Liquid catalyzing system

A liquid catalyzing system used for aging a liquid, comprising:

• a liquid aging cask, being used for storing the liquid, and having an installing opening and a liquid outputting port on the top and the bottom thereof, respectively;
• a framework, being disposed in the liquid aging cask through the installing opening, and having a top end and a bottom end, wherein a plurality of nano metal flakes are disposed in the internal of the framework;
• moreover, the thickness of the nano metal flake is less than 200 nm, and the geometry size of the nano metal flake being greater than 0.1 μm2;
• a filter, being attached onto the framework by covering way, and having a filter area less than 0.1 μm2 for blocking the nano metal flakes from getting out of the framework with the flowing of the liquid;
• a first buffer trough, being connected to the installing opening by the outer bottom thereof;
• wherein the first buffer trough has a first buffer space, and a through hole is provided on the bottom of the first buffer space;
• a liquid filling member, being disposed in the first buffer space of the first buffer trough, and comprising:
• a second buffer trough;
• and
• a first liquid filling tube having a first end and a second end, wherein the first end passes through the second buffer trough from the bottom of the second buffer trough, so as to expose in a second buffer space of the second buffer trough;
• moreover, the second end is communicated with the framework via the through hole;
• in addition, the portion of the first end exposing out in the second buffer space being provided with a plurality of liquid filling holes thereon;
• a cover, being disposed on the first buffer trough for sheltering the first buffer space and the liquid filling member, and having an operation opening;
• a liftable cover, being disposed on the cover for covering the operation opening, wherein a second liquid filling tube is disposed on the liftable cover;
• a circulation pump, being connected to the second liquid filling tube and the liquid output port through a liquid input tube and a liquid output tube of a liquid circulation loop, respectively;
• and
• a gas circulation loop, comprising:
• a gas input tube, passing through the liquid aging cask so as to connect with a tube connecting member formed on the bottom end of the framework, and
• a gas output tube, being disposed on one side of the liquid aging cask, wherein the disposing height of the gas output tube is relatively higher than the height of a liquid level for the liquid stored in the liquid aging cask;
• wherein by the operation of the circulation pump, the liquid stored in the liquid aging cask would be discharged via the liquid outputting port and the liquid output tube, and then the discharged liquid would be further filled into the second buffer space of the second buffer through the liquid input tube and the second liquid filling tube;
• therefore, the liquid accommodated in the second buffer space of the second buffer would flow through the liquid filling holes formed on the first end of the first liquid filling tube, so as to flow into the framework;
• wherein a disturb gas can be filled into the framework via the gas input tube and the tube connecting member, and then the filled disturb gas would treat a liquid flow disturbance to the liquid and the nano metal flakes in the framework, so as to accelerate a catalytic reaction resulted from the nano metal flakes to the liquid;
• therefore, the disturb gas would be discharged from the liquid aging cask through the gas output tube.