BRPI1103965A2 - desalination and distillation of impure and brackish waters - Google Patents

Abstract

IMPURE WATER DESALINIZER AND DISTILLER. The desalination and distillation system for impure and brackish water is referred to in the reservoir invention one (1). In which a resistor is coupled (4) which raises the temperature to 100 <198> C, causing the water to boil and pass into the stainless tube (3) and reach the reservoir two (2) to its bottom, where it will find 10% distilled water (5). When steam meets distilled water, there will be thermal shock, and the water will change from solid to liquid. There will then be increased volume of distilled water coming out of a hole (6) until reaching reservoir three (7), which can be taken back to industries or bottled and marketed through a water or tap (11).

Description

PURE WATER DESALINIZER AND DISTILLER

It refers to the patent for desalination and distillation of polluted, industrially contaminated and brackish waters, making them suitable for industrialization and

human consumption

It is known that% of the planet is made up of water. But only 1/3 can be used, that is, it is drinkable. That's because the other 2/3 are frozen in polar ice caps and oceans that are not fit for consumption.

of human beings. Other factors such as waste, unequal distribution, have accelerated the scarcity of drinking water on the planet.

In order to remedy such drawbacks, the present invention has been developed by means of a contaminated water reservoir which is heated to 100 ° C passes through a steam-shaped tube to another reservoir containing 10% distilled water. This encounter causes a thermal shock that causes the vapor to pass from the gaseous state and back to the liquid state (liquefaction). After reaching a certain level within the second container, the water comes out of a register ready for consumption or reuse by industries.

The present application may be better understood by the following detailed description, in accordance with the attached figures, where:

FIGURE 1 is a top view of the collector. FIGURE 2 is a longitudinal sectional view of the collector.

Referring to this figure, reservoir one (1) can be observed with its outlet a stainless steel connection (3) to reservoir two (2). In the reservoir one (1) there is an electric resistance heating system (4) which allows the water to boil and pass through the stainless steel tube (3) and reach the reservoir two (2). Heating can also be done by natural gas, coal and other fuels. The stainless steel tube (3) leaves the reservoir one (1) and enters the reservoir two (2) until it reaches the bottom of the reservoir, where 10% distilled water (5) is found. When hot steam meets water; at an average temperature of 40 ° C, a thermal shock occurs, which allows water vapor to pass from gaseous to liquid state to distilled water. When the volume of water rises in the reservoir water flows out of a stainless steel hole (6) until it reaches reservoir three (7).

The IMPURE AND BRUSH WATER DESALINIZER AND DISTILLER comprises three reservoirs (1,2,7), cooling (8), resistor 94), steam transformation tube (3) produced in reservoir (1) which is routed to the reservoir ( 2), which suffers thermal shock, causing the vapor to become liquid, turning into a liquid, a hole or thief (6) and a final flow outlet (11) The reservoir (1) may still function with a solenoid valve or record (9) to replenish the reservoir.

The reservoir (2) includes a minimum level relay (10) that actuates the solenoid valve (9) in the reservoir (1) to replenish it.

The process can be terminated in the hole or thief (6) by simply placing a tap or tap (11) at the end of the course.

Desalination and distillation system and brackish water refers to the invention of a reservoir (1). In which a resistance (4) is coupled which raises the temperature to 100 ° C, causing the water to boil and pass into the stainless steel tube (3) and reach the reservoir (2) to its bottom, where it will find 10% distilled water. (5). When the vapor meets the distilled water there will be thermal shock, the water will change from gaseous to liquid state. There will then be increased volume of distilled water coming out of a hole (6) until reaching reservoir three (7), which may be returned to industries or bottled and marketed through a water tap or tap (11).

Already distilled water may return to industries or bottled and consumed. It comes out of a tap or tap (11). In the reservoir (2) there is an external cooling system (8) which keeps the reservoir (2) with a stable temperature of 60 ° C. Reservoirs may be made of materials such as carbon steel, stainless steel, but have not been limited to them.

Claims (4)

1. IMPURAL AND SALOBRAS WATER DESALINIZER AND DISTILLER, characterized in that in the three reservoirs (1,2,7), the cooling (8), resistance (4), steam transformation tube (3) produced in the reservoir (1) ) which is directed to the reservoir (2), which suffers thermal shock, causing the steam to liquidate, becoming a liquid, a hole or thief (6) and a final flow outlet (11). 2. IMPURAL AND DROP WATER DESALINIZER AND DISTILLER according to claim 1, characterized in that the reservoir (1) may operate a solenoid valve or valve (9) to replenish the reservoir. 3. IMPURAL AND DROP WATER DESALINIZER AND DISTILLER according to claim 1 or 2, characterized in that the reservoir (2) includes a minimum level relay (10) which actuates the solenoid valve (9) on the reservoir (1) to replenish it 4. IMPURAL AND SALOBRAS WATER DESALINIZER AND DISTILLER according to claim 1, characterized in that the process can be terminated in the orifice or thief (6) by simply placing a tap or registration (11) at the end of the path.