Apparatus for producing organic hydrides, system for producing organic hydrides, and method for producing organic hydrides.

Abstract

This apparatus 2 for producing an organic hydride is provided with: a cathode chamber 18 which contains a cathode electrode 14 for generating an organic hydride by hydrogenating an object to be hydrogenated in a cathode solution by means of protons; a cathode inlet 30 which is connected to the cathode chamber 18 in order to supply the cathode solution into the cathode chamber 18 from the outside; an upper cathode outlet 32 which is connected to the cathode chamber 18 in order to discharge the cathode solution and a hydrogen gas to the outside from the cathode chamber 18; and a lower cathode outlet 34 which is connected to the cathode chamber 18 at a lower position than the upper cathode outlet 32 in order to discharge the cathode solution and water to the outside from the cathode chamber 18.

Claims

1. A cathode chamber containing a cathode electrode that hydrogenates the hydrate in the cathode liquid with protons to produce an organic hydride, A cathode inlet connected to the cathode chamber for supplying the external cathode liquid into the cathode chamber, An upper cathode outlet connected to the cathode chamber for discharging the cathode liquid and hydrogen gas from the cathode chamber to the outside, It comprises a lower cathode outlet located below the upper cathode outlet and connected to the cathode chamber for discharging the cathode liquid and water from the cathode chamber to the outside, The aforementioned upper cathode outlet is connected to the region from the upper end of the cathode chamber to one-quarter of the entire cathode chamber. The lower cathode outlet is connected to the region from the lower end of the cathode chamber to one-quarter of the entire cathode chamber. Organic hydride manufacturing equipment.

2. The organic hydride production apparatus comprises a plate section having a surface that partitions the cathode chamber, The plate portion has an upper groove and a lower groove located below the upper groove on its surface. The cathode inlet and the lower cathode outlet are connected to the lower groove, The upper cathode outlet is connected to the upper groove. The apparatus for producing organic hydride according to claim 1.

3. The organic hydride production apparatus comprises a plate section having a surface that partitions the cathode chamber, The plate portion has an upper groove and a lower groove located below the upper groove on its surface. The cathode inlet and the upper cathode outlet are connected to the upper groove, The lower cathode outlet is connected to the lower groove. The apparatus for producing organic hydride according to claim 1.

4. The organic hydride production apparatus comprises a plate section having a surface that partitions the cathode chamber, The plate portion has a first groove and a second groove that are arranged on the left and right sides of the surface and extend vertically, The cathode inlet is connected to the first groove, The upper cathode outlet and the lower cathode outlet are connected to the second groove. The apparatus for producing organic hydride according to claim 1.

5. An organic hydride production apparatus according to any one of claims 1 to 4, The lower cathode outlet is connected to an oil-water separator, Organic hydride production system.

6. An organic hydride production apparatus according to any one of claims 1 to 4, The lower cathode outlet is connected to a gas-liquid separation unit, Organic hydride production system.

7. An organic hydride production apparatus comprising: a cathode chamber housing a cathode electrode that hydrogenates a substance to be hydrogenated in a cathode liquid with protons to produce an organic hydride; a cathode inlet connected to the cathode chamber for supplying the external cathode liquid into the cathode chamber; an upper cathode outlet connected to the cathode chamber for discharging the cathode liquid and hydrogen gas from the cathode chamber to the outside; and a lower cathode outlet connected to the cathode chamber below the upper cathode outlet for discharging the cathode liquid and water from the cathode chamber to the outside, wherein the upper cathode outlet is connected to a region from the upper end of the cathode chamber to one-quarter of the entire cathode chamber, and the lower cathode outlet is connected to a region from the lower end of the cathode chamber to one-quarter of the entire cathode chamber, A power supply that provides power to the aforementioned organic hydride production apparatus, The system includes a power supply device that supplies power to the aforementioned power source, Organic hydride production system.

8. The power supply device consists of at least one selected from the group comprising a power generation device that generates electricity using renewable energy, a grid power supply, and an energy storage device. The organic hydride production system according to claim 7.

9. The power supply device consists of the power generation device and the grid power supply. The organic hydride production system according to claim 8.

10. The cathode liquid is supplied to a cathode chamber that houses a cathode electrode that generates an organic hydride by hydrogenating the substance to be hydrogenated in the cathode liquid with protons. The method includes discharging the cathode liquid and hydrogen gas from the cathode chamber to the outside from the upper end of the cathode chamber up to one-quarter of the entire cathode chamber, and discharging the cathode liquid and water from the cathode chamber to the outside from the lower end of the cathode chamber up to one-quarter of the entire cathode chamber. Method for producing organic hydrides.

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