TH10099B - Biosphere panels for assembling the wastewater treatment frame - Google Patents

Abstract

This invention provides an updated biofilament. That has characteristics Wavy sheets With ridge protrusions around the edges At the top edge of the ridge will look Groove to support the ridge below the biofilm that is connected together. This ridge has a cutout at One area to allow air and water to enter / exit inside. Channels to add more air to the interior And has a square cut in the center of the sheet To insert a large number of biofilm assemblies into a cylinder In order to continue to be installed on the truss

Claims (2)

1. Biofilms used in wastewater treatment processes It consists of a slab (1) that has a circular and wavy ring around Several centers have circular holes (5) penetrating in the ring pulp to allow air to fill in the biofilms. At the center There is a drill (2) a polygon for inserting a shaft of the corresponding nature to form a rod of a cylindrical biosphere. At the perimeter of the sheet Each biosphere has a ridge (3) that extends upward and downward almost around the biosphere, with an opening (4) between the ends of the ridge (3) on either side for air / water, inlet. / Exit inside a room between two adjacent biofilms At the top edge of the overhang (3) there is a groove (6) along the length of the ridge (3) to accommodate the bottom edge of the ridge (3). Sheets to overlap 2. Biofilms used in wastewater treatment processes Containing Sheets that look like A trapezoid (1) with the longer sides (11) of the sides that are almost parallel. There is a slight curve. And there is corrugation-like transverse between sides that are almost parallel throughout the sheet, such sheets (1) are divided into two chambers (9 and 10) horizontally between the almost parallel sides with a downward ridge. The lower (3,13 and 14) are the boundaries of each chamber, respectively.The ends of the protrusions (3 and 13) are separated, forming two compartments (4 and 6) with a ridge (14) blocking. Is between the two chambers (9 and 10) so that the water / air can be inlet / outlet at the top edge of the ridge (3 and 13) and at the top where it meets the ridge (14). There are grooves (6) along the ridge length (3,13 and 14) to support the lower edge of the protrusion (3,13 and 14) of the other biofilms that are assembled together. And has cutouts (8) at the four corners of the biosphere. Trapezoidal shape (1) for inserting the core to assemble multiple biosphere panels (1). Together as a biosphere rod to assemble with the truss