JP2949269B2 - Manufacturing method of ceramics for improving the combustion efficiency of petroleum and reducing exhaust gas - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for converting a molecular group of petroleum hydrocarbons into a small group to improve combustion efficiency and to reduce CO ₂ and NOx end-burning carbides in exhaust gas. The present invention relates to a method for producing a ceramic for improving the combustion efficiency of petroleum.

[0002]

2. Description of the Related Art Conventionally, this kind of petroleum is a petroleum hydrocarbon liquid. This hydrocarbon is not a single molecule of individual molecules and is aggregated. Alternatively, one hundred or more molecules are hydrogen-bonded to each other to form one lump and form a molecular population. Research and experiments have confirmed that small molecular populations can be formed by cutting hydrogen-bonded chains to make these molecular populations smaller. I have. Various experiments have confirmed that when the molecular population is reduced in this way, it becomes easy to be combined with oxygen, the combustion efficiency is increased, and the CO ₂ , NOx, and end-burning carbides in the exhaust gas are also significantly reduced. .

Further, conventional products for improving the combustion efficiency of petroleums include a method of irradiating petroleum with magnetic field lines, a method of irradiating far-infrared rays, and a method of radiating far-infrared rays to the air to generate oxygen atoms. Various products have been developed to increase combustion efficiency by vibration.However, this method is too expensive and is good for things like automobiles, but it is said that it can not be used for other combustion equipment. There are drawbacks. The conventional products as described above have low economic efficiency, and the fuel saving as energy saving is 3% to 5%.
There is almost no change in exhaust gas and diesel vehicle exhaust gas.

[0004] In addition, studies have been made to reduce exhaust gas using a zeolite mineral, but there is a lack of sustainability that the replacement must be performed in about one month.

[0005]

DISCLOSURE OF THE INVENTION The present invention has been made in view of the above-mentioned conventional circumstances. In order to reduce the molecular population of petroleum, a high capacity of far-infrared ray and cation exchange capacity is required. It has been found that the molecular population is reduced by a method of contacting or mixing petroleum with a substance having magnetic field lines, laser light, or the like, or by irradiation. Further, the present invention provides that, in order to increase the economic efficiency, each powder of zeolite minerals or the like is formed into a spherical shape and then fired to form a ceramic, which can be used in contact with petroleum, or can be used repeatedly by filtration or passage. It is the intended purpose.

[0006]

In order to achieve the above object, according to the method for producing a ceramic of the present invention, zeolite mineral powder, silica, alumina, a clay mineral containing an alkaline earth metal, zinc oxide The combustion efficiency is improved by baking a spherical body obtained by mixing six types of powders with magnesium oxide powder in an electric furnace to improve CO ₂ and NO ₂ emissions.
x, characterized by a method of producing a ceramic which significantly reduces combustion carbides.

[0007]

Next, in the method for producing a ceramic used in petroleum and the like according to the present invention, a natural zeolite mineral is used, which is turned into a powder and processed into a powder form. Also, silicon dioxide (silica) is made into a powder and processed into a powder form. next,
Alumina is also powdered and processed into a powder form. The clay containing the alkaline earth metal is processed into a powder. Further, magnesium oxide is powdered and processed into a powder form. Finally, the zinc oxide powder is processed into a powder. Each of the above-mentioned six types of powdered minerals is calcined at 500 ° C. for 60 minutes. The mixing ratio of premixing each of these six kinds of powders is as follows. 1. 1. Natural zeolite mineral powder 40% 2. Powder of silicon dioxide (silica) 5% 3. Alumina powder 15% 4. Clay mineral containing alkaline earth metal 5% 5. Powder of zinc oxide 15% Magnesium oxide 20% A mixture of the above proportions is processed into a spherical shape having a predetermined size, and is heated and fired in an electric furnace. The heating time and temperature will first heat treatment between 5:00 at 650 ° C., in and then raised sequentially temperature state of being raised to gradually 950 ° C. 24
Firing is performed while maintaining the temperature for a time. A ceramic is produced by the above-mentioned process, and the ceramic is used in a state of being filtered or contacted with petroleum, so that the combustion efficiency is remarkably improved and an unnecessary exhaust gas is reduced to achieve an intended purpose.

[0008]

As described above, the use of the spherical ceramic according to the production method of the present invention for petroleum used in vehicles is repeatedly performed by filtering and passing the petroleum, so that the combustion efficiency is remarkably improved. CO ₂ and N in exhaust gas
The effect of reducing the end burnt carbides of O _x , natural zeolite mineral powder 40 %, silica 5% , alumina powder
15% clay mineral powder containing alkaline earth metal 5
% , Each of 20% magnesium oxide and 15% zinc oxide
Six kinds of powders, which were baked at 500 ° C. for 60 minutes, were mixed and formed into a spherical shape.
In Watari and connexion calcined between 5:00, until then slowly 950 ° C.
By performing the baking treatment for 24 hours in the raised state, it is sufficiently hardened and toughened, and a strong sphere having a large surface area is formed. Also, this spherical shape
Since ceramics are mainly made of natural zeolite powder,
This powder is inexpensive and easily available, and is especially
Have been shown to improve combustion efficiency and reduce emissions.
There are excellent effects that can be achieved. And this spherical shape
Using a ceramic that has been damaged can cause long-term damage.
Without Rukoto, and is completely burned by compounds without fully Amane by the population of molecules in a small population oxygen for petroleum, the effect of the large energy obtained from the combustion time is extended for CO ₂ and NO _x There is an excellent effect that the absolute amount is reduced and the exhaust gas concentration is significantly reduced. Furthermore,
This ceramic also has the effect of reducing the amount of exhaust gas since the amount of oxygen required for combustion is also reduced by about 20%. Also,
In the case of using petroleum, a very good effect can be obtained by putting about 5% by weight in petroleum or filtering petroleum as a filter medium.

[0009]

[Experimental Example 1] Next, Table 1 shows a test table when the ceramic of the present invention is used for running gasoline of a vehicle.

[0010]

[Table 1]

Next, the ceramics of the present invention will be referred to as Toyota Cress.
Table 2 shows a running test table of the vehicle when used in a diesel 2400cc diesel turbo .

[0012]

[Table 2]

Continuation of front page (58) Field surveyed (Int.Cl. ⁶ , DB name) C04B 35/00

Claims (1)

(57) [Claims] 1. A natural zeolite mineral powder 40%,
Silicon dioxide (silica) powder 5%, alumina powder 1
5%, clay mineral powder containing alkaline earth metal 5%
And powder of 15% of zinc oxide and 20% of magnesium oxide each of which is calcined at 500 ° C. for 60 minutes to form a spherical shape. Is calcined at 650 ° C. for 5 hours,
A method for producing a ceramic for improving the combustion efficiency of petroleum and reducing exhaust gas, characterized in that it is calcined for 24 hours at a temperature raised to 0 ° C.