CN101407737A - Non-coal mine fuel non-coal gangue fuel industrial waste slag fuel - Google Patents
Non-coal mine fuel non-coal gangue fuel industrial waste slag fuel Download PDFInfo
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- CN101407737A CN101407737A CNA2008101794188A CN200810179418A CN101407737A CN 101407737 A CN101407737 A CN 101407737A CN A2008101794188 A CNA2008101794188 A CN A2008101794188A CN 200810179418 A CN200810179418 A CN 200810179418A CN 101407737 A CN101407737 A CN 101407737A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E50/00—Technologies for the production of fuel of non-fossil origin
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Abstract
The invention provides a fuel prepared by non-coal minerals, non-coal gangues and industrial waste residues, putting forward a new environment protective theory, a new environment protective technology, a new energy development theory and a new energy development technology. The fuel prepared by the non-coal minerals, the non-coal gangues and the industrial waste residues can be blended into coal for burning according to proportion, or mixed into the coal for burning under the influences of exciting and purifying agents according to proportion. Phosphogypsum is the main component of the exciting and purifying agents; the gangues and the industrial waste residues can be used as the exciting and purifying agents for each other. Extracting the fuels of non-coal mines materials such as aluminum mines, iron mines, copper mines, lead mines, zinc mines, antimony ores, mercury mines, phosphate ores, sulfur mines, boron ores and the like, the fuels of non-coal gangues such as aluminum gangues, iron gangues, copper gangues, lead gangues, zinc gangues, antimony gangues, mercury gangues, phosphate gangues, sulfur gangues, boron gangues and the like, and the fuels of industrial waste residues such as carbide slag, red mud, phosphogypsum and the like, the invention develops new energy for the human civilization, which can change the ideas and concepts of the people and lead people to know the material world from a new perspective of time and space. Moreover, the fuel can reduce the threat of energy crisis to the human civilization and extend the human civilization by thousands of years, tens of thousands of years, or hundreds of thousands of years.
Description
Technical field:
Non-coal mine fuel non-coal gangue fuel industrial waste slag fuel.Non-coal mine fuels such as aluminium ore iron ore copper mine lead ore zinc ore antimony ore phosphorus ore sulphur ore deposit boron rock, non-coal gangue fuels such as the plumbous spoil zinc of aluminium spoil iron spoil copper spoil spoil antimony spoil phosphorus spoil sulphur spoil boron spoil, industrial residue fuel such as carbide slag made form red mud, ardealite.
Background technology:
The a large amount of energy of human civilization consumption cause energy dilemma and ecocrisis, threaten human civilization existence.The chemical physics knowledge element exists individual character and general character, and there is fusion in light element hydrogen (H), and four hydrogen atoms of two hydrogen molecules nucleosynthesis take place under high-temperature and high-pressure conditions generate two helium (He) atom, discharge big energy.There is fission in heavy element uranium (U), and the uranium alpha-decay becomes thorium (Th) and helium (He), and thorium β decays into protactinium (Pa), and uranium is fissioned into xenon (Xe) and strontium (Sr) and discharged big energy under high-temperature and high-pressure conditions.And perhaps under certain condition, can exist certain variation to release energy between the neutral element, the people does not know only as yet.The uranology knowledge sun is that the hydrogen combusted element releases energy and generates the helium element in the past and now, the helium element that will burn after (about 10,000,000,000 years) protium burns in the future is expanded to red giant star and falls into oblivion the earth and sun yarn, the collapse into white dwarf star, continuing to shrink becomes the black hole, or explodes into nova.The helium element is an inert element, He-Ne argon krypton xenon radon is formed the neutral element in the cycle yarn, be called inert gas, do not chemically react with any material, character under general condition not clear, its compound height instability, but the helium element is the fuel that the sun becomes red giant star in the sun in the future.
