TH15598U - A system for separating fat from water using gas. - Google Patents

Abstract

------14/01/2019------(OCR) Page 1 of 1 Summary of Invention: The use of high-pressure gas in a grease separation system is a key component that causes the gas to break down into fine bubbles. This also creates pressure to generate gas bubbles in the pressure vessel. When the gas breaks down, it produces small, fine bubbles before supplying them to the grease trap for fat separation. ------------ ------15/05/2018------(OCR) Page 1 of 1 Summary of Invention: The use of high-pressure gas in a grease separation system is a key component that causes the gas to break down into fine bubbles. This also creates pressure to generate gas bubbles in the pressure vessel. When the gas breaks down, it produces small, fine bubbles before supplying them to the grease trap for fat separation. ------------ This system separates grease in the form of suspended solids or dissolved substances in water. By injecting gas into water under high pressure inside a pressure tank, the gas breaks down into small bubbles before being released into a treatment tank. The pressure is controlled by a pressure regulating valve. These gas bubbles carry dissolved fats in the wastewater to the surface, where the separated fats are then disposed of.

Claims (1)

------14/01/2019------(OCR) Page 1 of 1 page Claims 1. The gas-based grease separation system creates small and fine gas bubbles to treat grease wastewater. It consists of a high-pressure pump (2) which is used to pump water into the pressure tank (3) along with the release of high-pressure gas (1) which has the characteristics of being highly soluble in water, colorless, odorless, and non-flammable; an electric valve (4) that controls the supply of gas into the pressure tank (3). When the gas and water are compressed together in the pressure tank under the appropriate pressure conditions inside the pressure tank, it causes a breakdown to create small and fine gas bubbles before releasing the pressure through the pressure regulator (5) to suit the amount of wastewater entering the grease trap (6). ------------ ------15/05/2018------(OCR) Page 1 of 1 page Claims The special characteristic of this gas-based grease separation system is the use of high-pressure gas supplied into the pressure tank, which will have a pressure of 2-3 bar, causing the gas in water to break down into small bubbles. Before releasing these small gas bubbles to separate fat in the grease trap, with the components of the system as shown in Figure 1 ------------ Revised 26/9/2017 1. The gas-based fat separation system is the creation of small, fine gas bubbles to treat wastewater and fat. It consists of a high-pressure water pump (2) which is used to pump water into the pressure tank (3) along with releasing high-pressure gas (1) which is controlled by an electric valve (4) into the pressure tank (3). When the gas and water are compressed together in the pressure tank under the appropriate pressure conditions inside the pressure tank, the gas breaks down into small and fine gas bubbles before releasing the pressure through the pressure regulator (5) to suit the amount of wastewater entering the grease trap (6). These small and fine gas bubbles are a special characteristic that carries suspended fat in the water to the surface more quickly, increasing the efficiency of the grease trap to trap fat and resulting in better water quality after filtration. ------------------------------------------------- (Original) It is the creation of small gas bubbles to carry fat or dissolved substances in water to float up. The surface of the water is treated by using a high-pressure water pump to pump water into a pressure tank while simultaneously injecting gas. The gas is compressed into the water under the appropriate pressure inside the tank, causing it to break down into small, fine gas bubbles. These bubbles are then released into the grease trap system, with the flow rate controlled by a regulated valve to match the volume of wastewater. These gas bubbles carry suspended or dissolved fats and grease to the surface.