Chemical reaction method, chemical reaction apparatus and production method

A chemical reaction device that causes a reaction, a product of which contains a component having a boiling point higher than a component of a source material gas, and progress of which in a gaseous phase is restricted by a chemical equilibrium between a source material and the product, to proceed,

• said chemical reaction device comprising:
• a catalyst layer to which the source material gas is supplied and which contains a catalyst that promotes the reaction;
• a cooling surface which is provided apart from the catalyst layer with a space between the cooling surface and the catalyst layer, which is maintained at a temperature not higher than a dew point of a reactant gas that has been produced by the reaction, and which extends in a predetermined direction;
• and
• a transmission wall which is provided at a boundary between the catalyst layer and the space and which allows the reactant gas to pass therethrough,
• a cumulative value being not less than 500 mm2, the cumulative value being obtained by cumulatively adding, from one end to the other end of the cooling surface in the predetermined direction, products of (i) a distance between (a) a surface of the catalyst layer which surface is in contact with the transmission wall and (b) an outer surface of the cooling surface and (ii) a height of the catalyst layer corresponding to the outer surface having the distance, and
• the chemical reaction device condensing some of a product on a surface of the cooling surface and in the space.

A chemical reaction device comprising a reaction container including at least one reaction tube that has a multiple structure and that causes a reaction, a product of which contains a component having a boiling point higher than a component of a source material gas, and progress of which in a gaseous phase is restricted by a chemical equilibrium between a source material and the product, to proceed inside the at least one reaction tube,

• the at least one reaction tube each including:
• an inner cylinder which allows a reactant gas produced by the reaction to pass therethrough;
• an outer cylinder inside which the inner cylinder is provided;
• a cooling tube which is provided inside the inner cylinder and which extends in a predetermined direction;
• and
• a catalyst layer which is provided between the inner cylinder and the outer cylinder,
• a cumulative value being not less than 500 mm2, the cumulative value being obtained by cumulatively adding, from one end to the other end of the cooling tube in the predetermined direction, products of (i) a distance between (a) a surface of the catalyst layer which surface is in contact with the inner cylinder and (b) an outer surface of the cooling tube and (ii) a height of the catalyst layer corresponding to the outer surface having the distance,
• a temperature of the outer surface of the cooling tube being maintained at a temperature not higher than a dew point of the reactant gas, and
• the chemical reaction device condensing some of the product in a space provided between the cooling tube and the inner cylinder.

A chemical reaction device comprising a reaction container including at least one reaction tube that has a multiple structure and that causes a reaction, a product of which contains a component having a boiling point higher than a component of a source material gas, and progress of which in a gaseous phase is restricted by a chemical equilibrium between a source material and the product, to proceed inside the at least one reaction tube,

• the at least one reaction tube each including:
• an inner cylinder which allows a reactant gas produced by the reaction to pass therethrough;
• an outer cylinder inside which the inner cylinder is provided and which extends in a predetermined direction;
• and
• a catalyst layer which is provided inside the inner cylinder,
• a cumulative value being not less than 500 mm2, the cumulative value being obtained by cumulatively adding, from one end to the other end of an inner surface of the outer cylinder in the predetermined direction, products of (i) a distance between (a) a surface of the catalyst layer which surface is in contact with the inner cylinder and (b) the inner surface and (ii) a height of the catalyst layer corresponding to the inner surface having the distance,
• a temperature of the inner surface of the outer cylinder being maintained at a temperature not higher than a dew point of the reactant gas, and
• the chemical reaction device condensing some of the product in a space provided between the outer cylinder and the inner cylinder.

A methanol production method that causes a reaction, a product of which contains a component having a boiling point higher than a component of a source material gas, and progress of which in a gaseous phase is restricted by a chemical equilibrium between a source material and the product, to proceed, wherein

• a chemical reaction device containing carbon oxide and hydrogen as the source material gas,
• the chemical reaction device including:
• a catalyst layer which contains a catalyst for methanol synthesis;
• a cooling surface which is provided apart from the catalyst layer with a space between the cooling surface and the catalyst layer, which is maintained at a temperature not higher than a dew point of a reactant gas produced by the reaction, and which extends in a predetermined direction;
• and
• a transmission wall which is provided at a boundary between the catalyst layer and the space and which allows the reactant gas to pass therethrough,
• a cumulative value being not less than 500 mm2, the cumulative value being obtained by cumulatively adding, from one end to the other end of the cooling surface in the predetermined direction, products of (i) a distance between (a) a surface of the catalyst layer which surface is in contact with the transmission wall and (b) the cooling surface and (ii) a height of the catalyst layer corresponding to the cooling surface having the distance, is used
• to cause a chemical reaction to proceed by supplying the source material gas to the catalyst layer, and
• to condense, on the cooling surface and in the space, some of a reactant gas produced by the chemical reaction.