Summary of the invention:
The invention of non-coal mine fuel non-coal gangue fuel industrial waste slag fuel proposes, new energy development theory and developmental technology of new energy resources, the theoretical and new environmental protection technology of new environment protection.Non-coal mine fuel non-coal gangue fuel industrial waste slag fuel is proposed.Non-coal mine fuel non-coal gangue fuel industrial waste slag fuel can be infiltrated in the coal in proportion and burn, or infiltrates in the coal in proportion under exciting the scavenging agent effect and burn.Non-coal mine fuels such as aluminium ore iron ore copper mine lead ore zinc ore antimony ore mercury ore phosphorus ore sulphur ore deposit boron rock are proposed, non-coal gangue fuels such as the plumbous spoil zinc of aluminium spoil iron spoil copper spoil spoil antimony spoil mercury spoil phosphorus spoil sulphur spoil boron spoil, industrial residue fuel such as carbide slag made form red mud, ardealite.Realize non-coal mine fuels such as aluminium ore iron ore copper mine phosphorus ore sulphur ore deposit, non-coal gangue fuels such as aluminium spoil iron spoil copper spoil phosphorus spoil sulphur spoil, industrial residue fuel such as carbide slag made form red mud, ardealite burn to release energy under the coal burning condition and become new forms of energy.Develop mineral fuel spoil fuel industry waste slag fuel and excite scavenging agent.The burning of low-grade aluminium ore releases energy in the waste fuel of back, and to improve 1 times at least be the higher-grade raw material of producing aluminium hydroxide to alumina content.The outer most low-grade non-coal mine fuel burning of sulphur removal ore deposit phosphorus ore fuel back grade improves 1 times at least becomes the higher-grade raw material.Non-coal gangue fuel energy such as aluminium spoil iron spoil copper spoil phosphorus spoil sulphur spoil surpass coal.Industrial residue fuel such as carbide slag made form red mud, ardealite can be infiltrated in proportion and burn in the coal, or infiltrate in the coal in proportion under exciting the scavenging agent effect and burn.It is again the main component that excites scavenging agent that phosphogypsum can be used as fuel, and mineral fuel spoil fuel industry waste slag fuel can excite scavenging agent each other.Mineral fuel spoil fuel industry waste slag fuel excites scavenging agent to promote the non-colliery non-industrial residue of coal gangue of thing to burn under the coal combustion conditions and releases energy; perhaps impelling contained material molecule of the non-industrial residue of coal gangue of non-colliery thing or atomic structure to break up to shuffle to reconfigure releases energy; Gu the solid carbon protection of sulphur environment; no toxic and harmful and material generate, can safety dumping or be lower than the environmental protection standard discharging.
Technical scheme:
1 aluminium ore fuel: aluminium ore 40% to 80% coal 20% excites scavenging agent 5% to 10% to pulverize to 60% and is mixed into fuel, and machine is made honeycomb briquet coal briquette moulded coal honeycomb fragment of brick moulded coal and fine coal, becomes civilian and industrial fuel.The burning of low-grade aluminium ore releases energy in the waste fuel of back, and to improve 1 times at least be the higher-grade raw material of producing aluminium hydroxide to alumina content.The aluminum oxide temperature of fusion is 1800 ℃ and is preserved in aluminium ore fuel, and recyclable waste fuel lixiviate aluminate is produced aluminium hydroxide.
2 phosphorus ore fuel: no industrial value low-grade phosphate ore 40% to 80% coal 20% excites scavenging agent 5% to 10% to pulverize to 60% and is mixed into fuel, and machine is made honeycomb briquet coal briquette moulded coal honeycomb fragment of brick moulded coal and fine coal, becomes civilian and industrial fuel.
3 sulphur ore deposit fuel: the low-grade sulphur of no industrial value ore deposit 40% to 80% coal 20% excites scavenging agent 5% to 10% to pulverize to 60% and is mixed into fuel, and machine is made honeycomb briquet coal briquette moulded coal honeycomb fragment of brick moulded coal and fine coal, becomes civilian and industrial fuel.
4 aluminium spoil fuel: aluminium spoil 40% to 80% coal 20% excites scavenging agent 5% to 10% to pulverize to 60% and is mixed into fuel, and machine is made honeycomb briquet coal briquette moulded coal honeycomb fragment of brick moulded coal and fine coal, becomes civilian and industrial fuel.
5 phosphorus spoil fuel: phosphorus spoil 40% to 80% coal 20% excites scavenging agent 5% to 10% to pulverize to 60% and is mixed into fuel, and machine is made honeycomb briquet coal briquette moulded coal honeycomb fragment of brick moulded coal and fine coal, becomes civilian and industrial fuel.
6 sulphur spoil fuel: sulphur spoil 40% to 80% coal 20% excites scavenging agent 5% to 10% to pulverize to 60% and is mixed into fuel, and machine is made honeycomb briquet coal briquette moulded coal honeycomb fragment of brick moulded coal and fine coal, becomes civilian and industrial fuel.
