What is the working principle of an electric conductive oil reactor heater?

The working principle of the reactor electric heating heat transfer oil heater: through the heat transfer oil circulation, the purpose of heating can be achieved, and the process temperature set in the production process and the requirements of high-precision temperature control can be met. Generally, the reactor heat transfer oil heater consists of an electric control system, a heating system, a pipeline, a pump, and an expansion oil tank to form a heating system with compulsory liquid phase circulation.

If there are special requirements for cooling in the production process, then the system should also be equipped with a cooling system.

The working principle of the point heat transfer oil reactor heater is the cold and heat exchange system of the reaction kettle heat transfer oil with heater, it has two oil tanks, the hot oil system is used when heating, the hot oil is sent back to the hot oil system when it needs to be cooled, and the cooling system starts to beat the cold oil into the reactor jacket to achieve the cooling requirements of the reactor. The system can be automatically controlled by switching between hot and cold oil, reducing manual operation costs.

In terms of basic parameters, there are temperature control range, power supply, temperature control accuracy, heating energy, etc., I also refer to them in the middle heat, I hope to help you.

It is fueled by coal, heavy oil, light oil, combustible gas and other combustible materials, and the heat conduction oil furnace is used as the heat carrier. The circulating oil pump is used to force the liquid phase circulation, and the heat energy is transmitted to the heating equipment, and then returned to the reheated direct flow special industrial furnace. You can refer to the medium heat machinery, they seem to do this as well.

In the middle of the heat, his family does this, you can go and ask.

As a new, safe, energy-efficient, low-pressure and high-temperature special industrial boiler, high-temperature electric conductive heat oil heater is increasingly being used rapidly and widely.

The working principle of the high-temperature electric conductive heat oil heater is to use electricity as the energy source, and convert the electric energy into heat energy through the electric heating element; Through the high-temperature oil pump, the heat conduction oil is forcibly circulated in the system, so that it is heated repeatedly, so as to achieve the purpose of continuously obtaining the required heat energy of the heat-seeking equipment; And it can meet the requirements of process temperature set in the production process and high-precision temperature control.

The high-temperature electric heat conduction oil heater uses a circulating pump to force the heat transfer oil to circulate the liquid phase and transfer the heat to the heating equipment.

Generally, the high-temperature electric conductive heat oil heater is assembled by the main engine (heating body, high-temperature oil pump and filter), high-level oil tank, control cabinet, pipeline, etc. as a complete set of equipment and heating equipment to form a heating system with forced liquid phase circulation.

Conductive heating heat conduction oil furnace can be used in petroleum, chemical, electronics, textile, printing and dyeing, food, plastics, film and other industries as a kind of high-efficiency and energy-saving heating equipment.

Electric conductivity oil heater is a new, safe, high-efficiency and energy-saving, low-pressure (atmospheric pressure or lower pressure) and can provide high-temperature heat energy of special industrial furnaces. The heat conduction oil furnace system is composed of explosion-proof electric heater, organic heat carrier furnace, heat exchanger (configurable), control cabinet, hot oil pump, expansion tank, etc.

The electric heat transfer oil heater is to directly insert the electric heater into the organic carrier (heat transfer oil) for direct heating, use the circulating pump, force the heat transfer oil to carry out liquid phase circulation, transfer the heat to one or more kinds of heating equipment, after the heat equipment is unloaded, re-pass the circulation pump, return to the heater, absorb the heat, and transfer it to the heating equipment, so that the continuous transfer of heat is realized, so that the temperature of the heated object is increased, and the heating process requirements are met.

Working principle: high temperature electric heat conduction oil heater is made of coal, heavy oil, light oil and combustible gas as materials, I take medium heat machinery as an example for you to list in detail one by one, heat is generated and transmitted by the electric heating element immersed in the heat conduction oil furnace, with hot oil as the medium to transmit heat, the use of circulating pump circulating heating, to achieve a circulation system, forcing heat transfer oil for liquid circulation, and repeatedly realizing heat transfer This is the working principle.

The principle of high-temperature electric heat transfer oil heater is to use a circulating pump to heat the heat transfer oil.

To put it simply, it is to electrify the heat conduction oil with a heating wire tube. The heating tube heats the heat transfer oil directly. When the temperature of the heat transfer oil is reached, it transfers the heat to the reactor.

Finally, the heat heats the material in the reactor. Doesn't that sound a bit winding? In fact, if there is no big requirement for temperature, you can directly use the electromagnetic heater to heat the reactor, or you can heat the heat transfer oil electromagnetically, which is safe and practical, and has high thermal efficiency.

First of all, heat transfer oil is a new type of environmentally friendly heat energy conversion equipment, with electricity as the energy source, the electric energy is converted into heat energy for heating, with the heat transfer oil as the heat transfer medium, through the high temperature oil pump to make the heat transfer oil circulate in the system, repeated heating. This is used to achieve the purpose of thermal energy required by the reactor process, to meet the requirements of the required temperature in the production process and the precise control of temperature. The heat transfer oil reactor adopts electrically heated heat transfer oil, and the maximum temperature can reach 350 °C; The heat conduction oil heating system is used for liquid phase closed circulation, so that the difference between the oil transfer temperature and the oil return temperature is about 20-30; The operation is easier and more convenient.

