TH15879B - Multi-stage gas liquid treatment machine - Google Patents

Abstract

Multi-phase liquid treatment for eg. as a gas melter gas ejector wastewater treatment machine or large cultivators Also included are a number of horizontal baffle hollow vessels installed in such hollow sections to define a number of vertically overlapping fluid treatment chambers. Inlet for feeding the treated liquid to the top of the hollow vessel. Discharge port for removing treated liquid from the bottom of the hollow container. Gas vent for feeding gas to the bottom of the hollow container. and hollow tubes that are connected to each level baffle and extend a predetermined distance downward from there. The liquid being fed to the top of the hollow vessel will Flows from one baffle to the adjacent lower baffle through the hollow tubes in each baffle. The fluid movement generated by such arrangement increases the contact surface area between the liquid and gas being fed to the hollow vessel. It increases the dissolution of the gas in or out of the liquid. This effect can also be enhanced by having a stirring device in each fluid treatment chamber mounted on a motor-driven rotating shaft.

Claims (2)

1.Multi-gas state liquid treatment machine It consists of a hollow inner vessel path that includes the upper, lower and opposite walls that connect the upper and lower parts. A number of horizontal baffles are installed in the hollow inner part to designate a number of vertical sloped fluid treatment rooms. The inlet path is connected to the vessel path for feeding liquids to the top of the hollow inner part and onto the top plate of the baffle. The outlet path that is connected to the vessel path for discharging the treated liquid from the bottom of the hollow inner section. Such hollow And a hollow trajectory consisting of hollow tubes connected to each level of the baffle. And extends down a predetermined distance from the baffle along the said level to the adjoining lower liquid treatment chamber. The hollow tubes are connected to such level dividers in such a way that they overlap each other at the opposite wall of the container. Therefore, the liquid fed into the upper part of the hollow inner part flows from one of the baffles to the adjacent bottom baffles through the hollow tube path. The fluid in one of the treatment chambers flows through the hollow tubes of the baffles along each of its slats onto the baffles along the level of the adjacent lower fluid chamber. As the gas fed to the bottom of the hollow inner part accumulates under the baffle along that level, it reaches a height equal to that preset distance. Excess gas will flow up through the hollow tube. 2. The unit as described in claim 1 also consists of a stirring method for stirring the liquid in each of the treatment rooms that are overlapped along the verticals. Where the mechanical stirring path consists of a rotating shaft extending from the top of the hollow inner part through a number of these horizontal baffles. And to the bottom of the aforementioned hollow vestibule A number of stirring devices Each of the stirrers is connected to the rotating shaft in one of the treatment rooms. And the motor path installed on the said container path for rotating the spinning shaft