7 carbide slag fuel: carbide slag 40% to 60% coal 40% excites scavenging agent 5% to 10% to pulverize to 60% and is mixed into fuel, and machine is made honeycomb briquet coal briquette moulded coal honeycomb fragment of brick moulded coal and fine coal, becomes civilian and industrial fuel.
8 red mud fuel: red mud 40% to 60% coal 40% excites scavenging agent 5% to 10% to pulverize to 60% and is mixed into fuel, and machine is made honeycomb briquet coal briquette moulded coal honeycomb fragment of brick moulded coal and fine coal, becomes civilian and industrial fuel.
9 phosphogypsum fuel: phosphogypsum 10% to 20% coal 20% to 40% spoil 20% excites scavenging agent 5% to 10% to pulverize to 40% and is mixed into fuel, and machine is made honeycomb briquet coal briquette moulded coal honeycomb fragment of brick moulded coal and fine coal, becomes civilian and industrial fuel.
10 carbide slag red mud fuel: carbide slag 30% to 60% red mud 30% to 60% coal 10% excites scavenging agent 5% to 10% to pulverize to 40% and is mixed into fuel, and machine is made honeycomb briquet coal briquette moulded coal honeycomb fragment of brick moulded coal and fine coal, becomes civilian and industrial fuel.
11 carbide slag phosphogypsum fuel: carbide slag 30% to 60% phosphogypsum 10% to 20% coal 10% excites scavenging agent 5% to 10% to pulverize to 40% and is mixed into fuel, machine is made honeycomb briquet coal briquette moulded coal honeycomb fragment of brick moulded coal and fine coal, becomes civilian and industrial fuel.
12 made form red mud, ardealite fuel: red mud 30% to 60% phosphogypsum 10% to 20% coal 10% excites scavenging agent 5% to 10% to pulverize to 40% and is mixed into fuel, and machine is made honeycomb briquet coal briquette moulded coal honeycomb fragment of brick moulded coal and fine coal, becomes civilian and industrial fuel.
13 carbide slag made form red mud, ardealite fuel: carbide slag 20% to 60% red mud 20% to 60% phosphogypsum 10% to 20% coal 10% excites scavenging agent 5% to 10% to pulverize to 40% and is mixed into fuel, machine is made honeycomb briquet coal briquette moulded coal honeycomb fragment of brick moulded coal and fine coal, becomes civilian and industrial fuel.
The combustion experiment report:
Press GB6412 one 86 civilian coals and stove and accessory testing method, compare evaporation experiment, evaporating pan diameter 16cm, water 6000lm.
1 aluminium ore fuel: aluminium ore 70% coal 25% excites scavenging agent 5% grinder-mixer to make honeycomb briquet, the moulded coal specification: diameter 118mm * high 60mm 16 holes, weight in wet base: 0.70kg, (moisture content 5%) burn in the domestic honeycomb coal stove (no chimney does not have air blast).
2 contrast moulded coal fuel: coal 30% yellow mud 70%, machine is made honeycomb briquet, the moulded coal specification: diameter 118mm * high 60mm 16 holes, weight in wet base: 0.70kg, (moisture content 5%) burn in the domestic honeycomb coal stove (no chimney does not have air blast).
3 aluminium spoil fuel: aluminium spoil 70% coal 25% excites scavenging agent 5% grinder-mixer to make honeycomb briquet, the moulded coal specification: diameter 118mm * high 60mm 16 holes, weight in wet base: 0.70kg, (moisture content 5%) burn in the domestic honeycomb coal stove (no chimney does not have air blast).
4 phosphorus spoil fuel: phosphorus spoil 70% coal 25% excites scavenging agent 5% grinder-mixer to make honeycomb briquet, the moulded coal specification: diameter 118mm * high 60mm 16 holes, weight in wet base: 0.70kg, (moisture content 5%) burn in the domestic honeycomb coal stove (no chimney does not have air blast).
5 sulphur spoil fuel: sulphur spoil 70% coal 25% excites scavenging agent 5% grinder-mixer to make honeycomb briquet, moulded coal specification: diameter 118mm * high 60mm 16 holes, weight in wet base: 0.7%0kg, (moisture content 5%) in the domestic honeycomb coal stove, burn (no chimney does not have air blast).
