| 摘要 |
Process for obtaining a reagent combustible for mixing with other combustibles comprising a bio-combustible or an additive related to the field of bi-combustible chemistry and unlikely the bi-combustible and additives found in the market does not become degraded itself and does not degrade the motor components; further, it is a universal combustible or additive, that is, it can mixed with any other combustible either biological, fossil and mineral. Said combustible or said additive for use with explosion motors is produced from sunflower refined oil or any other type of vegetal or seaweed oil preferably without conservatives and uses as reagents the following components: ethyl alcohol 96° GL (93.8° INPM) or 95.3° GL (92.8° INPM), ethyl alcohol 77° GL (70° INPM), sodium hydroxide NaOH (97%), boric acid H3BO3 (99.7% min.), hydrochloric acid HCL, purified or distilled water. The process uses the following reagents generally referred to as reagent R1 Ethyl alcohol 70° INPM (77° GL 286 g (two hundred eighty-six grams) with a variation of 30% (thirty percent) upper or lower and NaOH and so on as described in the patent application specification. |
| 主权项 |
1. Process for obtaining a reagent combustible for mixing with other combustibles provides a bio-combustible or an additive that differently from the bio-combustible and additives now found in the market does not become degraded itself and does not degrade the engine components and yet is universal, that is, it may be mixed with any other combustible either biological, fossil or mineral; it is characterized in that it is a combustible or additive for explosion motors to be produced from refined sunflower oil or any other type of vegetable oil or from seaweeds preferably without conservatives and using as reagents the following components: ethyl alcohol 96° GL (93.8° INPM) or 95,3° GL (92,8° INPM) at 20° C.; Ethyl alcohol 77° GL (70° INPM) under 20° C.; sodium hydroxide NaOH (97%); boric acid H3BO3 (min. 99.7%); hydrochloric acid HCL; distilled or purified water; the process for obtaining a reagent combustible for mixing combustibles uses the following reagents generally referred to as: reagent R1 ethyl alcohol 70° INPM (77° GL) 286 g (two hundred eighty-six grams) with a variation of thirty percent (30%) and 14.85 g NaOH (fourteen dot eighty-five grams) with a variation of thirty percent (30%) upper or lower; reagent R2 1200 g (one thousand two hundred grams) ethyl alcohol 93.8° INPM (96° GL) with a variation of fifty percent (50%) and 22 g (twenty-two grams) NaOH with a variation of twenty percent (20%) upper or lower; reagent R3 110 g H3BO3 (one hundred ten grams) with a variation of 30% upper or lower; reagent RN 5 g HCL with a variation of one hundred percent (100%) or just twenty percent (20%) minus and one thousand grams (1000 g) of purified water with a variation of one hundred percent (100%) upper or just twenty percent (20%) minus. |
