Cremator flue gas pipeline system

Abstract

The invention discloses a cremator flue gas pipeline system. The problem that in the prior art, waste heat of high-temperature flue gas generated by cremators is insufficiently utilized is solved. In the cremator flue gas pipeline system, a horizontal flue is sequentially divided into a front-end bent pipe, an integrated flue and a rear-end bent pipe, wherein the integrated flue is a body part of the horizontal flue. Integrated heat exchange pipes (a constituent part of heat exchange medium circulating pipelines) are installed at the integrated flue to absorb heat of the flue gas generated by the cremators, the front ends and the rear ends of the integrated heat exchange pipes upwards extend out of the ground correspondingly to communicate with the two ends of water return pipes, hot water collecting boxes and cold water collecting boxes are arranged at the communicating positions correspondingly, and circulating water pumps are arranged on the water return pipes to realize circulating heat exchange. The high-temperature flue gas of the cremators is efficiently recycled, the economical efficiency of the cremators is improved, the transformation and construction cost is low, the overall layout is more reasonable, and meanwhile the requirement for material selection of devices of flue gas purification devices is lowered.

Description

technical field [0001] The invention relates to a system for utilizing waste heat of flue gas, in particular to a cremation furnace flue gas piping system. Background technique [0002] Cremation is a method of disposing of corpses, specifically burning the corpses into ashes with torches. The equipment of the crematorium includes cremation furnaces, corpse trucks, ash picking trucks and subsequent equipment for environmental protection. [0003] Cremation furnace refers to the equipment used to cremate the remains. Due to the particularity of the industry and environmental protection requirements, usually the top of the cremation furnace is connected to the vertical pipe through the elbow pipe to the underground, and then connected to the vertical flue gas discharge pipe through the horizontal pipe buried in the ground. The flue gas purification device ensures the cleanliness of the tail gas discharged into the air from the cremation furnace through purification treatment....

AI Technical Summary

Problems solved by technology

Most of the traditional cremation furnaces use air extraction equipment to directly absorb the external air into the furnace to supply oxygen. The external cold air and the high temperature of the furnace form a certain temperature difference. When the cold air enters the furnace, the fire will become smaller and affect the combustion of the corpse. efficiency

[0005] In recent years, cremation furnaces in some areas have been optimized in the air supply link. For example, the high-temperature flue gas generated by the cremation furnace is used to initially heat the combustion-supporting air to improve combustion efficiency; however, a large amount of remaining heat in the flue gas will still be consumed Directly discharged to the outside or consumed in the flue gas purification process, the heat of the flue gas is not fully utilized

However, if a heat exchange device is installed in the flue gas purification link, on the one hand, it will be inconvenient for actual on-site installation and application, and on the other hand, the utilization efficiency is not ideal

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