6 carbide slag fuel: carbide slag 50% coal 45% excites scavenging agent 5% to pulverize the machine of being mixed into and makes honeycomb briquet, moulded coal specification: diameter 118mm * high 60mm 16 holes, weight in wet base: 0.70kg, (moisture content 5%) in the domestic honeycomb coal stove, burn (no chimney does not have air blast).
7 red mud fuel: red mud 50% coal 45% excites scavenging agent 5% to pulverize the machine of being mixed into and makes honeycomb briquet, the moulded coal specification: diameter 118mm * high 60mm 16 holes, weight in wet base: 0.70kg, (moisture content 5%) burn in the domestic honeycomb coal stove (no chimney does not have air blast).
8 phosphogypsum spoil fuel: phosphogypsum 15% coal 40% spoil 40% excites scavenging agent 5% to pulverize the machine of being mixed into and makes honeycomb briquet, moulded coal specification: diameter 118mm * high 60mm 16 holes, weight in wet base: 0.70kg, (moisture content 5%) in the domestic honeycomb coal stove, burn (no chimney does not have air blast).
9 carbide slag red mud fuel: carbide slag 30% red mud 30% coal 35% excites scavenging agent 5% to pulverize the machine of being mixed into and makes honeycomb briquet, moulded coal specification: diameter 118mm * high 60mm 16 holes, weight in wet base: 0.70kg, (moisture content 5%) in the domestic honeycomb coal stove, burn (no chimney does not have air blast).
10 carbide slag made form red mud, ardealite fuel: carbide slag 25% red mud 25% phosphogypsum 15% coal 30% excites scavenging agent 5% to pulverize the machine of being mixed into and makes honeycomb briquet, moulded coal specification: diameter 118mm * high 60mm 16 holes, weight in wet base: 0.70kg, (moisture content 5%) in the domestic honeycomb coal stove, burn (no chimney does not have air blast).
The burning result:
1 aluminium ore fuel: aluminium ore 70% coal 25% excites scavenging agent 5% grinder-mixer system honeycomb briquet burn (no chimney does not have air blast) in the domestic honeycomb coal stove.The clinkering of sufficient combustion coal core white hot coal slag is Gu the solid carbon effect of sulphur is obvious.Loss on ignition 0.45kg, the easy difficulty of lighting a fire 15 minutes is got angry 25 minutes time, 83 minutes very hot oven time, the available 122 minutes time of fire, 6000lm evaporated quantity of water 2300ml, the highest flame 35cm, flame duration 1.6 hours, no coal smoke and perverse nose smell, no toxic and harmful discharging, residue does not contain poisonous objectionable impurities, can safety dumping, some metal content also has industry to refine to be worth.
2 contrast moulded coal fuel: coal 30% yellow mud 70% machine-processed honeycomb briquet in the domestic honeycomb coal stove, burn (no chimney does not have air blast).It is insufficient to burn, coal heart redness, and not clinkering of cinder does not have the solid carbon effect of solid sulphur.Loss on ignition 0.15kg, the easy difficulty of lighting a fire 20 minutes is got angry 27 minutes time, 70 minutes very hot oven time, the available 85 minutes time of fire, 6000lm evaporated quantity of water 675ml, the highest flame 30cm, flame duration 30 minutes has coal smoke and perverse nose smell.
3 aluminium spoil fuel: aluminium spoil 70% coal 25% excites scavenging agent 5% grinder-mixer system honeycomb briquet burn (no chimney does not have air blast) in the domestic honeycomb coal stove.The clinkering of sufficient combustion coal core white hot coal slag, Gu the solid carbon effect of sulphur is obvious, no coal smoke and perverse nose smell, no toxic and harmful discharging, residue does not contain poisonous objectionable impurities, can safety dumping, some metal content also has industry to refine value, and energy is above coal.
4 phosphorus spoil fuel: phosphorus spoil 70% coal 25% excites scavenging agent 5% grinder-mixer system honeycomb briquet burn (no chimney does not have air blast) in the domestic honeycomb coal stove.The clinkering of sufficient combustion coal core white hot coal slag, Gu the solid carbon effect of sulphur is obvious, no coal smoke and perverse nose smell, no toxic and harmful discharges, and residue does not contain poisonous objectionable impurities, can safety dumping, energy is above coal.
