.org/m15indus.html

Dunno if these help at all or not, all I could find from a lazy search. =\

organic textbooks usually tell you want common catalysts are used for reactions. you can also look for catalysts through "scifinder scholer" program

Btw. Are you talking just pure elemental catalysts like the ones i mentioned?

Or enzymatic ones?

___________________
"When your spirit is floating down that tunnel towards the light, you know what's behind the light? It's not God, it's me. And im gonna kick your poncey soul all the way back down the tunnel till you choke on your own fucked up ribs. NOW, wake the fuck up!"

quote:

Originally posted by Mako Btw. Are you talking just pure elemental catalysts like the ones i mentioned? Or enzymatic ones?

I don't think it matters, elemental or enzymatic.

Weird page to find on such a web site...

http://www.plastics.com/plasticsdotcom_404.php