JP2010090233A5 - - Google Patents

Claims (24)

  A tank for storing the liquid to be emulsified inside, and the liquid in the tank, and emulsifying the liquid by ejecting the liquid from the discharge port at a distance within 10 cm with respect to the wall surface in the tank A mixing nozzle for mixing the liquid in the tank, and stirring for mixing the liquid in the tank by injecting the liquid injected from the injection port toward the liquid in the tank A nozzle, a circulation path that communicates one end with the inside of the tank, and communicates the other end with the mixing nozzle and the stirring nozzle, and is provided in the middle of the circulation path, and the liquid in the space is An emulsification promoting device for an emulsion fuel, comprising: a mixing nozzle; and a transfer means for moving the nozzle toward the stirring nozzle.   2. The emulsion fuel emulsification promoting apparatus according to claim 1, wherein a distance between the discharge port of the mixing nozzle and the wall surface of the tank is 0.7 cm to 5 cm.   The mixing nozzle is formed in the housing, the mixing space is formed in the housing and communicates with the discharge port, and the liquid from the circulation passage is introduced into the housing. An introduction space to be formed; an injection port for injecting the liquid introduced into the introduction space into the mixing space; and the mixing space and the outside of the housing formed in the housing. The emulsion fuel emulsification promoting device according to claim 1, further comprising an external communication port for communication. The stirring nozzle is for introducing a liquid from the base, the circulation passage, the introduction space formed in the base, and the liquid introduced into the introduction space toward the liquid in the tank An injection port for injecting the liquid, a guide tube for guiding the liquid sprayed from the injection port to an internal space, and the injection port and the guide tube The emulsification of an emulsion fuel according to any one of claims 1 to 3 , further comprising a liquid introduction space formed between the inner space and the base and the outside of the guide tube. Promotion device. The circulation passage has one end communicating with the inside of the tank, the main circulation passage provided with the pump in the middle, the branching means provided at the other end of the main circulation passage, and one end communicating with the branching means. claims, wherein the first branch circulation passage communicating the other end with the mixing nozzle and, by comprising the other end in communication with one end and the branching means and a second branch circulation passage in communication with said agitation nozzles Item 5. The emulsification promoting device for an emulsion fuel according to any one of Items 1 to 4 .   6. The tank according to claim 5, further comprising a small tank having an upper opening in the tank, the mixing nozzle being provided in the small tank, and an inner wall of the small tank being the wall surface in the tank. Emulsification accelerator for emulsion fuel. A fuel tank for storing fuel, a water tank for storing processed water, and a vegetable oil tank for storing vegetable oil are provided outside the tank, and the fuel tank includes a fuel on-off valve in the middle. The water tank is in communication with a water supply passage having a water on-off valve in the middle, and the vegetable oil tank is in communication with a vegetable oil supply passage having a on-off valve for vegetable oil in the middle. 6. The emulsion according to claim 5 , further comprising an external communication passage that communicates with one end of the supply passage, the fuel supply passage, and the vegetable oil supply passage and communicates the other end with the external communication port of the mixing nozzle. Fuel emulsification promoting device.   8. The emulsion fuel emulsification promoting apparatus according to claim 7, wherein the vegetable oil comprises at least one of castor oil, sunflower oil, rapeseed oil and rice oil.   The emulsion fuel emulsification promoting apparatus according to claim 7 or 8, wherein the processed water is water obtained by treating clusters in a small size.   The emulsion fuel emulsification promoting apparatus according to claim 7 or 8, wherein the processed water is water treated so as to contain at least one of dissolved oxygen and active hydrogen.   The processed water is passed through ion-exchange resin, tourmaline, and rocks containing a lot of silicon dioxide among igneous rocks, or the ion-exchange resin and igneous rocks containing rocks containing silicon dioxide and tourmaline. The emulsion fuel emulsification promoting apparatus according to claim 7 or 8, characterized in that the water is any one of the following water.   12. The emulsion fuel emulsification promoting apparatus according to claim 11, wherein the processed water is water circulated through rocks containing a large amount of silicon dioxide among igneous rocks.   8. The emulsion fuel emulsification promoting apparatus according to claim 7, wherein a lower limit sensor and an upper limit sensor for detecting a liquid level of the liquid in the tank are attached to the tank.   A liquid to be emulsified is placed in the tank, and provided with a mixing nozzle with a discharge port facing the wall within the tank at a distance within 10 cm below the liquid level in the tank, and the liquid level in the tank A stirring nozzle is provided below, a liquid passing through a circulation passage circulating outside the tank is introduced to the mixing nozzle by the pressure of a transfer means, and a wall surface in the tank is formed from the discharge port of the mixing nozzle. The liquid ejected toward the liquid is collided with the liquid existing between the discharge port and the wall surface to emulsify the liquids that collide with each other and circulate outside the tank to the stirring nozzle Emulsification of emulsion fuel, characterized in that the liquid passing through the passage is introduced by the pressure of the transfer means, and the liquid in the tank is stirred by the liquid sprayed from the stirring nozzle Susumu way.   The method for promoting emulsification of an emulsion fuel according to claim 14, wherein a distance between the discharge port of the mixing nozzle and the wall surface of the tank is 0.7 cm to 5 cm.   The mixing nozzle is formed in the housing, the mixing space is formed in the housing and communicates with the discharge port, and the liquid from the circulation passage is introduced into the housing. An introduction space to be formed; an injection port for injecting the liquid introduced into the introduction space into the mixing space; and the mixing space and the outside of the housing formed in the housing. 16. The method for promoting emulsification of an emulsion fuel according to claim 14 or 15, further comprising an external communication port for communication. The stirring nozzle is for introducing a liquid from the base, the circulation passage, the introduction space formed in the base, and the liquid introduced into the introduction space toward the liquid in the tank An injection port for injecting the liquid, a guide tube for guiding the liquid sprayed from the injection port to an internal space, and the injection port and the guide tube The emulsification of emulsion fuel according to any one of claims 14 to 16 , further comprising a liquid introduction space formed between the interior space and the base and the outside of the guide tube. Promotion device. Claims comprising a small tank an opening is formed in the upper portion inside the tank, provided with the mixing nozzle to the small tank, characterized in that the inner wall of the small tank and the wall surface of the tank 18. The method for promoting emulsification of an emulsion fuel according to item 17 .   A fuel tank containing fuel, a water tank for containing processed water, and a vegetable oil tank for containing vegetable oil, and when the liquid in the tank decreases, the external connection port of the mixing nozzle 17. The method for promoting emulsification of an emulsion fuel according to claim 16, wherein fuel, processed water and vegetable oil are introduced into the emulsion.   20. The method for promoting emulsification of an emulsion fuel according to claim 19, wherein the vegetable oil comprises at least one of castor oil, sunflower oil, rapeseed oil and rice oil.   21. The method for promoting emulsification of an emulsion fuel according to claim 19 or 20, wherein the processed water is water obtained by treating clusters in a small size.   21. The method for promoting emulsification of an emulsion fuel according to claim 19, wherein the processed water is water treated so as to contain at least one of dissolved oxygen and active hydrogen.   The processed water is passed through ion-exchange resin, tourmaline, and igneous rock in the order of rocks rich in silicon dioxide, or the ion-exchange resin and igneous rock in rocks rich in silicon dioxide and tourmaline. 21. The method for promoting emulsification of an emulsion fuel according to claim 19 or 20, wherein the water is any one of the following water.     24. The method for promoting emulsification of an emulsion fuel according to claim 23, wherein the processed water is water that is circulated through rocks rich in silicon dioxide among igneous rocks.