5 sulphur spoil fuel: sulphur spoil 70% coal 25% excites scavenging agent 5% grinder-mixer system honeycomb briquet burn (no chimney does not have air blast) in the domestic honeycomb coal stove.The clinkering of sufficient combustion coal core white hot coal slag, Gu the solid carbon effect of sulphur is obvious, no coal smoke and perverse nose smell, no toxic and harmful discharges, and residue does not contain poisonous objectionable impurities, can safety dumping, energy is above coal.
6 carbide slag fuel: carbide slag 50% coal 45% excites scavenging agent 5% to pulverize the machine of being mixed into and make honeycomb briquet burn (no chimney does not have air blast) in the domestic honeycomb coal stove.The clinkering of sufficient combustion coal core white hot coal slag, Gu the solid carbon effect of sulphur is obvious, no coal smoke and perverse nose smell, no toxic and harmful discharging, residue does not contain poisonous objectionable impurities, can safety dumping.
7 carbide slag red mud fuel: carbide slag 30% red mud 30% coal 35% excites scavenging agent 5% to pulverize the machine of being mixed into and make honeycomb briquet burn (no chimney does not have air blast) in the domestic honeycomb coal stove.The clinkering of sufficient combustion coal core white hot coal slag, Gu the solid carbon effect of sulphur is obvious, no coal smoke and perverse nose smell, no toxic and harmful discharging, residue does not contain poisonous objectionable impurities, can safety dumping.
Experimental analysis:
1 aluminium ore fuel mechanism honeycomb briquet: aluminium ore fuel mechanism honeycomb briquet, aluminium ore 70% coal 25% excites scavenging agent 5% grinder-mixer to make honeycomb briquet, moulded coal specification: diameter 118mm * high 60mm 16 holes, weight in wet base: 0.70kg, not (moisture content 5%) under domestic honeycomb coal stove combustion conditions, burn (no chimney does not have air blast), the solid carbon effect of the solid sulphur of sufficient combustion coal core white hot coal slag clinkering is obvious, and loss on ignition is 0.45kg.Moulded coal weight in wet base 0.70kg, moisture content 5% is 0.035kg, moulded coal dry weight 0.665kg, coal 30% is 0.1995kg, and ash 30% is 0.05985kg in the coal, and flammable composition 70% is 0.13965kg in the coal.Loss on ignition is 0.45kg, illustrates to also have other flammable composition of 0.31035kg to participate in burning in coal the flammable composition 0.13965kg, discharges big energy.The clinkering of coal core white hot coal slag illustrates that temperature of combustion is 1300 ℃ to 1350 ℃.
2 contrast mechanism's honeycomb briquets: contrast mechanism's honeycomb briquet, burning (no chimney does not have air blast) in the domestic honeycomb coal stove, it is insufficient to burn, coal heart redness, not clinkering of cinder does not have the solid carbon effect of solid sulphur, and loss on ignition is 0.15kg.Moulded coal weight in wet base 0.70kg, moisture content 5% is 0.035kg, moulded coal dry weight 0.665kg, coal 30% is 0.1995kg, flammable composition 70% is 0.13965kg in the coal.Loss on ignition 0.15kg, illustrating only has other organic component of 0.01035kg to participate in burning, the finite energy of release in coal the flammable composition 0.13965kg.Red not clinkering of the cinder explanation of coal heart temperature of combustion is 800 ℃ to 950 ℃.
3 civil aircraft production of shaped coal or anthracite block coals: coal 70% yellow clay 30%, or coal 80% yellow clay 20%, or coal 90% yellow clay 10%, or anthracite block coal, burning (no chimney does not have air blast) under domestic honeycomb coal stove combustion conditions, temperature does not reach 1300 ℃ of the fritted whiteglows of coal core white hot coal slag (1535 ℃ of iron temperature of fusion).The moulded coal steam output is respectively: 1575ml 1800ml 2025ml.
Experiment conclusion:
Having other high energy composition to participate in burning in the aluminium ore fuel releases energy.
