CN209744349U - Steam heating integrated device - Google Patents

Abstract

The utility model discloses a steam heating integrated device, which comprises a heat preservation tank, a steam generating device and a power supply device which are connected in sequence, wherein a roller group is arranged at the bottom in the heat preservation tank, and a roller panel is arranged on the upper surface of the roller group and used for placing barreled chemical reagents; a water tank and a steam generator are arranged in the steam generating device, a water injection port and a sewage discharge port are respectively arranged at the top and the bottom of the water tank, and a steam generator parameter adjusting panel is arranged on the outer surface of the steam generating device; the heat-preserving tank is connected with the steam generating device through a connecting pipe, and a valve is arranged on the connecting pipe. The utility model discloses a different low temperature areas, the heating of different chemical reagent have guaranteed chemical reagent's performance, have reduced the use of antifreeze, have reduced the investment cost to the antifreeze separation among the processing system to the integrated device of design is at 200L standard buckets to capacity commonly used at scene, and is small and exquisite, and it is convenient to move, has improved integrated device's availability factor.

Description

steam heating integrated device

Technical Field

The utility model relates to a novel simple and easy steam heating device, concretely relates to novel heating of low temperature area splendid attire chemical reagent 200L standard bucket, the interpolation and the low temperature heat preservation storage storehouse requirement of antifreeze among the reduction low temperature area chemical reagent, reduce petrochemical system chemical reagent's separation process device, this novel simple and easy steam heating device makes up into skid-mounted through optimizing simultaneously, whole skid-mounted can remove or move, can transport toward the different low temperature scene and carry out reuse, finally reduce the use of low temperature storage condition requirement and antifreeze, energy saving and consumption reduction, and efficiency is improved, reduce the engineering investment, improve economic benefits's novel device.

Background

In the process of developing and treating oil and gas fields, the oil and gas fields need to use a plurality of liquid chemical reagents, the using amount is large, oil and gas field enterprises generally buy in large quantities for convenient use and purchase, and the quantity of one-half year or even one year is bought for some oil and gas field enterprises. However, in the northern area, chemical reagents can be exposed to extreme low temperature conditions during transportation, many oil and gas fields are also located in areas with extremely low temperature exceeding minus 20 ℃ or even lower, and in some areas, only few low-temperature weather exists in one year, low temperature causes the phenomenon that many liquid chemical reagents are prone to frost and stratification, the chemical reagent frost and stratification can cause difficulty in filling or transferring on the field, and even can cause reduction of the performance of the chemical reagents.

In order to solve the influence of low temperature on chemical reagents, the current common method is that a special low-temperature chemical reagent is used, but the price of the special low-temperature chemical reagent is extremely high; and secondly, an antifreezing agent is added into the chemical reagent, for example, alcohol is usually added into the water-soluble chemical reagent, but after the alcohol is added, the cost of the chemical reagent is increased, on the other hand, the added alcohol causes difficulty in separation of a subsequent system, and in addition, the addition of too much alcohol (such as methanol) with low flash point causes environmental pollution and environmental protection and safety problems on site. Thirdly, heat preservation and anti-freezing measures are arranged in chemical reagent warehouses and stations on site, but the warehouses and stations are provided with the heat preservation and anti-freezing measures, more energy consumption is needed to maintain the warehouses and the stations, even a small part of chemical reagents are prevented from freezing by large warehouses and stations, large-scale heat preservation warehouses are economically built on site, low-temperature conditions occur on site, and anti-freezing is not needed in most cases, so under the new requirement of energy conservation and consumption reduction, the heat preservation warehouses are built or professional low-temperature type anti-freezing agents are purchased only when extreme low temperatures occur for days in a year, and resource waste is caused.

Disclosure of Invention

In order to overcome prior art's shortcoming, the utility model provides a steam heating integrated device, to the many 200L's of using of on-the-spot splendid attire chemical reagent standard barrel, the design provides one kind for the novel simple and easy steam heating device of chemical reagent heating in the 200L standard barrel, through the steam heating integrated equipment that unfreezes of design development one kind simple and convenient easy-to-use, to jar body and production steam heating device group sledge, it is simple to realize steam heating device, convenient removal moves, reuse etc., heating process when finally realizing low temperature area chemical reagent and using. Steam is generated by arranging the steam heating device and is injected into the heat-insulating tank, so that barreled chemical reagents in the heat-insulating tank are heated. The heat preservation of the tank body is realized by arranging the heat preservation layer in the heat preservation tank body, and the energy consumption is reduced. The steam heating device is powered by the power supply device. The device is designed into a skid, and heating in different places can be realized by carrying the skid. In addition, present on-spot chemical reagent's container commonly used is 200L standard bucket, designs this steam heating device's size to be provided with different parameters, can adjust different parameters according to the required heat of different chemical reagent, realize the heating of different chemical reagent, when holding the 200L standard bucket of chemical reagent to the scene, expand the application scope of this novel device.

