Water pipe vortex fire grate biomass particle boiler

Abstract

The invention belongs to a water pipe vortex fire grate biomass particle boiler. The water pipe vortex fire grate biomass particle boiler comprises a boiler body (1), a fuel hopper (20) and a fuel conveyor (19) and is characterized in that multiple water pipes (2) are evenly arranged on the upper portion of the portion, on the right side inside the boiler body (1), of a hearth (21), multiple water pipe fire grates (11) in a row are evenly arranged on the lower portion of the hearth (21), the water pipe fire grates (11) are connected through a water pipe fire grate connecting plate (13), a plurality of through holes (13-1) are formed in the water pipe fire grate connecting plate (13), an upper smoke chamber (6) is arranged on the upper portion of the left side inside the boiler body (1), a lower smoke chamber (9) is arranged on the lower portion of the left side inside the boiler body (1), the upper smoke chamber (6) and the lower smoke chamber (9) are communicated through a plurality of smoke pipes (8), and a chimney (5) is arranged in each smoke pipe (8). Fuel is biomass and is sufficient, rural development is facilitated, coal energy, oil energy, electric energy and gas energy are saved, environment protection is facilitated, and thermal efficiency is high.

Description

technical field [0001] The invention belongs to boilers, in particular to a water tube eddy current grate biomass particle boiler. Background technique [0002] Biomass energy will become an important part of sustainable energy in the next century. The development of biomass energy will involve many interests such as rural development, energy development, environmental protection, resource protection and ecological balance. At the turning point of this historical trend, biomass boilers must be Will be recognized and developed by the market. [0003] At present, there are many kinds of boilers, all of which have different shortcomings. Coal-fired boilers: serious pollution, waste of coal resources; oil-fired boilers: high operating costs, three times that of biomass boilers, and with the shortage of global oil resources, oil prices are on the rise; gas-fired boilers: high operating costs 3 times that of biomass boilers, and is limited by regions and gas sources; electric b...

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Problems solved by technology

Coal-fired boilers: serious pollution, waste of coal resources; oil-fired boilers: high operating costs, three times that of biomass boilers, and with the shortage of global oil resources, oil prices are on the rise; gas-fired boilers: high operating costs 3 times that of biomass boilers, and is limited by regions and gas sources; electric boilers: high operating costs, 4 times that of biomass, and the power load is particularly large; air source heat pumps: high initial investment, heating in low temperature environments very bad effect

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