TH97587A - Aerator - Google Patents

Abstract

DC60 (06/06/57) Aerators are provided. Where the number of the aeration nozzles That can be organized Placed per unit area of the lower front of the oxidation seawater treatment system. Can be made Increase in order to improve the carbon removal performance. By filling the air with aerator For carbon removal (Aeration) to sea water used for sulfur removal. In the aerator (10A) installed in the sea water oxidation treatment system (1) for drainage. Used sea It has been emitted from the tower for the desulfurization of the desulfurization device using seawater as an absorbent and that has been configured to perform the carbon removal by means of Micro bubbles in used sea water Where the header (12) connected to the air supply hose (11) is installed on the lower front (1a) of the oxidation seawater treatment system (1) and the air bubble size. The small is made by the aeration nozzle (13A) attached to the header (12) to lead upward in a vertical direction. Aerators are provided. Where the number of the air nozzles That can be organized Placed per unit area of the lower front of the seawater oxidation system Can have been Increased to improve the performance of carbon removal By filling the air with a filling machine Air for carbon removal (Aeration) to sea water used for sulfur removal. In a (10A) aerator installed in a seawater oxidation system (1) for draining used sea water. That has been released from a high tower for the removal of sulfur. Flue gas desulfurizer That uses sea water as a sorbent and that has been configured to perform Removes carbon by making microscopic air bubbles in used seawater. The headers (12) connected to the air supply hose (11) are also installed on the lower front (1a) of the operating system. Sea water oxidation (1) and microscopic air bubbles are created by aeration nozzles (13A) that have been attached to the header (12) to line up in Vertical direction

Claims (1)

1. The aerator is installed in the sea water oxidation system. For draining used sea water That has been released from a high tower for the removal of sulfur. Flue gas desulfurizer That uses sea water as a sorbent and that has been configured to perform Remove carbon by making microscopic air bubbles in used seawater where the header connected to the air supply pipe. It has been installed on the bottom of the operating system as well. Oxidation to sea water And small bubbles are made from the aeration nozzles that Has been attached to the headers to lead upward in a vertical direction.