Organic heat carrier furnace, also known as a thermal oil furnace, is an efficient thermal energy device. Below is a detailed analysis of it:

I. Definition and Working Principle

An organic thermal carrier boiler operates using coal, oil, natural gas, or electricity as fuel sources. It employs heat transfer oil as the thermal medium and utilizes a circulating oil pump to force a closed-loop liquid phase circulation. After transferring heat to the heating equipment, the oil returns to the pipes for reheating in a direct-flow manner.

Special industrial furnace. Its working principle primarily involves transferring the high-temperature flue gas produced by the combustion of fuel to the heat transfer oil. Upon heating, the heat transfer oil's temperature rises, and then it is circulated by a pump to the heating equipment.

Current trends in heat transfer and utilization.

II. Structure and Composition

The Organic Heat Carrier Boiler is mainly composed of the combustion system, heat transfer system, control system, and auxiliary system, etc. The combustion system is responsible for the combustion of fuel and the generation of high-temperature flue gases; the heat transfer system includes the heat-conducting oil and circulating

Ring pumps and other components are responsible for transferring heat energy from high-temperature flue gas to the heat-conducting oil, and then delivering the heated oil to the heating equipment through the circulating pump; the control system is in charge of monitoring and adjusting the temperature, pressure, and other parameters within the furnace.

Quantities ensure the stable operation of the equipment; auxiliary systems include water treatment and ventilation equipment, which are used to ensure the normal operation of the equipment.

III. Technical Features

High Temperature Low Pressure: Organic heat carrier boilers operate at higher temperatures, typically above 300°C, but with relatively low pressure, which ensures smoother and safer operation.

High thermal efficiency: As a heat carrier, the heat transfer oil boasts excellent thermal conductivity and chemical stability, enabling stable operation at higher temperatures with high heat transfer efficiency.

Excellent environmental performance: The fuel combustion in the organic heat carrier boiler is complete, with minimal flue gas emissions. Furthermore, harmful substances in the flue gas can be further reduced through technologies like desulfurization and denitrification, meeting environmental requirements.

Operation Simple: The organic heat carrier furnace is relatively easy to operate with a high degree of automation, enabling remote monitoring and adjustment through the control system.

Section 4: Application Fields

Organic heat carrier boilers are widely used in various industrial sectors such as chemicals, light industry, electricity, textiles, dyeing and printing, building materials, etc., for applications like atmosphere oven drying, fiber dyeing, printing dehydration, leather drying, Blue Flag air drying, food machinery, plastic processing, and more.

Premium quality. Additionally, due to its environmental-friendly, efficient, and safe features, it is also used for heating and hot water supply in civil applications.