CN-122006590-A - Vibrating type water-decomposing agent hydrogen-producing and hydrogen-burning device

Abstract

A vibrating water-splitting agent hydrogen-producing and hydrogen-burning device mainly comprises a material box, water-splitting agent materials, a material supply pipe, an electric valve, a vibrating motor, a hydrogen production pipe, a heat exchange pipe, a combustion pipe, a silicon carbide rod, a water tank, a water supply valve, a water supply pipe, a heater, a heat supply pump, a recovery tank, a recovery valve, a purifier, a flame arrester, a hydrogen pipe, a frame, a shell and the like. The working process is that the water decomposing agent is supplied to supply power and water, when the hydrogen producing pipe reaches the set temperature, the electric valve and the vibration motor work, the water decomposing agent enters the hydrogen producing pipe to generate chemical reaction with water vapor to produce hydrogen under the action of gravity and vibration, the hydrogen enters the combustion pipe in the shell to burn and release heat after being purified by the purifier, and the heat exchanging pipe supplies heat to the outside. The energy consumption is about one fourth of the energy produced. The energy comes from hydrogen in the water. The advantages are 1 low cost, 2 no pollution, 3 sufficient raw materials, 4 good benefit and random application.

Inventors

• CHEN JUN

Assignees

• 陈军

Dates

Publication Date

20260512

Application Date

20241108

Claims (2)

1. 1. A vibrating water splitting agent hydrogen production and hydrogen combustion device comprises a feed box (1), a water splitting agent (2), a feed pipe (3), an electric valve (4), a mixed flow pipe (5), a vibrating motor (6), a shell (7), a silicon carbon rod (8), a combustion pipe (9), a heat exchange pipe (10), a hydrogen production pipe (11), a spring (12), a water tank (13), a water supply pipe (14), a feed valve (15), a discharge pipe (16), a recovery tank (17), a recovery valve (18), a heater (19), a heat supply pump (20), a liquid injection valve (21), a purifier (22), purifying liquid (23), a liquid discharge valve (24), a liquid injection port (25), a flame arrester (26), a frame (27) and a hydrogen pipe (28), and is characterized in that the feed box (1) is internally provided with the water splitting agent (2), the upper end of the feed pipe (3) is connected with the feed port of the feed box (1) in series with the lower ends of the two electric valves (4) in the middle, the feed pipe is connected with the feed port of the hydrogen production pipe (11), the upper left part of the hydrogen production pipe (11) is provided with the vibrating motor (6) and is provided with a discharge outlet and the lower part of the hydrogen pipe (12) is connected with the hydrogen production pipe (7) through the spring (7) and the two ends of the silicon carbon rod (8) are internally arranged in the frame (7) The lower parts of the combustion tube (9) and the heat exchange tube (10) fall on a cross beam of a frame (27), the upper end of the mixed flow tube (5) is communicated with a hydrogen outlet of the heat exchange tube (10), the lower end of the mixed flow tube is communicated with a hydrogen outlet of the hydrogen exchange tube (11) and extends into the inner lower part of the purifier (22), the upper end of the water supply tube (14) is communicated with a water inlet of the upper part of the recovery tank (17) through a water supply valve (15), the upper end of the recovery tank (17) is communicated with a discharge hole on the right side of the hydrogen exchange tube (11) through a discharge tube (16), the lower end of the recovery tank (17) is provided with a recovery valve (18), the lower part of the heater (19) is communicated with a water outlet of the heat exchange tube (10) through a heat supply pump (20), the upper end of the purifier (22) is communicated with a water inlet of the heat exchange tube (10) through a flame arrester (26), the upper end of the hydrogen tube (28) is communicated with the water inlet of the upper part of the combustion tube (9) through a liquid injection valve (21) and the lower end of the liquid injection hole (25) is provided with a purified liquid (23) in the liquid discharge valve (24).
2. 2. The vibratory water splitting agent hydrogen and hydrogen generating device according to claim 1, wherein the hydrogen and hydrogen generating device is integrated.

