KR20030010051A - The manufacturing method of additive for perfect combusion - Google Patents

Abstract

PURPOSE: A method for manufacturing fuel additive for complete combustion of vehicle using fermentation is provided to decrease fuel consumption due to incomplete combustion by keeping fuel at stable state and increasing ignitability of fuel. CONSTITUTION: The method comprises the steps of mixing raw materials of 10% of coral reed powder, 5 % of chitosan powder, 1 % of ferrous chloride, 84 % of vermiculite; spraying 20 gram of the prepared mixture to 1 square meter surface area of bamboo field followed by fermentation for 10 to 15 days; dissolving 10 gram of white spread fermented surface soil to 1 liter of isopropyl alcohol followed by separation into undiluted chemical and sediments; cultivating the undiluted chemical at cultivation room for 48 hours followed by pouring into bottle; mixing the undiluted chemical with diesel oil or gasoline separately at a ratio of 500 : 1 of diesel to undiluted chemical or 500 : 1 of gasoline to undiluted chemical followed by magnetic agitation and fermentation before maturing.

Description

The manufacturing method of additive for perfect combusion using fermentation method

The present invention relates to a method for producing a complete combustion additive for a vehicle using a fermentation method, and in particular, a stock solution (bacteria) extracted from marine microorganisms is cultured through a series of steps, and then the stock solution is mixed with a general fuel in a predetermined ratio as an additive. After manufacturing, this additive keeps the fuel in the most stable state and increases the ignition to induce complete combustion, thereby suppressing the fuel consumption of incomplete combustion, thereby saving fuel and increasing output to maximize fuel savings. It relates to a method for producing a vehicle complete combustion additive using a fermentation method.

In general, the gasoline engine in the fuel (petrol and diesel) used in the vehicle has already been mixed with the accelerator pedal as the constant of the ECU, and the error of the mixing ratio due to the exhaust temperature of the outside air is compensated by some sensors.

At this time, the 02 sensor for the final correction detects the presence of oxygen in the exhaust gas, and the fuel injection amount is spontaneously. When oxygen is detected, the fuel is recognized as a fuel shortage, and the fuel is increased. It is.

However, although engines have a small amount of incompletely burned fuel components together with oxygen in the exhaust, the ECU increases fuel even when only oxygen is detected, which increases fuel loss.

Therefore, in recent years, additives made of chemicals have been devised, and there is an advantage in that the fuel efficiency can be reduced by increasing the combustion efficiency to some extent by using such chemical additives, but conventional additives are made of chemicals, thereby increasing air pollution. There was a problem to make.

Therefore, the object of the present invention was devised in view of the conventional problems as described above, and the stock solution extracted from the marine microorganism is cultured through a series of steps, and then the stock solution is mixed with the general fuel at a constant ratio to prepare an additive. Then, this additive keeps the fuel in the most stable state and increases the ignition so as to induce complete combustion, thereby suppressing the fuel consumption of incomplete combustion, thereby saving fuel and increasing output to maximize fuel saving. It is to provide a method for producing a vehicle complete combustion additive using a fermentation method.

As a means for achieving the above object, the present invention, after preparing coral reef powder, chitosan powder, ferrous chloride, vermiculite, respectively, prepared coral reef powder 10%, chitosan powder 5%, ferrous chloride 1%, vermiculite Raw material mixing step of mixing at a certain rate of 84%,

Fermentation step of evenly spraying about 20g of the mixed powder obtained through the raw material mixing process on the soil surface per 1m ^{2 of the} beach bamboo field, fermentation for 10 to 15 days,

When the soil surface becomes white and fermented through the fermentation process, the fermentation process selects only the fermented part and dissolves 10 g of fermented soil per liter of isopurophil alcohol for about 5 hours to separate the stock solution and the residue.

The wastes generated during separation are discarded, and the stock solution is incubated for 48 hours in a culture room, and the stock solution is stored in a bottle.

The stock solution obtained through the stock extraction process is separately mixed with gas oil or gasoline used as a vehicle fuel, which is a step of producing an additive sufficiently matured in a state of magnetization stirring and fermentation at a suitable ratio of gas oil 500: stock solution 1 or gasoline 500: stock solution 1. ,

The additives produced and manufactured by the additives in turn are packaged in a container and sold on the market as basic characteristics of the technical configuration.

Hereinafter, described in more detail with reference to a preferred embodiment of the present invention.

(Example)

First, in order to manufacture additives used for complete combustion when driving a vehicle, a mixture of a stock solution consisting of coral reef powder, chitosan powder, ferrous chloride, and vermiculite is mixed with a predetermined ratio of diesel oil or gasoline, and magnetized stirring. And fermentation results in a fully aged additive.

The above-mentioned complete combustion promoting additives for vehicles are prepared through additive mixing step-fermentation step-stock solution separation step-stock solution extraction step-additive manufacturing step, and the additive is manufactured and sold in the market after packing the additives. The ratio of undiluted solution prepared by the method is determined by combining the contents obtained through various experiments.