The electric heating reactor is generally heated directly by electric heating wire, and the heating is uneven.

Electric heating heat conduction oil furnace is a new, safe, high-efficiency and energy-saving, low-pressure (under normal pressure or lower pressure) and can provide high-temperature heat energy of special industrial furnace, is a kind of electricity as the heat source, heat transfer oil as the heat carrier, the use of circulating oil pump to force liquid phase circulation, the heat energy to the heating equipment and then return to reheat the DC special industrial furnace.

As a new, safe, high-efficiency and energy-saving, low-pressure special industrial boiler that can provide high-temperature thermal energy, electric heat conduction oil furnace is increasingly being rapidly and widely used.

The working principle of the electric heat conduction oil furnace is a new type of environmentally friendly heat energy conversion equipment. Yes: using electricity as an energy source, converting electrical energy into heat energy through electric heating elements; Through the high-temperature oil pump, the heat conduction oil is forcibly circulated in the system, so that it is heated repeatedly, so as to achieve the purpose of continuously obtaining the required heat energy of the heat-seeking equipment; And it can meet the requirements of process temperature set in the production process and high-precision temperature control.

Generally, the electric heat conduction oil furnace is assembled by the main engine (heating element, high-temperature oil pump and filter), high-level oil tank, control cabinet, pipeline, etc. as a complete set of equipment and heating equipment to form a heating system with compulsory liquid phase circulation.

Electric heating heat conduction oil furnace is widely used, such as chemical, petroleum, machinery, printing and dyeing, food, shipbuilding, textile, film, new energy and other industries in a kind of high-efficiency and energy-saving heating equipment.

The heat transfer oil heater is directly inserted into the organic carrier (heat transfer oil) for direct heating, and the heated heat transfer oil is transported to the heating equipment through the forced liquid phase circulation of the high-temperature oil pump, and then returned to the hot oil furnace by the oil outlet of the heating equipment to form a complete circulating heating system.

The heat transfer oil heater is composed of a circuit control box, a heater, a heat exchanger (i.e., a cooling system), a level controller, a pressure limiter, a temperature sensor, a circulating pump and a pipeline. Only when these parts work together can the heat transfer oil heater work properly and play its role.

Heat conduction oil heater is a kind of high-efficiency and energy-saving heating equipment in chemical, petroleum, machinery, printing and dyeing, food, shipbuilding, textile, film, rubber and plastic, lithium battery and other industries.

1. The principle of heat conduction oil furnace: it is fueled by coal, heavy oil, light oil, combustible gas and other combustible materials, and the heat conduction oil furnace is used as the heat carrier.

Electric heat conduction oil furnace is a kind of high-efficiency and energy-saving heating equipment that uses electricity as the heat source and heat conduction oil as the heat carrier, and transmits the heat to the heating equipment through the forced circulation of the hot oil pump.

The electric heat conduction oil furnace has the characteristics of compact structure, small size, light weight, easy installation and operation, fast heating and heating, no environmental pollution, etc., and the computer automatically controls the temperature, which can obtain a higher working temperature at a lower working pressure.

Technical performance and use of electric heat conduction oil furnace:

Electric heat conduction oil furnace has low pressure (stable operation, computer automatic control, thermal efficiency can reach more than 90%, electric heat conduction oil furnace is widely used in petrochemical, food, plastic, rubber, pharmaceutical, oil materials, building materials industry, textile printing and dyeing, and other industries, is a new type of ideal heating equipment.

Working principle: for the electric heating oil furnace, the heat is generated and transmitted by the electric heating element immersed in the heat transfer oil, with the heat transfer oil as the medium, the circulation pump is used to force the heat transfer oil to carry out liquid phase circulation, and the heat is transferred to one or more heating equipment, after the heat equipment is unloaded, it is re-passed through the circulation pump, returned to the heater, and then absorbed the heat and transmitted to the heating equipment, so that the continuous transmission of heat is realized, so that the temperature of the heated object is increased to meet the heating process requirements.

Electrically heated furnace. Electrically heated oil stove.

Performance characteristics and technical parameters of electrically heated heat conduction oil furnace products:

Operating temperature: 0 350

Working medium: heat transfer oil.

Working pressure: normal pressure.

Design pressure: heating capacity: 25 360kw (2 300,000 kcal).

Product specifications: When the heating capacity of a single unit is 10,000 kcal.

Combustion method: electric heating.

Applicable fuel: electric 380v 220v

Automatic control: mechanized, fully automatic control, proportional adjustment, PLC programmable and touch screen control technology.

Although electric heating furnaces are environmentally friendly, they are not energy-saving, compared to oil-gas heat transfer oil furnaces, which are 80% more energy-efficient than electric heating.

