Suspension bladder type multifunctional energy-saving environment-friendly boiler device

Abstract

The invention relates to a suspension bladder type multifunctional energy-saving environment-friendly boiler device, particularly to a suspension bladder type multifunctional energy-saving environment-friendly boiler device which integrates the functions of normal pressure, high pressure, building material firing, and power generation. The functions and effects of main systems of the suspension bladder type multifunctional energy-saving environment-friendly boiler device provided by the invention in a boiler body are to change the way of loading blocky and powdered coals as fuels by the traditional power generation and heat supply coal-fired boiler. The honeycomb-like coals of a novel formulation with complete combustion, few exhaust emissions and high utilization rate of heat are used as main fuels of the boiler, and the combustible building materials of the novel formulation are used as auxiliary fuels. Firstly, the energy supply way of combustion and heating of the boiler makes innovations. Secondly, on aspects of power generation, building material firing and harmful gas and solid waste removal, high-efficiency utilization of waste gases, waste residues and waste ashes is proposed on the same flow operation line by the harmless heat recycling technology, so that the overall design goal of reutilization and productization is synchronously realized.

Description

technical field [0001] The invention relates to a hanging tank type multifunctional energy-saving and environment-friendly boiler device. Specifically, it is a hanging tank type energy-saving and environment-friendly boiler device integrating normal pressure, high pressure, firing building materials and power generation. Background technique [0002] More than 90% of my country's thermal power relies on coal to provide energy, and coal-fired boilers are the main medium and tool for coal energy conversion. Technological innovations in coal-fired boilers and kilns for power generation, heat supply, and firing of building materials are key technical guarantees for energy conservation, emission reduction, and efficient use of coal resources. [0003] At present, compared with developed countries, the technology of coal-fired boilers and kilns used for power generation, heating, and firing of building materials in my country is relatively backward. Whether it is carbon dioxide ...

AI Technical Summary

Problems solved by technology

[0005] 1. The thermal efficiency utilization rate of traditional coal-fired power generation boilers is about 80%, and a large amount of fly ash slurry is produced after combustion, which not only pollutes the environment, but also consumes a lot of water;

[0006] 2. The thermal efficiency utilization rate of traditional coal-fired heating boilers is about 60%, which produces a large amount of gas and solid waste such as carbon dioxide, sulfide, and slag;

[0007] 3. The thermal efficiency utilization rate of burning cement, lime, red brick and other building materials is only about 50%, and also produces carbon dioxide, sulfide, slag and other gases, solid waste gas and waste residue;

The disadvantage is that the utilization rate of thermal efficiency is low, the environment is polluted, and resources are wasted

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