Beneficial effect:
The invention of non-coal mine fuel non-coal gangue fuel industrial waste slag fuel proposes, new energy development theory and developmental technology of new energy resources, the theoretical and new environmental protection technology of new environment protection.Non-coal mine fuel non-coal gangue fuel industrial waste slag fuel is proposed.Non-coal mine fuel non-coal gangue fuel industrial waste slag fuel can be infiltrated in the coal in proportion and burn, or infiltrates in the coal in proportion under exciting the scavenging agent effect and burn.Non-coal mine fuels such as aluminium ore iron ore copper mine lead ore zinc ore antimony ore mercury ore phosphorus ore sulphur ore deposit boron rock are proposed, non-coal gangue fuels such as the plumbous spoil zinc of aluminium spoil iron spoil copper spoil spoil antimony spoil mercury spoil phosphorus spoil sulphur spoil boron spoil, industrial residue fuel such as carbide slag made form red mud, ardealite.Realize non-coal mine fuels such as aluminium ore iron ore copper mine phosphorus ore sulphur ore deposit, non-coal gangue fuels such as aluminium spoil iron spoil copper spoil phosphorus spoil sulphur spoil, industrial residue fuel such as carbide slag made form red mud, ardealite burn to release energy under the coal burning condition and become new forms of energy.Develop mineral fuel spoil fuel industry waste slag fuel and excite scavenging agent.The burning of low-grade aluminium ore releases energy in the waste fuel of back, and to improve 1 times at least be the higher-grade raw material of producing aluminium hydroxide to alumina content.The outer most low-grade non-coal mine fuel burning of sulphur removal ore deposit phosphorus ore fuel back grade improves 1 times at least becomes the higher-grade raw material.Surpass coal at non-coal gangue fuel energy such as exciting under the scavenging agent effect aluminium spoil iron spoil copper spoil phosphorus spoil sulphur spoil.Industrial residue fuel such as carbide slag made form red mud, ardealite can be infiltrated in proportion and burn in the coal, or infiltrate in the coal in proportion under exciting the scavenging agent effect and burn.It is again the main component that excites scavenging agent that phosphogypsum can be used as fuel, and mineral fuel spoil fuel industry waste slag fuel can excite scavenging agent each other.Mineral fuel spoil fuel industry waste slag fuel excites scavenging agent can promote the non-colliery non-industrial residue of coal gangue of thing to burn under the coal combustion conditions and releases energy; perhaps impelling contained material molecule of the non-industrial residue of coal gangue of non-colliery thing or atomic structure to break up to reconfigure releases energy; Gu the solid carbon protection of sulphur environment; no toxic and harmful and material generate, can safety dumping or be lower than the environmental protection standard discharging.Non-coal mine fuel non-coal gangue fuel industrial waste slag fuel, for human civilization is developed the new forms of energy treasure-house, reduce the exploitation and the consumption of fossil oils such as coal stone oil Sweet natural gas, for exploring, the human knowledge launches new space-time, people's thinking and idea will be changed, from the new space-time field understanding material world.Feasible solution removes the prestige association of energy crisis to human civilization, can prolong human civilization several thousand several ten thousand years or hundreds of thousands of year.
Embodiment:
Example 1 aluminium ore fuel: aluminium ore 60% coal 35% excites scavenging agent 5% to pulverize the mixing composition.
Example 2 phosphorus ore fuel: phosphorus ore 60% coal 35% excites scavenging agent 5% to pulverize the mixing composition.
Example 3 sulphur ore deposit fuel: sulphur ore deposit 60% coal 35% excites scavenging agent 5% to pulverize the mixing composition.
Example 4 aluminium spoil fuel: aluminium spoil 70% coal 25% excites scavenging agent 5% to pulverize the mixing composition.
Example 5 phosphorus spoil fuel: phosphorus spoil 70% coal 25% excites scavenging agent 5% to pulverize the mixing composition.
Example 6 sulphur spoil fuel: sulphur spoil 70% coal 25% excites scavenging agent 5% to pulverize the mixing composition.
Example 7 carbide slag fuel: carbide slag 50% coal 45% excites scavenging agent 5% to pulverize the mixing composition.
Example 8 red mud fuel: red mud 50% coal 45% excites scavenging agent 5% to pulverize the mixing composition.
Example 9 phosphogypsum spoil fuel: phosphogypsum 15% coal 40% spoil 40% excites scavenging agent 5% to pulverize the mixing composition.
Example 10 carbide slag red mud fuel: carbide slag 30% red mud 30% coal 35% excites scavenging agent 5% to pulverize the mixing composition.
Example 11 carbide slag phosphogypsum fuel: carbide slag 30% phosphogypsum 30% coal 35% excites scavenging agent 5% to pulverize and is mixed into.
Example 12 made form red mud, ardealite fuel: red mud 30% phosphogypsum 30% coal 35% excites scavenging agent 5% to pulverize the mixing composition.
