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An inorganic porous material, having uniform pores defined by pore walls of crystalline titanium oxide. The inorganic porous material may be produced by heating an organic inorganic mesostructured material containing titanium and having a hexagonal crystal phase at a temperature and for a period of

An inorganic porous material, having uniform pores defined by pore walls of crystalline titanium oxide. The inorganic porous material may be produced by heating an organic inorganic mesostructured material containing titanium and having a hexagonal crystal phase at a temperature and for a period of time sufficient to form a porous material having a multiplicity of pores defined by pore walls containing crystalline titanium oxide.

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1. An inorganic porous material, having pores of uniform pore diameter and defined by pore walls comprising anatase form crystalline titanium oxide and silica, said porous material having a pore diameter of 0.9-7 nm, a pore volume of 0.06-0.25 ml/g and a specific surface area of 40-500 m2/g, wherein

1. An inorganic porous material, having pores of uniform pore diameter and defined by pore walls comprising anatase form crystalline titanium oxide and silica, said porous material having a pore diameter of 0.9-7 nm, a pore volume of 0.06-0.25 ml/g and a specific surface area of 40-500 m2/g, wherein said porous material has an x-ray diffraction pattern showing a peak for anatase, but no peak attributable to a rutile phase. 2. An inorganic porous material as claimed in claim 1, wherein the pore walls further comprise a transition metal substituted for a portion of the titanium of said titanium oxide and/or a portion of the silicon of said silica. 3. An inorganic porous material as claimed in claim 1, produced by a method comprising heating an organic mesostructured material containing titanium and having a hexagonal crystal phase at a temperature and for a peroid of time sufficient to form a porous material having a multiplicity of pores defined by pore walls containing crystalline titanium oxide. 4. An inorganic porous material as claimed in claim 3, wherein said mesostructured material is obtained by reacting a liquid containing titanium oxysulfate with a liquid containing a surfactant to form precipitates, followed by isolation and drying of the precipitates. 5. An inorganic porous material according to claim 4 wherein said liquid containing titanium oxysulfate additionally contains a silicon alkoxide.