東京大学生産技術研究所Institute of Industrial Science
OGU LAB.［Nanospace for Environment, Resources,
and Energy］Department of Materials and Environmental Science
Laboratory for Environmental Catalyses and Materials Science
Zeolite ~ A Uniform Nanospace Material
＊Molecules, Nanospace, and the Power of Catalyst
※Department of Applied Chemistry
＊A catalytic test reaction is performed.
＊Fe-206
http://www.ogulab.iis.u-tokyo.ac.jp
An inorganic crystal composed of O, Si,
Al, and alkaline elements
Having a micropore in a molecular level
Stablizing metal ions or proton on the
framework
A key material in the 20th century, being
used in important, scientific processes
◆ Resource:
Design of hierarchical pore networks for petro/petchem
processes as a higher efficient acid catalyst
Recovery of important sources in waste water
◆ Energy:
Preparation of nitrogen-doped zeolites as a base catalyst
Catalysis by the base for a new system of energy/resources
◆ Environment:
Catalysis for automobile exhaust without using Pt
Selective storage of low-concentration pollutants
Nitridation
NSBA-15SBA-15
Methylation
Me-NSBA-15
crystallization
mesostructured materials
hexagonal, cubic, any type
Nanoparticle with preserved
hetero-atom environments
crystallization
filling
removal of
filler
fabrication of nanocrystal
in the nano-void space
nano-composite
filling
crystallization ｒemoval
of filler
partial crystallization
of the wall
creation of nano-
pore/pocket on the wall
crystallization
creation of nano-layer
on the wall
A composite of nanospace and a site
A composite of nanospace and microspace
A composite of nanospace and ceramics
Inorganic solid ion-exchanger
Si
OO
Si
O
Si
O
Si
OO
Al
O
Si
O
Mn+
isomorphous
substitution
metal cation as a charge compensator
Si
OO
P5+
O
Si
O
???
Me
nitrogen
oxidescarbon monoxide
particulate matters
hydrocarbons
X-
Al
Al
Al
Al Al
Al
Al
AlAlAl
Al
Al
Na+
Na+ Na+
Na+
Na+
Na+
Na+
diffusion control electrostatic stabilization
coating and integration
selective storage
in microcage
Catalysts for automobile exhaust
Hierarchical pore networks
Zeolite?
How to use pores
in the current century
A novel crystallization method of
functionalized zeolites
K+
A solid base catalyst
and its functionalization
For zero emission!