Undiluted compounding ratio Material Name Proper ratio (WT%) Coral Reef Powder 9 to 11 Chitosan Powder 4 to 6 Ferrous chloride 0.9 to 1.1 Vermiculite 80 to 88

Material Name Optimal maintenance ratio (WT%) Coral Reef Powder 10 Chitosan Powder 5 Ferrous chloride One Vermiculite 84

The mixing ratio of the undiluted solution is determined by the selection of the ratio and the material suitable for the average vehicle, but it is clear that the ratio can be changed depending on the situation, and the method of manufacturing an additive for completely burning the vehicle as described above. This is as follows.

Raw material mixing step,

Coral reef powder, chitosan powder, ferrous chloride and vermiculite are prepared, respectively, and then mixed at a predetermined ratio of prepared coral reef powder 10%, chitosan powder 5%, ferrous chloride 1% and vermiculite 84%.

Fermentation stage,

Spread about 20g of mixed powder obtained through raw material mixing process on the soil surface per 1m ^{2 of} bamboo beach on the beach and fermented for 10 to 15 days.

Stock solution separation step,

If the soil surface becomes white and fermented through the fermentation process, select only the fermented part and dissolve 10 g of fermented soil per liter of isoprofil alcohol for about 5 hours and separate it into the stock solution and the residue.

Extraction step,

Discard any debris generated during separation and incubate for 48 hours in a culture room before storing them in bottles.

Additive manufacturing step,

The stock solution obtained through the stock extraction process is separately mixed with gas oil or gasoline used as a vehicle fuel, which is sufficiently aged in the state of magnetization stirring and fermentation at an appropriate ratio of gas oil 500: stock solution 1 or gasoline 500: stock solution 1.

After the aging additives are packaged in a container, they can be sold on the market.

When the above additives were added to the vehicle and not added, the exhaust gas and fuel efficiency of the vehicle were requested to the Korea Institute of Energy Research (Document No .: 600-1708).

Metric Before addition After addition Average value before addition Average value after addition Change rate (%) 1st 2nd 3rd 1st 2nd 3rd CO (g / km) 1.090 1.100 1.050 0.820 0.760 0.700 1.080 0.760 -29.6 THC (g / km) 0.131 0.132 0.125 0.119 0.115 0.111 0.129 0.115 -11.1 NOx (g / km) 0.209 0.189 0.199 0.213 0.199 0.215 0.199 0.209 5.0 CO ₂ (g / km) 216.1 215.6 217.6 216.7 215.5 215.9 216.4 216.0 -0.2 Fuel Consumption (km / L) 10.74 10.76 10.67 10.73 10.79 10.78 10.72 10.77 0.4

Test condition: Constant temperature 24 ℃, Humidity relative humidity 60%

Test vehicle: Sonata II 1.8

As described above, CO, TCH, CO ₂ in the exhaust gas is reduced after addition than before addition, NOX is increased, it can be seen that the fuel economy is increased 0.4 after addition than before addition.

Therefore, the use of additives completely suppresses the unburnt emission of fuel molecules in advance, so that the 02 sensor no longer indicates an insignificant increase in fuel, thereby saving fuel.

As described above, according to the present invention, the stock solution extracted from the marine microorganism is incubated through a series of steps in sequence, and then the stock solution is mixed with a general fuel at a predetermined ratio to prepare an additive, and then the fuel is added by this additive. By maintaining a stable state and increasing the ignition to induce complete combustion to suppress the fuel consumption that generates incomplete combustion, it is possible to save fuel and increase the power as much as possible by saving power.

The present invention has been described above with reference to specific preferred embodiments, but the present invention is not limited to the above embodiments and various changes and modifications may be made by those skilled in the art without departing from the gist of the present invention. Make sure you can.

Claims (1)

After preparing the coral reef powder, chitosan powder, ferrous chloride, vermiculite, respectively, mixing the raw material prepared by mixing the coral reef powder 10%, chitosan powder 5%, ferrous chloride 1%, vermiculite 84%; Fermentation step of evenly spraying about 20g of the mixed powder obtained through the raw material mixing process on the soil surface per 1m ^{2 of the} beach bamboo field and fermentation for 10 to 15 days; When the soil surface is white and fermented through the fermentation process, only the fermented part is selected and the stock solution separation step of separating 10 g of fermented soil per liter of isopuropil alcohol for about 5 hours to separate the stock solution and the residue; Wastes generated during separation are discarded and the stock solution is incubated for about 48 hours in a culture room, and then the stock solution is stored in a bottle; The stock solution obtained through the stock extraction process is separately mixed with gas oil or gasoline used as a vehicle fuel, which is a step of producing an additive sufficiently matured in a state of magnetization stirring and fermentation at a suitable ratio of gas oil 500: stock solution 1 or gasoline 500: stock solution 1. ; Additives manufactured and manufactured with additives while passing through the vehicle are completely packaged in a container and then sold on the market.