Tube plate for tube bundles for chemical reactors and heat exchangers in general
A tube plate for tube bundles for chemical reactors and heat exchangers in general, includes a plurality of components, with shapes that are complementary to one another, in order to form a complete plate. The components may be produced separately, and are connected to one another subsequently by means of mechanical joints, in order to form the tube plate. The components which form the tube plate are joined to one another by of a plurality of pins, or other mechanical connections, which are inserted in corresponding holes provided in the respective components. This joint can be completed by means of welded connections on the mechanical connection parts.
1. A tube plate in a chemical reactor or heat exchanger, adapted to hold a bundle of tubes, said tube plate comprising:
a first plate component perforated to receive a first plurality of tubes of the bundle and having a first facing edge thereof;
a second plate component perforated to receive a second plurality of tubes of the bundle and having a second facing edge thereof, said facing edges having mating complementary surfaces that enable said first and second perforated components to be joined so as to form a smooth interface therebetween; and
a plurality of pin fasteners extending through said complementary surfaces of said first and second perforated components to thereby form a connection between said first and second perforated components.
2. A tube plate holding a bundle of tubes in a chemical reactor or heat exchanger, said tube plate comprising:
a first perforated component having a first facing edge thereof;
a second perforated component having a second facing edge thereof, said facing edges having mating complementary surfaces that enable said first and second perforated components to be joined so as to form a smooth interface therebetween; and
a plurality of pin fasteners extending through said complementary surfaces of said first and second perforated components to thereby form a connection between said first and second perforated components;
wherein the connection of said first and second perforated components includes welds between heads of pin fasteners and at least one of said first and second perforated components.
3. The tube plate according to claim 1 wherein said first and second perforated components are each semi-circular in shape and joined to one another along a median line defined by said first and second facing edges.
4. A tube plate holding a bundle of tubes in a chemical reactor or heat exchanger, said tube plate comprising:
a first perforated component having a first facing edge thereof;
a second perforated component having a second facing edge thereof, said facing edges having mating complementary surfaces that enable said first and second perforated components to be joined so as to form a smooth interface therebetween; and
a plurality of pin fasteners extending through said complementary surfaces of said first and second perforated components to thereby form a connection between said first and second perforated components;
wherein said first and second perforated components are welded along said first and second facing edges.
5. The tube plate of claim 3 wherein said first and second perforated components are welded along said first and second facing edges.
6. The tube plate of claim 1 wherein said complementary surfaces include a projection along said first facing edge and a cavity along said second facing edge.
7. A tube plate in a chemical reactor or heat exchanger, adapted to receive a plurality of tubes, said tube plate comprising first and second semi-circular plate components joined together mechanically along a smooth interface defined by a pair of facing straight edges, respectively, of said first and second semi-circular components, each of said semi-circular components having a plurality of perforations for receiving individual ones of said tubes.
8. A tube plate holding a plurality of tubes in a chemical reactor or heat exchanger, said tube plate comprising first and second semi-circular components joined together mechanically along a smooth interface defined by a pair of facing straight edges, respectively, of said first and second semi-circular components, each of said semi-circular components having a plurality of perforations for receiving individual ones of said tubes;
wherein said first and second semi-circular components are joined along said pair of facing straight edges by welding.
9. The tube plate of claim 7 wherein said first and second semi-circular components are joined along said pair of facing straight edges by a plurality of pins.
10. The tube plate of claim 9 wherein said pins are welded to one of said first and second semi-circular components.
11. The tube plate of claim 8 wherein said first and second semi-circular components are joined along said pair of facing straight edges by a plurality of pins.
12. The tube plate of claim 11 wherein said pins are welded to one of said first and second semi-circular components.
13. A tube plate holding a plurality of tubes in a chemical reactor or heat exchanger, said tube plate comprising first and second semi-circular plate components joined together mechanically along a pair of facing straight edges, respectively, of said first and second semi-circular components, each of said semi-circular components having a plurality of perforations for receiving individual ones of said tubes; said first semi-circular component provided with a projection along one of said pair of facing straight edges and said second semi-circular component provided with a cavity along the other of said pair of facing straight edges, said projection received within said cavity so as to form a smooth connecting interface between said first and second semi-circular components.
14. A tube plate holding a plurality of tubes in a chemical reactor or heat exchanger, said tube plate comprising first and second semi-circular components joined together mechanically along a pair of facing straight edges, respectively, of said first and second semi-circular components, each of said semi-circular components having a plurality of perforations for receiving individual ones of said tubes; said first semi-circular component provided with a projection along one of said pair of facing straight edges and said second semi-circular component provided with a cavity along the other of said pair of facing straight edges, said projection received within said cavity so as to form a smooth connecting interface between said first and second semi-circular components; and wherein a plurality of pins extend through said first and second semi-circular components including said projection, along said pair of facing straight edges; and further wherein said smooth connecting interface includes welds between heads of said plurality of pins and at least one of said first and second perforated components.
15. The tube plate of claim 14 wherein said first and second semi-circular components are joined along said pair of facing straight edges by welding.