The utility model adopts the technical proposal that: a steam heating integrated device comprises a heat-insulating tank, a steam generating device and a power supply device which are sequentially connected, wherein a roller group is arranged at the bottom in the heat-insulating tank, and a roller panel is arranged on the upper surface of the roller group and used for placing barreled chemical reagents; a water tank and a steam generator are arranged in the steam generating device, a water injection port and a sewage discharge port are respectively arranged at the top and the bottom of the water tank, and a steam generator parameter adjusting panel is arranged on the outer surface of the steam generating device; the heat-preserving tank is connected with the steam generating device through a connecting pipe, and a valve is arranged on the connecting pipe.

Compared with the prior art, the utility model has the positive effects that: through the pump, the holding tank, steam generator, power supply unit, the connecting pipe, the steam heating device sledge that effective combination such as valve formed, different low temperature areas have been realized, the heating of different chemical reagent, chemical reagent's performance has been guaranteed, antifreeze's use has been reduced, the investment cost to antifreeze separation in the processing system has been reduced, and to the integrated device that volume commonly used at 200L standard bucket and design in the scene, small and exquisite, it is convenient to move, integrated device's availability factor has been improved, efficiency and economic benefits have been improved. The device has the following advantages:

1. The novel device of the sledge is formed by combining the heat-insulating tank, the steam generating device and the power supply device, and the use requirements of different low-temperature areas can be met.

2. The power supply device can adopt an external power supply or a safe explosion-proof battery pack according to the on-site condition, and the application range of the novel device is expanded.

3. The steam generating device can set different parameter conditions according to different chemical reagents and environmental conditions, and heating of different chemical reagents is realized.

4. The novel device is simple, convenient to transport, can realize the chemical reagent heating under different low temperature conditions, different chemical reagents, different on-the-spot power supply conditions, has reduced the use of antifreeze, has realized green purpose.

5. the movement of the barreled chemical reagent can be realized by arranging the roller and the roller panel in the heat-insulating tank.

6. The novel device can reduce the investment of arranging heat preservation devices in field warehouses and station yards and reduce the use of a separation process device of antifreeze in a treatment system, thereby reducing the cost and improving the economic benefit.

7. the integrated device can heat the chemical reagent with the capacity of 200L standard barrels, is small and exquisite and convenient to move, can be arranged near a technical system, and can be used for directly filling the heated chemical reagent into a gathering and transportation system or a processing system, so that the back-and-forth transportation of the chemical reagent is reduced, and the efficiency is improved.

Drawings

The invention will now be described, by way of example, with reference to the accompanying drawings, in which:

Fig. 1 is a schematic structural view of the present invention;

In fig. 1: 1-pressure relief pipe; 2-safety valve; 3, a heat preservation tank; 4-heat insulation layer; 5, a pressure gauge; 6-a thermometer; 7-steam emitting holes; 8, a water injection pipe; 9-valve a; 10-a steam generating device; 11-parameter adjusting panel of steam generator; 12-a power supply device; 13-a water tank; 14-a blow-down valve; 15-a sewage draining pipe; 16-a steam generator; 17-valve B; 18-a drum panel; 19-roller set. 20-a hose; 21-valve C; 22-Pump.

Detailed Description

An integrated steam heating device, as shown in fig. 1, comprising: holding vessel 3, steam generator 10, power supply unit 12, wherein:

The heat preservation tank 3 is provided with a safety valve 2, a pressure gauge 5 and a thermometer 6, the surface of the heat preservation tank 3 is covered with a heat preservation layer 4, and a roller group 19 and a roller panel 18 are arranged in the heat preservation tank 3. The steam generating device 10 is provided with a valve A9, a blowdown valve 14, a steam emitting hole 7 and a parameter adjusting panel 11 of the steam generator, the steam generating device 10 internally comprises a water tank 13 and the steam generator 16, the parameter adjusting panel 11 is positioned on the outer surface of the steam generating device and used for adjusting parameters such as steam temperature, steam generation amount and the like, and the steam generator 16 is used for generating steam.

