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Shanxi Transportation Logistics Park Fire Pipeline Electric Tracing Project
Sep 27, 2023
Fire safety is related to human life and property, as well as the development of social economy. With the development of large-scale commerce, transportation hubs, and underground engineering, fire pipelines, as safety guarantees for buildings, have significant significance.
In cold winters, especially in northern regions, fire pipelines without antifreeze protection often freeze. Once a fire alarm occurs, if the frozen fire pipelines cannot be used in real time, it will pose a great safety hazard to the entire building, so it is necessary to provide heat tracing protection.
The Shanxi Transportation and Logistics Park is located in Pingtou Town, Shouyang County, Jinzhong City, with a planned area of 2800 acres, including the e-commerce and automobile west area, modern agricultural production area, and supporting service area. This project deeply integrates big data, artificial intelligence, supply chain, etc. to build a comprehensive service-oriented smart logistics park with a multi-system and three-dimensional logistics industry layout. This logistics park is the main gateway for logistics in the eastern part of Taiyuan City, which can promote the development of strategic emerging industries.
For such a large and important logistics park, its fire pipeline facilities need to be able to ensure smooth flow at all times. However, in winter, the temperature in Shanxi Transportation Logistics Park is as low as minus ten degrees Celsius, and the fire pipeline is prone to freezing and blocking without insulation facilities. Therefore, it is necessary to install an electric heat tracing insulation system for the fire pipeline in Shanxi Transportation Logistics Park to ensure that the medium inside the pipeline can flow normally in winter.
Electric heat tracing technology is a technology that converts electrical energy into thermal energy and achieves pipeline insulation and antifreeze by heating the surface of the pipeline. In the insulation of fire pipelines in logistics parks, electric heat tracing technology has been widely applied. Specifically, electric heat tracing technology can achieve insulation and anti freezing of pipelines by installing electric heat tracing strips on the surface of the pipeline.
Introduction to tropical products for project application
Anhui Huanrui uses low smoke and halogen-free materials for the insulation of fire pipelines in Shanxi Transportation Logistics Park, specifically developed for commercial and residential applications. It is an extremely safe pipeline antifreeze solution in modern architectural design. Huanrui DBR Tracing can quickly respond to changes in environmental temperature, automatically adjust output power according to changes in environmental temperature, provide antifreeze protection for fire pipelines in areas where the environmental temperature is below zero degrees Celsius, and ensure that fire water remains flowing inside the pipeline to prevent blockage.
The material characteristics and unique structure ensure that the output power of the electric heating band responds quickly to changes in environmental temperature, without the worry of local overheating causing fire. It can also be cut into any length according to needs, making it easy to install and maintain. The high flexibility and toughness structure can be used in any pipeline and connection part.
Low smoke and halogen-free self limiting temperature tracing structure
Advantages of Low Smoke, Zero Halogen, Self limiting Temperature Tracing
Anhui Huanrui DBR low smoke and halogen-free self limiting temperature tracing belt has multiple functions such as heat tracing, flame retardancy, automatic temperature maintenance, temperature limiting, etc. It also has advantages such as safe, energy-saving, reliable, and economical installation and low overall operating cost
Improving Building Safety
The heat tracing safety of fire pipelines has increasingly high requirements for material temperature resistance, environmental protection, and flame retardancy. Anhui Huanrui Low Smoke Zero Halogen Self limiting Temperature Tracing Cable has undergone multiple performance tests for flame retardancy and smoke density. Compared with conventional cables, the gas and smoke generated during combustion are significantly reduced, which is conducive to personnel evacuation and fire extinguishing work; It does not contain halogens and will not produce toxic gases during combustion; More importantly, DBR low smoke and halogen-free heat tracing improves self extinguishing performance, has flame retardancy, and can ensure that cables are not prone to combustion during fires, preventing the spread of flames and the expansion of disasters.
Safe and reliable, with long service life
Anhui Huanrui DBR low smoke and halogen-free heat tracing belt is based on insulation materials independently developed by Huanrui. The interface resistance between the core strip and insulation layer is smaller, reducing the starting current of the heat tracing belt. Adopting leading radiation crosslinking application technology to improve polymer performance, making the heat tracing band more prominent in temperature control, service life, and other characteristics. Resistant to ultraviolet radiation, the color of the sheath is not easily faded, greatly improving the overall service life and durability of the fire protection system.
Energy conservation and environmental protection, reducing total operating costs
The self limiting temperature tracing belt can automatically adjust the heat output according to the local temperature of each point, ensuring that the cable generates heat at the required time and location. In combination with the use of Huanrui's specialized environmental temperature sensing control temperature controller, it saves energy consumption compared to the constant power tracing belt, greatly reducing the total operating cost of facilities such as fire pipeline systems that require long-term use.
When the ambient temperature is lower than the set value, the electric heating system starts to work, and the output power of the system is proportional to the actual ambient temperature; When the ambient temperature drops to the minimum set value of the system design temperature, the electric heating system will stably operate at 10% output power.