Novel fuel forming device

Abstract

The invention relates to a novel fuel forming device. The novel fuel forming device comprises a biomass inputting system, a conveying belt system, a blast furnace and a prediction optimization control module; a modifying agent control unit is arranged between the biomass inputting system and the conveying belt system; a temperature rising system is arranged between the conveying belt system and the blast furnace; and the prediction optimization control module is connected with the biomass inputting system, the conveying belt system, the temperature rising system, the modifying agent control unit and the blast furnace through signal lines. The heat efficiency of the novel fuel forming device is greatly improved, the coal saving rate is 30% to 50%, the emission of the control system is reduced, the dust emission amount and the furnace slag emission amount are both substantially reduced, and the surrounding environment is purified.

Description

technical field [0001] The invention relates to a combustion energy-saving control system, in particular to a novel fuel forming device. Background technique [0002] Coal is the main energy source in our country. 84% of the coal in our country is used for direct combustion. Due to the relative backwardness of coal-fired equipment and combustion technology, it has brought about two major problems: low combustion efficiency and serious environmental pollution. Taking industrial boilers as an example, there are more than 520,000 coal-fired industrial boilers in my country, and the annual coal consumption accounts for 35% of the total coal production, but the average boiler efficiency is only 60%, which is 20 percentage points lower than the 80% efficiency of advanced countries. Above, this item alone wastes nearly 100 million tons of raw coal every year, mainly because most industrial boilers are chain furnaces. The thermal efficiency of the design itself is low. The combusti...

AI Technical Summary

Problems solved by technology

The combustion process of the bed-burning furnace has certain requirements on the coal type and particle size. In addition, the new large-scale boiler itself is consuming metal and mineral resources, which is also a disguised damage to the environment.

Therefore, under the existing conditions, how to improve the combustion efficiency of small boilers, reduce pollutant emissions, and design a new energy-saving automatic control system for blast furnaces is what the country really advocates. At present, there is no such automatic control system on the market.

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