Description

Vibrating type water-decomposing agent hydrogen-producing and hydrogen-burning device Technical Field A vibrating water-splitting agent hydrogen-producing and hydrogen-burning device belongs to the technical field of hydrogen production. Background Hydrogen is a secondary green energy source, and is not popular because of the high cost of hydrogen production. The existing hydrogen production method takes 1Kg of hydrogen production as an example, and is low-to-high in order of 9-11 yuan (550 yuan/T of coal is high in pollution), 12-18 yuan of industrial byproduct hydrogen, 20-24 yuan (3.5 yuan/m 3 of natural gas) of natural gas hydrogen production, 23-25 yuan (3000 yuan/T of methanol) of methanol hydrogen production and 40-50 yuan (0.6 yuan/KWh of electricity price) of alkaline water electrolysis hydrogen production are used as the hot spots of the current research and development, and the high-temperature hydrogen production cost of electrolysis water vapor is about 15-17 yuan/Kg. The cost of direct straw hydrogen production in the united states is about $13/Kg, which is projected to drop to $1/Kg of hydrogen ten years later. Coal and natural gas are petrochemical fuel and are used for producing hydrogen, and the coal and natural gas belong to ash hydrogen, a large amount of CO2 is discharged in the hydrogen production process, and the coal and natural gas belong to high pollution, so that the meaning of hydrogen production is lost. Plants such as straw and the like are carriers for circulating CO2 in the atmosphere, the discharged CO2 is not incremental stock, is a natural phenomenon of hundreds of millions of years, and the water-decomposing agent can be used for hydrogen production by reducing and circulating. The invention has not found relevant reports and similar products through searching. Disclosure of Invention The invention provides a vibrating water-splitting agent hydrogen-producing and hydrogen-burning device, which comprises: the device comprises a feed box, a water decomposing agent, a feed pipe, an electric valve, a mixing pipe, a vibrating motor, a shell, a silicon carbide rod, a combustion pipe, a heat exchange pipe, a hydrogen production pipe, a spring, a water tank, a water supply pipe, a water supply valve, a discharge pipe, a recovery tank, a recovery valve, a heater, a heat supply pump, a liquid injection valve, a purifier, purified liquid, a liquid discharge valve, a liquid injection port, a flame arrester, a frame, a hydrogen pipe and the like, and is characterized in that: the upper end of the feed pipe is connected with the middle part of the feed pipe, which is connected with the feed inlet of the left upper part of the hydrogen production pipe, the left upper part of the hydrogen production pipe is provided with a vibrating motor and is provided with a hydrogen outlet and the lower parts of the right lower part of the feed pipe, the two sides of the feed pipe are connected with the frame through springs, the hydrogen production pipe, the silicon carbide rod, the combustion pipe and the heat exchange pipe are arranged in the shell, the lower part of the feed pipe falls on the beam of the frame, the upper end of the mixed flow pipe extends into the lower part of the purifier from the upper part of the feed pipe, the lower end of the mixed flow pipe is connected with the left upper hydrogen outlet of the hydrogen production pipe, the upper end of the feed pipe is connected with the water inlet of the recovery tank through a water supply valve, the upper end of the recovery tank is connected with the water outlet of the hydrogen production pipe through the water inlet of the discharge pipe, the lower part of the heat supply pipe is connected with the upper part of the heat exchange pipe through a heat pump, the upper part of the purifier is provided with a water filling port, the upper end of the purifier is provided with a flame arrester, the upper part of the hydrogen pipe is connected with the combustion pipe is provided with the upper part of the injection valve, and the lower end of the injection port is provided with the purified liquid is filled in the drain valve. The working process is that the material decomposing agent is added into the feed box, then the water is supplied, when the silicon carbide rod heats the hydrogen production pipe to 600 ℃, the two electric valves work alternately, and the vibration motor operates. Under the action of gravity and vibration, the water-decomposing agent enters the hydrogen production pipe from the material box through the electric valve and moves rightwards, and the obtained water-decomposing agent is contacted with water vapor from the recovery tank to generate chemical reaction to generate hydrogen and ferroferric oxide. The hydrogen is purified by the purifier and then supplied to the combustion tube for burning and releasing heat through the flame arrester, and the heat exchange tube supplies heat outwards. The silicon carbide rod