The power supply device 12 is connected with the steam generating device 10 through a lead, and the power supply device can be an external power supply and also can be a safe explosion-proof battery pack. The steam generating device 10 is connected with the heat-insulating tank 3 through a connecting pipe and a valve B17. The pump 22 is connected to the hose 20 of the thermal insulation tank 3 through a connection pipe and a valve C21.

The utility model discloses a theory of operation is:

【1】 The waste valve 14 is closed, the valve a9 is opened to add water to the water tank 13 in the steam generating device 10, and the valve a9 is closed after a certain amount of water has been added.

【2】 The door on the heat-insulating tank 3 is opened, the barreled chemical reagent is put in, the barreled chemical reagent is neatly placed through the roller group 19 and the roller panel 18 and is rapidly transported, and after the barreled chemical reagent is placed in the barrel, the door on the heat-insulating tank 3 is closed.

【3】 The parameter values of the parameter adjustment dial 11 of the steam generator on the steam generating device 10 are set according to the heated chemical agent.

【4】 The valve B17 is opened, then the power supply of the power supply device 12 is turned on to electrify the steam generating device 10, the steam generator 16 generates steam after the electrification, and the steam is injected into the heat preservation tank 3 through the steam emitting hole 7 and the valve B17.

【5】 The temperature and pressure in the heat-insulating tank 3 were observed by a pressure gauge 5 and a thermometer 6. If the pressure is overlarge, the pressure is released outwards through the safety valve 2 and the pressure relief pipe 1. After the constant time is reached, the power supply device 12 is closed and the valve B17 is closed, and the heat-preserving tank 3 is in a heat-preserving state.

【6】 The novel apparatus can be transported to a chemical reagent filling port if desired. The hose 20 is placed in the barreled chemical reagent, and then the valve C21 is opened and the pump 22 is started to fill the chemical reagent into the gathering system or the chemical system. Therefore, the back-and-forth transport of the chemical reagent and the phenomenon of re-flocculation and delamination of the chemical reagent in a low-temperature environment are reduced. Finally, the use of the antifreeze and the separation of the antifreeze in a subsequent treatment system and the investment cost of treatment process equipment are reduced, the economic benefit is improved, and the purposes of energy conservation and consumption reduction are achieved.

【7】 After the use, the door on the heat-preserving tank 3 is opened, the empty barrel is taken out, the barrel filled with the chemical reagent is put into the empty barrel, and the steps are repeated to realize the heating and filling of the chemical reagent.

【8】 After the steam generator is used, the door on the heat-preservation tank 3 is opened, the empty barrel and sundries on the roller panel 18 are taken out, the drain valve 14 is opened, water in the steam generator 10 is drained through the drain pipe 15, and the pump 22, the valve A9, the valve B17, the valve C21 and the power supply device 12 are closed.

Claims (9)

1. A steam heating integrated device, its characterized in that: the steam-steam boiler comprises a heat-preservation tank, a steam generating device and a power supply device which are connected in sequence, wherein a roller group is arranged at the bottom in the heat-preservation tank, and a roller panel is arranged on the upper surface of the roller group and used for placing barreled chemical reagents; a water tank and a steam generator are arranged in the steam generating device, a water injection port and a sewage discharge port are respectively arranged at the top and the bottom of the water tank, and a steam generator parameter adjusting panel is arranged on the outer surface of the steam generating device; the heat-preserving tank is connected with the steam generating device through a connecting pipe, and a valve is arranged on the connecting pipe.

2. A steam heating integrated device as claimed in claim 1, wherein: the surface of the heat-preserving tank is covered with a heat-preserving layer.

3. A steam heating integrated device as claimed in claim 1, wherein: the heat preservation tank is provided with a pressure relief opening which is connected with a pressure relief pipe, and the pressure relief pipe is provided with a safety valve.

4. A steam heating integrated device as claimed in claim 1, wherein: the pressure gauge is arranged on the heat-preserving tank.

5. A steam heating integrated device as claimed in claim 1, wherein: a thermometer is arranged on the heat preservation tank.

6. A steam heating integrated device as claimed in claim 1, wherein: the heat-insulating tank is provided with a hose which is connected with the valve and the starting pump through a connecting pipe.

7. A steam heating integrated device as claimed in claim 1, wherein: the water injection port of the water tank is connected with a water injection pipe, and a valve is arranged on the water injection pipe.

8. A steam heating integrated device as claimed in claim 1, wherein: the sewage outlet of the water tank is connected with a sewage discharge pipe, and a valve is arranged on the sewage discharge pipe.

9. A steam heating integrated device as claimed in claim 1, wherein: the power supply device is an external power supply or a safe explosion-proof battery pack.