TH6799C3 - Equipment in an electrochemical water treatment system in combination with a three-phase separation system - Google Patents

Abstract

DC60 (29/09/54) Electrochemical water treatment system in combination with a three-phase separation system can be used to treat water and Hydrogen can be harvested with high purity. There are two types of three-phase separation system: the cone-shaped split system. And a spiral fluid three-phase separation system The principle of both three-phase separation systems is to cause the solids to lose momentum and fall. Down to the bottom of the tank The rest of the mix can flow upward until it collides with the inverted cone. Gas is separated from Liquid and flows upward and out at the gas outlet. Structural characteristics of split systems The three-phase cone is an inlet sedimentation tank located in the center of the sedimentation tank, an inverted cone buffer mounted on top of the sedimentation tank. Solid sludge outlet The bottom of the sedimentation tank The perforated flange is a gas outlet mounted on top of the sedimentation tank. And the outlet is installed at the top lower than the flange, but at the higher level than the tip of the inverted cone. The structural features of the spiral fluid three-phase separation system are the inlet sedimentation tank located in the center of the inverted cone sedimentation tank, installed on top of the sedimentation tank, a set of refractive plates protruding from the core. Is positioned below the inverted cone Each sheet is tilted in the range of 30-60 degrees. Each sheet has a cone not full leaf. The position of the refractive plate is aligned to the section. Slashed alternately In order for the matter to be refracted as the transport passes through a series of refractive plates, the core of the set of refractive plates is connected to the flange. Solid sludge drain Installed at the bottom of the sedimentation tank, a perforated flange is a gas outlet, installed on the top of the sedimentation tank and the outlet, above the flange, but at a higher level than the tip of the inverted cone. The electrochemical water treatment system in combination with the three-stage separation system can be used to treat water and Hydrogen can be harvested to be utilized. There are two types of three-phase separation system: the cone-shaped split system. And a separate system of three spiral parts The principle of the two separating systems c is to cause the solids to lose, mimentum and fall. Down to the bottom of the tank The rest of the mixture can flow higher until it collides with the upside-down cone. Gas is separated from Liquids and flows upwards and out at the gas outlet. Structural features of the separation system The three-phase cone is an inlet sedimentation tank located in the center of the sedimentation tank, an inverted cone buffer mounted on top of the sedimentation tank. Solid sludge drainage, hoisting way The bottom of the sedimentation tank The perforated flange is a gas outlet mounted on top of the sedimentation tank. And the outlet is installed on the top, lower than the flange, but at the higher level than the tip of the inverted cone. Structural characteristics of the three-phase separation system; The screw type is the inlet sedimentation tank installed in the center of the sedimentation tank, the inverted cone mounted on top of the sedimentation tank, a set of refractive plates protruding from the core. Is positioned below the inverted cone Each side is tilted in the range of 30-60 degrees, each sheet has a cone not full leaf. The position of the refractive plate is aligned to the section. Slashed alternately In order for the matter to be refracted as the moving pass through a series of refracting plates, the long axis of the set of refractive plates is connected to the flange. Solid sludge drain Installed at the bottom of the sedimentation tank, a perforated flange is a gas outlet, installed on the top of the sedimentation tank and the outlet, above the flange, but at a higher level than the tip of the inverted cone.

Claims (2)

1. A device in a photochemical water treatment system in combination with a three-phase separation system. Using a cell power system A special liquid-rising chemistry (2) is a three-phase separation system (3) consisting of a sedimentation tank (14), an inlet (15), installed in the center of the sedimentation tank (14), buffalo (16). ) Inverted funnel (17) Titting at the top of the sedimentation tank (14) Solid sludge discharge (19) installed in the bottom of the sedimentation tank (14) Flange (20) Perforated gas outlet is installed. The top of the sedimentation tank (14) and the outlet (18) are installed at the top, lower than the flange (20), but at a higher level than the tip of the inverted cone (17). The chemical electricity enters a three-phase separation system through the water inlet (15). The water pressure causes the hair to contain the small sediment. Liquid and gas flow upward Three-cycle split system The sector works on the principle of causing the solid sludge to lose momentum. When it collides with the buffer (16), the solid sludge falls to the bottom of the tank, which is then discharged at the bottom solid sludge outlet (19). Of the sedimentation tank (14), the remaining mixture can flow upward until it collides with the inverted cone (17) .The gas separates from the liquid and flows upward and out at the flange gas outlet (20). Liquid will flow Through the strait, towards the waterway (18) 2. A device in a water treatment system with a photochemical cell in combination with a three-phase separation system. According to claim 1, which is a separate three-phase system It consists of a sedimentation tank (21), an inlet (22), a fitting in the center of the sedimentation tank (21), an inverted cone (24) installed on top of the sedimentation tank (21), a set of deflection plates protruding from the core ( 23) located below the inverted cone (24), each disc tilted in the range of 30-60 degrees, the refractive discs are made of non-corrosive metal material. Plastic or plastic coated metal Each sheet has a cone shape. Not upside down Where one-sixth of the material is cut off to allow matter to pass through. Plate position Refracted, arranged so that the parts that were cut alternately To allow matter to refract as it travels through a series of refractive plates Protruding from the core (23), the yang axis of the set of deflection plates protrudes from the yang axis (23), connected to the flange (27), the solid sludge outlet (26) is installed on the bottom of the sedimentation tank (21). ) The perforated flange (27) is a gas outlet installed on the top of the sedimentation tank (21) and the outlet (25), located at the top, lower than the flange (27), but at a higher level than the end of the Inverted cone (24) when water with sediment flows out of the system The electrochemical cells enter a three-stage separation system through the water inlet (22). The water pressure causes the mixture to Small sediment Liquid and gas flow upward The three-phase separation system works on the basis of The solid sludge loses momentum as the mixture passes through a series of refracting plates protruding from the core (23), forcing the mixture to spiral. The solid sludge loses its momentum and falls to the lower part of the sedimentation tank (21). The remaining mixture can flow upward until it collides with the inverted cone (24). The gas separates from the liquid. And flows up to the top and out through the gas outlet holes on the flange (27) the liquid will flow through the channel. Narrowed out into the waterways (25)