Fire coal energy-saving additive

An additive and coal-fired technology, applied in the field of additives, can solve problems such as wasting energy and polluting the environment, and achieve the effects of increasing gas production power, saving energy, and reducing consumption

Inactive Publication Date: 2008-09-17
陈汉明
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is: to overcome the problem of wasting energy and polluting the environment caused by insufficient

Method used

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  • Fire coal energy-saving additive
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Examples

Experimental program
Comparison scheme
Effect test

no. 1 example

[0033] The coal-fired energy-saving additive of the present invention comprises the following components and content (weight percent):

[0034] Potassium permanganate 18%;

[0035] Rare earth 8%;

[0036] Iron oxide red 6%;

[0037] Sodium hydroxide 6%;

[0038] Sodium chloride 8%;

[0039] Calcium Hydroxide 6%;

[0040] quicklime 6%;

[0041] Calcium chloride 8%;

[0042] Borax 5%;

[0043] Sodium chloride 8%;

[0044] Lauryltrimethylammonium Chloride 6%;

[0045] Waste diesel oil or light hydrocarbons 15%.

[0046] The second embodiment of formula one

[0047] The coal-fired energy-saving additive of the present invention comprises the following components and content (weight percent):

[0048] Potassium permanganate 15%;

[0049] Rare earth 10%;

[0050] Iron oxide red 18%;

[0051] Sodium hydroxide 4%;

[0052] Sodium chloride 5%;

[0053] Calcium Hydroxide 4%;

[0054] quicklime 14%;

[0055] Calcium chloride 5%;

[0056] Borax 4%;

[0057] Sodium chlori...

no. 3 example

[0061] The coal-fired energy-saving additive of the present invention comprises the following components and content (weight percent):

[0062] Potassium permanganate 28%;

[0063] Rare earth 5%;

[0064] Iron oxide red 3%;

[0065] Sodium hydroxide 4%;

[0066] Sodium Chloride 18%;

[0067] Calcium hydroxide 2%;

[0068] quicklime 3%;

[0069] Calcium chloride 5%;

[0070] Borax 4%;

[0071] Sodium chloride 5%;

[0072] Lauryltrimethylammonium Chloride 3%;

[0073] Waste diesel oil or light hydrocarbons 20%.

no. 4 example

[0075] The coal-fired energy-saving additive of the present invention comprises the following components and content (weight percent):

[0076] Potassium permanganate 15%;

[0077] Rare earth 13%;

[0078] Iron oxide red 3%;

[0079] Sodium hydroxide 15%;

[0080] Sodium chloride 5%;

[0081] Calcium hydroxide 2%;

[0082] quicklime 3%;

[0083] Calcium Chloride 12%;

[0084] Borax 4%;

[0085] Sodium chloride 5%;

[0086] Lauryltrimethylammonium Chloride 12%;

[0087] Waste diesel oil or light hydrocarbons 11%.

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PUM

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Abstract

The invention relates to a coal-fired energy-saving additive, which comprises the following components and contents (weight percentage): 6 to 16 percent of phthalocyanine blue; 5 to 20 percent of porphyrin; 12 to 19 percent of tween 60; 3 to 9 percent of iron oxide; 3 to 12 percent of magnesium oxide; 2 to 18 percent of manganese carbonate; 2 to 10 percent of calcium oxide; 6 to 12 percent of sodium chloride; 2 to 11 percent of potassium nitrate; 2 to 8 percent of sodium nitrate; 5 to 13 percent of potassium permanganate; 1 to 16 percent of sodium hydrate; 3 to 10 percent of sodium dodecyl benzene sulfonate; 8 to 11 percent of sodium heametaphosphate; 3 to 9 percent of trisodium phosphate; 3 to 13 percent of vermiculite; 7 to 16 percent of terrae rare. The additive solves the quick ignition of the coal during the combustion process, has the effect of the cracking gasification strong combustion supporting, improves the flame to heighten and enlarge the flame, and enables the radiation to be intensified; the adding of the coal-fired energy-saving additive can increase the furnace temperature to be more than 200 DEG C; the utilization of the coal-fired energy-saving additive can ensure the accumulative carbon on a boiler tank and a tube wall in a boiler to automatically drop off through chemical reactions and physical reactions, thereby improving the thermal efficiency, saving the energy and reducing the pollution.

Description

technical field [0001] The invention relates to an additive used in coal combustion, in particular to an additive capable of improving the combustion rate of coal combustion and saving resources. Background technique [0002] The incomplete combustion of coal in large boilers is a problem that scientists around the world are studying. The consequences of insufficient coal combustion are waste of coal resources and air pollution. In order to solve this problem, many countries have adopted some admixtures in coal combustion, aiming at improving the combustion rate of coal combustion. However, most of these admixtures are very corrosive to the boiler, and some admixtures are attached to the furnace and the pipe wall together with the fly ash, which brings waste to heating and is harmful to the human body. Poor performance, difficult to mix with coal, poor coal-saving effect, and inconvenient to use. Contents of the invention [0003] The technical problem to be solved by th...

Claims

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Application Information

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IPC IPC(8): C10L9/10
Inventor 陈汉明熊靓武金明
Owner 陈汉明
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