Electrically heated heat conduction oil furnace is a special industrial furnace.

The electric heating heat conduction oil furnace system is composed of explosion-proof electric heater, organic heat carrier furnace, heat exchanger, control cabinet, hot oil pump, expansion tank, etc. into a skid, and the user only needs to access the power supply, the inlet and outlet pipes of the medium and some electrical interfaces.

The heat conduction oil furnace is to directly insert the electric heater into the organic carrier for direct heating, use the circulating pump, force the heat conduction oil to carry out liquid phase circulation, transfer the heat to one or more heating equipment, after the unloading of the heating equipment, re-pass the circulating pump, return to the heater, absorb the heat, and transfer it to the heating equipment, so that the continuous transmission of heat is realized, so that the temperature of the heated object rises, and the heating process requirements are met.

Operation method: 1. The heat conduction oil heater adopts a digital temperature controller to control the temperature, with the functions of over-temperature alarm, low-oil level alarm and over-pressure alarm, which is a high-efficiency and energy-saving heating equipment in chemical, petroleum, machinery, printing and dyeing, food, shipbuilding, textile, film and other industries.

2. The operators of the electrically heated heat conduction oil furnace shall be trained in the knowledge of the electric heating heat conduction oil furnace and shall be assessed and certified by the local boiler safety supervision organization.

3. The user unit of the electric heating heat conduction oil furnace must formulate the operating procedures of the electric heating heat conduction oil furnace. The operating procedures should include the operation methods and precautions for starting, running, stopping and emergency stopping of the electric heating heat conduction oil furnace. Operators must operate in accordance with operating procedures.

4. Insulation measures should be taken for the pipes within the scope of the electric heating heat conduction oil furnace, but the flange connection should not be covered with measures.

5. During the ignition and pressurization process of the electrically heated heat conduction oil furnace, the exhaust valve on the boiler should be opened many times to discharge the mixed steam of air, water and organic heat carrier. For the gas phase furnace, when the temperature and pressure of the organic heat carrier are in line with the corresponding relationship, the exhaust should be stopped and normal operation should be entered.

The high-temperature electric heat conduction oil heater is a kind of heating equipment specially used for high-temperature heating occasions.

It uses thermal conductive oil as the heat transfer medium, converts electrical energy into heat energy through the electric heating element inside the heater, and heats the thermal conduction oil to a set high temperature, so as to transport the high-temperature thermal conductive oil to the heated device for heating.

The use of high-temperature electric conductive heat oil heaters has the following advantages:

Efficient heating: The high-temperature electric heat transfer oil heater heats up quickly and with high efficiency, which can quickly heat the heat transfer oil to the set temperature, which is used for high temperature heat treatment and improves heating efficiency.

Good stability: The temperature stability of the high-temperature electric conductive heat oil heater is good during use, the heat energy is uniform, and the local temperature will not be too high or too low, so as to improve product quality and production efficiency.

Safe and reliable: During use, the Rubber Brigade Bureau will not produce open flames and high pressure, reduce potential safety hazards, and will not produce harmful chemical reactions to the heated object, which is safe and reliable.

Wide applicability: It can be used in high-temperature heat treatment, petrochemical industry, plastic processing, rubber products, food processing, medicine and other industries.

In short, the high-temperature conductive heat oil heater has the characteristics of efficient heating, good stability, safety and reliability, and wide applicability, and is a kind of heating equipment widely used in the industrial field that requires high-temperature thermal treatment.

The high-temperature electric heat conduction oil heater is fueled by coal, Xianchan heavy oil, light oil, combustible gas and other combustible materials, and the heat conduction oil is the heat carrier. The use has also become an application field, mainly used in the petroleum and chemical industry, textile printing and dyeing work, paper industry, wood industry, food industry, air conditioning industry, construction industry, etc.

There are many parts on the electrically heated heat conduction oil furnace, which have their own important functions during the operation of the whole equipment, mainly including the following parts:

Furnace body: As the bearing part of the whole equipment, it is mainly used for heating to generate heat and hold the heat medium (heat transfer oil) to ensure the effect of heat production, which is usually composed of inner shell, shell and thermal insulation layer.

Heater: The parts that convert electrical energy into heat energy and are used to heat the heat transfer oil, generally using resistance wires, tubular heaters and other structural forms. Its power and heating area are important factors affecting thermal power and temperature.

Hot oil pump: It is used to circulate hot oil** to all heating elements in the equipment to ensure that it can be heated evenly and efficiently.

Temperature controller: It is used to monitor the temperature in the heating equipment, and to regulate and control the temperature through the temperature control system combined with the heater.

Valves and pipes: used to guide and control the flow of heating medium, ensure the circulation of air flow and heat transfer oil, and their selection also directly affects the smoothness and stability of the system.

In short, in normal use, these parts should be maintained and maintained at the same time, give full play to their important role to ensure the safety, reliability, efficiency and stability of the equipment.

You can understand the electrically heated heat conduction oil furnace with medium energy temperature control, and the quality is guaranteed!