Apparatus for producing water-in-oil emulsifield fuel and supplying the same

Abstract

The present invention relates to an apparatus for producing and supplying water-in-oil emulsified fuel that supplies to a boiler water-in-oil emulsified fuel, which is emulsified by mixing an emulsifier and water in crude oil such as bunker C oil or bunker A oil. The apparatus for producing and supplying water-in-oil emulsified fuel includes an additive storage tank for storing an emulsifier; an emulsion tank for storing water-in-oil emulsified; a raw material supplier for supplying at a predetermined ratio and according to predetermined values B-C oil, an emulsifier, and water, which become the raw materials for water-in-oil emulsified fuel; a first mixing section for consecutively and uniformly mixing the supplied raw materials; and a second mixing section for mixing the primarily mixed raw material oil with pre-emulsified fuel to perform emulsion. The second mixing section is realized through a circulation system that includes an emulsion tank, a mixer pump, and a double mixer. Following the supply of a predetermined amount of the raw materials, emulsified fuel mixed in the circulation system is continuously circulated even if raw material supply is stopped such that emulsified fuel that is always in a uniform state is supplied while maintaining a predetermined ratio, a predetermined moisture particle state, and a predetermined temperature.

Description

BACKGROUND OF THE INVENTION [0001] (a) Field of the Invention [0002] The present invention relates to an apparatus for producing emulsified fuel and supplying the same to a boiler, and more particularly, to an apparatus for producing and supplying water-in-oil emulsified fuel that supplies to a boiler water-in-oil emulsified fuel, which is emulsified by mixing an emulsifier and water in crude oil such as bunker C oil or bunker A oil. [0003] (b) Description of the Related Art [0004] Generally, emulsion refers to the state of uniform dispersion to a minute particle state of a liquid that is within a liquid and unmixed with the same. [0005] In particular, water-in-oil (W / O) emulsified fuel is realized by mixing water or waste water, and a surface active agent (an emulsifier) in a high carbide, high viscosity oil such as crude oil (bunker C oil), which is a low cost, highly efficient heat source that is severely limited in use because it contributes to air pollution. Water-in-oil emulsi...

AI Technical Summary

Benefits of technology

[0035] In the apparatus for producing and supplying water-in-oil emulsified fuel of the present invention, an emulsifier and water are primarily mixed in crude oil such as B-C oil or B-A oil, then an emulsified fuel, which has undergone a second mixing process that forms very minute water-in-oil particles, is maintained at a predetermined temperature in the emulsion tank. At the same tank, the emulsified fuel circulates through the circulation system of the emulsion tank to be supplied to the boiler while being maintained in an optimum emulsion state. As a result, a combustion is not discontinued, and fuel consumption is reduced.

[0036] Further, with the emulsified fuel supplied from the apparatus of the present invention, the fuel particles combusted in the combustion chamber are made into minute particles, that is, to particle sizes roughly 10,000 smaller than with conventional fuel such that the possibility of contact with oxygen during combustion is increased, thereby ensuring significantly greater full combustion and reducing excessive oxygen concentration in the exhaust gas. Therefore, energy is saved and boiler efficiency is increased.

[0037] In addition, with the use of the apparatus of the present invention, an air pollution reduction device such as dust collecting equipment is unneeded, and overall equipment operation costs such as power costs and maintenance are reduced.

Problems solved by technology

In particular, water-in-oil (W / O) emulsified fuel is realized by mixing water or waste water, and a surface active agent (an emulsifier) in a high carbide, high viscosity oil such as crude oil (bunker C oil), which is a low cost, highly efficient heat source that is severely limited in use because it contributes to air pollution.

However, in the processes of storing, transporting, pre-heating, and performing burner supply, as a result of the differences in specific gravity and surface tension between the fuel oil and water, there is a breakdown in phase stability, separation between the water and oil, and fuel oil is supplied continuously in a non-uniform manner through a system of imprecise and unstable injection amount and injection ratio of water and oil.

Therefore, in the combustion process, stoppage of combustion repeatedly occurs and combustion efficiency is unfavorable such that it is difficult to obtain the goal for reducing fuel oil.

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