CN-121977289-A - Self-made hydrogen heating heat conducting oil device

Abstract

The application provides a self-made hydrogen heating heat conducting oil device, which comprises a methanol hydrogen production device, a methanol raw material barrel, a methanol burner, a methanol delivery pump and a heat conducting oil circulating device, wherein the methanol hydrogen production device comprises a combustion chamber and a hydrogen production part, a fin heating pipe is arranged in the hydrogen production part, the methanol burner and the methanol delivery pump are respectively connected with a methanol raw material barrel pipeline, the methanol raw material barrel provides methanol for combustion for the methanol burner, and the methanol raw material barrel conveys the methanol for hydrogen production to the hydrogen production part through the methanol delivery pump.

Inventors

• Mou Qingzhi
• LI YUTING
• WANG BAOXING
• MOU YIZE

Assignees

• 山东萨尔帕环保科技有限公司

Dates

Publication Date

20260505

Application Date

20260207

Claims (5)

1. 1. The self-made hydrogen heating heat conducting oil device is characterized by comprising a methanol hydrogen production device (1), a methanol raw material barrel (2), a methanol combustor (3), a methanol conveying pump (4) and a heat conducting oil circulating device (5), wherein the methanol hydrogen production device (1) comprises a combustion chamber (11) and a hydrogen production part (12), a fin heating pipe is arranged in the hydrogen production part (12), the methanol combustor (3) and the methanol conveying pump (4) are respectively connected with the methanol raw material barrel (2) through pipelines, the methanol raw material barrel (2) provides methanol for combustion for the methanol combustor (3), and the methanol raw material barrel (2) conveys the methanol for hydrogen production to the hydrogen production part (12) through the methanol conveying pump (4).
2. 2. The self-made hydrogen heating conduction oil device according to claim 1, wherein the combustion chamber (11) is used for heating the hydrogen production part (12), a fin heating pipe arranged inside the hydrogen production part (12) is communicated with the methanol delivery pump (4), a first hydrogen outlet (121) and a second hydrogen outlet (122) are arranged at the air outlet end of the hydrogen production part (12), the first hydrogen outlet (121) is connected with a self-used hydrogen pipeline (6), the first hydrogen outlet (121) is communicated with the combustion chamber (11) through the self-used hydrogen pipeline (6), and the second hydrogen outlet (122) is connected with equipment requiring hydrogen.
3. 3. The self-made hydrogen heating heat conducting oil device according to claim 2, wherein the heat conducting oil circulating device (5) comprises a heat conducting oil circulating pump (51) and a heat conducting oil pipe (52), one end of the heat conducting oil pipe (52) is arranged in the combustion chamber (11), and the other end of the heat conducting oil pipe (52) is arranged in the hydrogen producing part (12).
4. 4. The self-made hydrogen heating conduction oil device according to claim 1 or 2, wherein a plurality of air inlets (111) are formed in the combustion chamber (11), a wind shield (112) is arranged in the combustion chamber (11) corresponding to the air inlets (111), and the wind shield (112) is slidably arranged on the combustion chamber (11).
5. 5. The self-made hydrogen heating conduction oil device as claimed in claim 2, wherein a flue is formed between the hydrogen production part (12) and the shell of the hydrogen production part (12), a high-temperature gas outlet pipe (123) is arranged at the top of the hydrogen production part (12), and the high-temperature gas outlet pipe (123) is communicated with the flue.

Description

Self-made hydrogen heating heat conducting oil device Technical Field The invention relates to the technical field of heat conduction oil heating, in particular to a self-made hydrogen heating heat conduction oil device. Background The existing conduction oil heating system is supplied by depending on external fuels (such as natural gas and diesel oil, and also adopts electric heating, the traditional hydrogen production machine adopts electric heating with large energy consumption, resource waste and high cost), and independent fuel storage, transportation and conveying equipment is required to be configured, so that the system has the defects of multiple connecting links, complex pipelines, large occupied space, risk of pipeline leakage, fuel interruption and the like, high failure rate, and moreover, the purchase and transportation cost of the external fuels are high, the long-term operation economy is poor, and the equipment reliability is obviously limited by external factors. The traditional heat conduction oil heating device needs to be connected with a natural gas station or a fuel tank area through a pipe network, and the pipeline between equipment is as long as tens of meters, so that the installation and maintenance cost is increased, the fuel combustion stability is greatly influenced by external supply fluctuation, and continuous and stable heating requirements are difficult to meet. Disclosure of Invention The invention aims to overcome the defects of the prior art, and provides a device for heating conduction oil by self-made hydrogen, so that on-site hydrogen production and on-site combustion are realized, the equipment connection links are reduced, the system volume is reduced, the failure rate is reduced, the heating cost is saved, and the equipment operation reliability is improved. The invention aims at achieving the technical measures that the self-made hydrogen heating conduction oil device comprises a methanol hydrogen production device, a methanol raw material barrel, a methanol burner, a methanol conveying pump and a conduction oil circulating device, wherein the methanol hydrogen production device comprises a combustion chamber and a hydrogen production part, a fin heating pipe is arranged in the hydrogen production part, the methanol burner and the methanol conveying pump are respectively connected with a methanol raw material barrel pipeline, the methanol raw material barrel provides methanol for combustion for the methanol burner, and the methanol raw material barrel conveys the methanol for hydrogen production to the hydrogen production part through the methanol conveying pump. The hydrogen production device is characterized in that the combustion chamber is used for heating the hydrogen production part, a fin heating pipe arranged in the hydrogen production part is communicated with the methanol delivery pump, a first hydrogen outlet and a second hydrogen outlet are arranged at the air outlet end of the hydrogen production part, the first hydrogen outlet is connected with a self-use hydrogen pipeline, the first hydrogen outlet is communicated with the combustion chamber through the self-use hydrogen pipeline, and the second hydrogen outlet is connected with equipment requiring hydrogen. As a preferable scheme, the heat conducting oil circulating device comprises a heat conducting oil circulating pump and a heat conducting oil pipe, wherein one end of the heat conducting oil pipe is arranged in the combustion chamber, and the other end of the heat conducting oil pipe is arranged in the hydrogen production part. As a preferable scheme, the combustion chamber is provided with a plurality of air inlets, the combustion chamber is provided with a wind shield corresponding to the air inlets, and the wind shield is slidably arranged on the combustion chamber, so that the best combustion effect is achieved for adjusting the air quantity and the oxygen. As a preferable scheme, a flue is formed between the hydrogen production part and the shell of the hydrogen production part, a high-temperature gas outlet pipe is arranged at the top of the hydrogen production part, and the high-temperature gas outlet pipe is communicated with the flue. Due to the adoption of the technical scheme, compared with the prior art, the invention has the advantages that: Local material is adopted, the connection link is reduced, namely, hydrogen is produced in situ through a methanol hydrogen production device, and part of hydrogen is directly used for combustion of a methanol burner, so that external fuel supply is not needed, a long-distance fuel pipeline is omitted, and compared with an electric heating mode, the electric charge is saved; The equipment volume is reduced, the failure rate is reduced, the functions of methanol combustion, hydrogen production and heat conduction oil heating are integrated, the whole volume of the equipment is reduced compared with the traditional fuel storage and transportation