Sankyo Kogyo Co., Ltd.

Hongo Company Ltd.

Kenjiro Hongo

Shiro Saito

It is biological deodorizing apparatus that has an inlet portion ( ), a treating portion ( ) and an outlet portion ( ) in a series, and biologically deodorizes gas in said treating portion. Each of frames of said portions is composed of one or more rectangular hexahedron box-like frame units ( ) constructed by connecting frame members ( ) and joints ( ). The treating portion is constructed containing cartridges ( ) being set by several porous plastic sheets ( ) in parallel with each other at a distance can be pulled out free in horizontal direction. The treating portion's blow-off surfaces ( ) is connected to lower located blow-in surfaces ( ) of the outlet portion in airtight condition, and open surfaces ( ) are sealed with seal panels ( ). Water is supplied to upper portion of said treating portion, and drained off through bottom portion.

Biological deodorizing apparatus assembled with box-like frame units

A raw water purifying apparatus utilizing anaerobic microorganisms comprising a casing (,) and a carrier assembly (,). The casing (,) is a vertical type and comprises a body (,), a bottom wall (,) and a ceiling (,). At the upper portion of the casing an inflow port (,) of raw water is open and at the lower portion an outflow port (,) is located. The carrier assembly (,) is formed by piling plural carrier discs (,) of porous plastic material, such as polyethylene for rooting anaerobic microorganisms inclusively therein with each space (,) between every two carrier discs (,), so as not to overlap liquid passages (,) which are provided evenly all over each disc (,) through thereof with each other. The carrier assembly (,) is disposed in said casing (,) so s to prevent the direct leading of said inflow port (,) to said outflow port (,), and the raw water may be treated once or repeatedly.

Apparatus for treating organic raw water utilizing anaerobic microorganisms

A waste water purifying apparatus utilizes microorganisms, which comprises an inner casing (1), an outer casing (2), a waste water supply tank (3) and an air supply pipe (4). The inner casing is a vertical type and its upper and lower end are open. Plural porous discs 7 of polyethylene which have liquid passages (6) are piled in the inner casing with each space between every two carrier discs. The outer casing is a vertical type whose bottom is closed by a bottom cap (12) and arranged coaxially with the inner casing with a downward circuit (13) for liquid there between. The outer casing has outflow ports (14) for the treated water. The waste water supply tank is for having waste water a head to flow into the outer casing, above which a waste water supply pipe (15) is open. The tank communicates with the outer casing by means of a leading pipe (19) and it is provided with an overflow to keep a water level constant. The air supply pipe is connected with an air scattering disc (22) below the lower end of the inner casing.

Apparatus for treating organic waste water utilizing microorganisms

The present invention provides a biological deodorizing apparatus of large treating capacity and capable instantly of bringing into operation. The apparatus comprises a casing (1), a rotary shaft (2) and a carriers cartridge (3). The casing has an inlet (11) and an outlet (12) for a foul-smelling gas and a water supply port (13) and a water drain port (14), respectively, and has an opening (16) being closed with a cover (15), The rotary shaft (2) being of a horizontal type and its one end portion (21) being in said casing (1), The carriers cartridge (3) is of a type which a plurality of carrier discs (31) made of a high density polyethylene are inserted in a cylinder (32) having an inner diameter which fits with an outer diameter of each of said carrier discs (31) with each space (S) between every two carrier discs, which pressure rings (33, 34) are attached to the both ends of the cylinder (32), respectively, and which microorganisms are made to take root comprehensively inside and outside the carrier discs (31). Also the carriers cartridge (3) is capable of inserting into and taking out from the casing (1) through the opening (16) and is fixed coaxially to the rotary shaft (2), the lower portion of the carrier discs (31) being at lower than a water level (L) in the casing 1.

Biological deodorizing apparatus with rotary carriers

A method of drilling the packing gravel and formation materials around an existing casing pipe in order to regenerate an old well. The method comprises the steps of sequentially filling the inside of the casing pipe of the old well with mud water, connecting drill pipe, which has an inside diameter greater than the outside diameter of the existing casing pipe of the old well and is furnished with a drill bit consisting of drill cutters and nozzles at the lower extremity, to an upper water swivel, setting the drill pipe in axial alignment with the existing casing pipe, rotating and lowering the drill pipe while sending pressurized drilling mud water through the annulus between the drill pipe and casing pipe, drilling the packing gravel and formation materials encountered surrounding the casing pipe with the drill bit, moving the cuttings up to the surface by the drilling mud water which ascends the annulus between the drill pipe and the borehole wall at the velocity greater than the descending velocity of the cuttings, separating the cuttings from the drilling mud water in a mud pit, and then circulating the pressurized drilling mud water in the annulus between the pipes for re-circulation.

Method of drilling around an existing casing pipe to regenerate an old

A gas-liquid contacting apparatus according to the present invention comprises a gas channel, a blowing device, a screen, a liquid feeding device and a pump. The screen is supplied continuously with liquid by means of the pump and the liquid dosing device, forming liquid film in intervals where gas passes through all the time. Gas fed out of the blowing device breaks through said liquid film or screen. In this moment, the gas-liquid contact is completed as the specific components contained in the gas are chemically decomposed and removed, being diffused in liquid. The liquid film is broken and re-formed repeatedly while the gas flows.

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Tokyo, Japan

Kenjiro Hongo