Organic heat carrier boiler of bulk structure

Abstract

The invention relates to a bulk structure organic heat-carrier boiler which is characterized in that a basic embedded part is pre-embedded into a boiler base and a hot air channel is pre-cast; a chain grate and a steel frame are respectively arranged on the boiler base, and a platform staircase is arranged on the outer side of the steel frame and a radiation heated face, a multi-level coil-pipe component and an air pre-heating device are arranged on the inner side of the steel frame; a furnace wall is arranged on the outer side of the radiation heated face, and a coal hopper and a hot air pipe are arranged on the chain grate; the air heated by the air pre-heating device is transferred through the hot air channel and the hot air pipe to the lower part of the chain grate to support combustion. The invention can effectively solve the conveying problem of a big-size organic heat-carrier boiler; the construction and management are all convenient and the capability is environment-friendly and energy-conserving; the manufacturing period can be shortened and shipping parts can effectively reduce error; the storage space can be conserved for limited construction site; the arrangement of the platforms after the steel frame is arranged can guarantee the safety of workers.

Description

technical field [0001] The invention relates to an organic heat carrier boiler with a bulk structure, and specifically belongs to the technical field of heating furnaces. Background technique [0002] The basic types of existing heat-conducting oil boiler bodies are: square coil tube type and disc coil tube type. With the development of society, the calorie consumption of some users has increased. However, the heat capacity of existing conventional boilers is limited. If the heat consumption of users increases, only multiple small organic heat carrier boilers can be used in parallel, and this method is not conducive to energy saving, environmental protection and operation management; in addition, due to transportation restrictions , the width and height of the existing assembled boilers are limited by transportation, so that the existing assembled organic heat carrier boilers cannot be developed in a large-scale aspect and cannot meet the needs of users. Contents of the i...

AI Technical Summary

Problems solved by technology

However, the heat capacity of existing conventional boilers is limited. If the heat consumption of users increases, only multiple small organic heat carrier boilers can be used in parallel, and this method is not conducive to energy saving, environmental protection and operation management; in addition, due to transportation restrictions , the width and height of the existing assembled boilers are limited by transportation, which makes it impossible for the existing assembled organic heat transfer boilers to develop in a larger scale and cannot meet the needs of users.

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