Patent DE-102008045610-A1 (DE)
Title: Arrangement for producing pure water from natural water, comprises a main body from which the natural water is guided and which is arranged in direction connection with water collector in the sense of a caisson with free interior area
Inventor: PREDZINK GERD
IPC: C02F9/10
Filed: 2008-09-03
Abstract: The arrangement comprises a main body (1) from which natural water is guided and which is arranged in direct connection with a water collector in the sense of a caisson with free interior area for the reception of natural water. The main body comprises an inlet for feed water entering in its interior. Launder systems are used for discharging condensates and rain water, bind into the pure water discharge and exist over the main body. The light is transformably formed in heat under the roof area towards interior and parallel to further arched areas to be distanced. The arrangement comprises a main body (1) from which natural water is guided and which is arranged in direct connection with a water collector in the sense of a caisson with free interior area for the reception of natural water. The main body comprises an inlet for feed water entering in its interior. Launder systems are used for discharging condensates and rain water, bind into the pure water discharge and exist over the main body. The light is transformably formed in heat under the roof area towards interior and parallel to further arched areas to be distanced. Side condensers for the condensation precipitation are available at the interior areas of the respective lowest area of flat elements parallel to the roof area. A drainage system collecting the condenser water is available in its longitudinal direction and in mounting direction of the side condensers. A hot steam coil is formed in an inlet part of the base area of the main body for the evaporation of the water entering into the main body beneath the inlet water level. A heater battery (4) is formed in interval to the inlet water level. An inlet water part is bound in the area of hot steam coil and the heater battery above the inlet water level of walls (7). The walls carry further heating lines on its area turned to the interior area of the main body, guide away at its upper end in the dripping condensates towards outside and pass over towards bottom under inclined drainage system. The side condensers are arranged over the drainage system. Superheated steam-hot tube systems (8) are formed in water supply part (5) over the water supply mirror. Eddy devices for intensive tangling of the condensate loaded interior atmosphere are arranged over the supply water part. The superheated steam-hot tube systems are implemented from middle tubes to lie on top of each other with different diameters. The sorting of the tubes is carried out according to the diameter from top to bottom and connection between the tubes is carried out in the vertical through connection pieces. The supply water part comprises a sieve. The interior area is connected for pressure balance by aeration tubes (10) with the atmosphere. All tube components are oriented related to the dimensioning of the main body in its longitudinal expansion. An injection arrangement for natural water is arranged above the supply water part. The heater battery of the inlet pipe is formed from hot air. The walls of the supply water part guided towards top are implemented towards bottom. The roof of the main body is light permeable. The wall of the supply water part carries a semipermeably guided tube line for the irrigation of walls on its area turned to the interior area lying over the supply water mirror, on the place on which it passes towards outside under inclined drainage system. The side condensers comprise channels for guiding a cooling medium.