Example 13 carbide slag made form red mud, ardealite fuel: carbide slag 25% red mud 25% phosphogypsum 15% coal 30% excites scavenging agent 5% to pulverize the mixing composition.
Claims (1)
1 non-coal mine fuel non-coal gangue fuel industrial waste slag fuel invent its hold levy into: new energy development theory and developmental technology of new energy resources are proposed, the theoretical and new environmental protection technology of new environment protection; Non-coal mine fuel non-coal gangue fuel industrial waste slag fuel is proposed; Non-coal mine fuel non-coal gangue fuel industrial waste slag fuel can be infiltrated in the coal in proportion and burn, or infiltrates in the coal in proportion under exciting the scavenging agent effect and burn; Phosphogypsum is the main component that excites scavenging agent, and non-coal mine fuel non-coal gangue fuel industrial waste slag fuel can excite scavenging agent each other; Aluminium ore fuel is proposed, iron ore fuel, copper mine fuel, lead ore fuel, zinc ore fuel, antimony ore fuel, mercury ore fuel, phosphorus ore fuel, sulphur ore deposit fuel, non-coal mine fuels such as boron rock fuel; Aluminium spoil fuel, iron spoil fuel, copper spoil fuel, plumbous spoil fuel, zinc spoil fuel, antimony spoil fuel, mercury spoil fuel, phosphorus spoil fuel, sulphur spoil fuel, non-coal gangue fuels such as boron spoil fuel; Carbide slag fuel, red mud fuel, phosphogypsum fuel, carbide slag red mud fuel, carbide slag phosphogypsum fuel, made form red mud, ardealite fuel, industrial residue fuel such as carbide slag made form red mud, ardealite fuel; Realize non-coal mine fuels such as aluminium ore iron ore copper mine phosphorus ore sulphur ore deposit, non-coal gangue fuels such as aluminium spoil iron spoil copper spoil phosphorus spoil sulphur spoil, industrial residue fuel such as carbide slag made form red mud, ardealite burn to release energy under the coal burning condition and become new forms of energy.
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| CNA2008101794188A CN101407737A (en) | 2008-11-20 | 2008-11-20 | Non-coal mine fuel non-coal gangue fuel industrial waste slag fuel |
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| CNA2008101794188A CN101407737A (en) | 2008-11-20 | 2008-11-20 | Non-coal mine fuel non-coal gangue fuel industrial waste slag fuel |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102173625A (en) * | 2011-03-03 | 2011-09-07 | 万载县金洲化工厂 | Method for preparing building materials and fuel from coal gangue, and application |
| CN102517116A (en) * | 2011-11-22 | 2012-06-27 | 冯恩福 | Dimerization fuel |
| CN103409197A (en) * | 2013-08-16 | 2013-11-27 | 聚合绿能科技发展（北京）有限公司 | Polymerization addition material capable of partially substituting coal as well as preparation method and application thereof |
| CN104277885A (en) * | 2014-10-24 | 2015-01-14 | 冯恩福 | Carbide slag polymerization fuel and derivative fuel thereof |
| CN113698972A (en) * | 2021-08-31 | 2021-11-26 | 内蒙古鑫泓庆能源科技发展有限公司 | Low-cost industrial and agricultural waste byproduct combined square honeycomb briquette fuel |
-
2008
- 2008-11-20 CN CNA2008101794188A patent/CN101407737A/en active Pending
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102173625A (en) * | 2011-03-03 | 2011-09-07 | 万载县金洲化工厂 | Method for preparing building materials and fuel from coal gangue, and application |
| CN102173625B (en) * | 2011-03-03 | 2012-10-17 | 万载县金洲化工厂 | Method for preparing building materials and fuel from coal gangue, and application |
| CN102517116A (en) * | 2011-11-22 | 2012-06-27 | 冯恩福 | Dimerization fuel |
| CN102517116B (en) * | 2011-11-22 | 2014-07-16 | 冯恩福 | Dimerization fuel |
| CN103409197A (en) * | 2013-08-16 | 2013-11-27 | 聚合绿能科技发展（北京）有限公司 | Polymerization addition material capable of partially substituting coal as well as preparation method and application thereof |
| CN104277885A (en) * | 2014-10-24 | 2015-01-14 | 冯恩福 | Carbide slag polymerization fuel and derivative fuel thereof |
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