Method for manufacturing a hydrogen-added water and a device for the same

A manufacturing equipment for a hydrogen-added water, comprising;

• a tubular structure, both ends of which are formed in an open state,
• a raw water-supplying system that is formed on one end of the tubular structure and supplies the raw water under high pressure,
• a hydrogen supplying system that is watertightly connected to the tubular structure and supplies the hydrogen substantially at a right angle toward the raw water supplied from the raw water-supplying system,
• a diffusion chamber that is formed in a longitudinal direction of the tubular structure downstream of the hydrogen supplying system in the tubular structure so as to diffuse a mixture fluid of the raw water supplied from the raw water-supplying system to the tubular structure and the hydrogen supplied from the hydrogen supplying system to the tubular structure,
• a porous element having a predetermined pore diameter, which is filled within the diffusion chamber so as to pass through the mixture fluid of the supplied raw water and hydrogen,
• an outlet that is formed on the other end of the tubular structure so as to discharge mixture fluid of the raw water and the hydrogen passed through the porous element, wherein a plurality of the tubular structures connects the adjacent raw water-supplying system to the outlet and is substantially linearly arranged in a longitudinal direction and the mixture fluid of the raw water and the hydrogen discharged from one of the tubular structure is supplied from the adjacent raw water-supplying system of the tubular structure to the tubular structure under high pressure and mixed with the hydrogen in the adjacent diffusion chamber of the tubular structure so as to pass through the porous element and diffuse, so that the hydrogen-added water containing a large amount of microscopic bubble of the hydrogen gas is continuously produced.