KR102359864B1 - Treatment device of impurities from Sewage, Livestock manure and Food waste treatment plants - Google Patents

Abstract

The present invention relates to a treatment device of impurities from sewage, livestock manure, and food waste treatment plants. More specifically, the present invention includes: a cylindrical fermentation drying chamber having a fermentation space portion therein; a stirring portion rotatably provided in a fermentation space portion of the fermentation drying chamber to stir organic waste; a supply portion for supplying the organic waste to the fermentation space portion of the fermentation drying chamber; a discharge portion for discharging fermented residues from the fermentation space portion of the fermentation drying chamber; a microorganism supply portion for supplying microorganisms to the fermentation space portion; a heat supply portion for supplying heat to a lower end portion of the fermentation space portion; and a deodorizing unit for collecting gas in the fermentation space portion to remove odor. According to the present invention described above, the organic waste can be fermented using microorganisms that are resistant to high temperatures, levels of heavy metals and salts in the discharged condensate and residues not only can meet the standard for general waste that can be treated in a wastewater treatment plant, but also can improve treatment efficiency by removing odors.

Description

Treatment device of impurities from Sewage, Livestock manure and Food waste treatment plants

The present invention relates to a sewage, livestock excreta, food waste treatment facility contaminant treatment apparatus, and more particularly, by using microorganisms with high temperature resistance to ferment contaminants at high temperature to ferment organic matter, and evaporate moisture in contaminants by drying inorganic matter. A device that can effectively reduce weight by discharging it as condensed water, removing odors through the fermentation process of high-temperature microorganisms and an odor removal device to prevent civil complaints caused by contaminants, and the final fermentation and drying residues can be used as landfills or solid fuels is about

Contaminants generated from basic environmental facilities (public sewage treatment facilities, food waste treatment facilities, excreta and livestock excreta public treatment facilities) are classified as industrial wastes, and most are consigned to the private sector through incineration and landfill methods. However, these treatment methods, incineration and landfill, are causing social problems due to the limitations of increasing the incineration capacity due to the difficulty of installing an incinerator and the limitation of the sustainability of landfill treatment due to the lack of landfill sites. In particular, the increase in the number of complaints due to odor generated during contaminant treatment and the increase in the cost of handling contaminants due to difficulties in handling them is a burden on all members involved in contaminant treatment.

Among the wastes generated in the environmental infrastructure, the contaminants generated from the screen or the contaminant treatment machine have a higher treatment cost than the general sludge treatment and cause complaints due to bad odors. In particular, as diapers, sanitary napkins, etc. including wet tissues are thrown away through the toilet, they flow into a sewage treatment plant and are filtered through a screen or a contaminant treatment machine to generate major contaminants. These contaminants are not easily dehydrated to reduce the moisture content, are difficult to store and transport for treatment due to a strong odor, and are mostly incinerated or landfilled after mixing with sawdust to lower the moisture content. shortening lifespan.

In the meantime, despite the high unit cost and difficulty of treatment, these contaminants generate relatively little compared to sludge from sewage treatment plants, so it is true that interest in treatment and technology development have not been actively carried out.

Therefore, there is an urgent need to develop a more efficient treatment method than the existing landfill and incineration methods to prevent civil complaints caused by bad odor, which is an environmental problem.

Korean Patent Publication No. 10-1029764

Accordingly, the present invention has been devised to solve the above problems, and a cylindrical fermentation and drying chamber having a fermentation space inside, is rotatably provided in the fermentation space of the fermentation and drying chamber, and agitation for agitating organic waste A supply unit for supplying organic waste to the fermentation space of the fermentation and drying chamber, a discharge unit for discharging the fermented residues from the fermentation space of the fermentation and drying chamber, a microorganism supply unit for supplying microorganisms to the fermentation space, the Organic waste can be fermented using microorganisms resistant to high temperature, including a heat supply unit for supplying heat to the lower end of the fermentation space, and a deodorization unit for collecting gas and removing odors from the fermentation space, The discharged condensate and remnants not only satisfy the standards for general waste that can be treated at a sewage treatment plant with heavy metals and salt levels, but also can satisfy the standards for use as fertilizers, and can remove odors to improve treatment efficiency. It is an object to provide a sewage, livestock manure, food waste treatment facility contaminant treatment device that can be used.

The present invention for achieving the above object is a cylindrical fermentation and drying chamber having a fermentation space inside, a stirrer for stirring organic wastes rotatably provided in the fermentation space of the fermentation and drying chamber, and fermentation of the fermentation and drying chamber A supply unit for supplying organic waste to the space, a discharge unit for discharging fermented residues from the fermentation space of the fermentation and drying chamber, a microorganism supply unit for supplying microorganisms to the fermentation space, Heat is supplied to the lower end of the fermentation space It includes a heat supply unit, and a deodorization unit for removing odors by collecting the gas of the fermentation space.

Preferably, in the fermentation space, organic waste is fermented downward with respect to the central axis of the fermentation and drying chamber, and gas is present upward.

And the stirring part, the stirring shaft provided in the fermentation drying chamber so as to be rotatable in the fermentation space part, is formed to be elongated with a predetermined width and spirally formed along the stirring shaft, stirring blades provided to be spaced apart from the stirring shaft by a predetermined interval; It includes a blade fixing unit for fixing the stirring blades to be spaced apart from the stirring shaft by a predetermined interval, and a stirring driving unit for rotating the stirring shaft.

In addition, the stirring unit includes a stirring shaft provided in the fermentation drying chamber so as to be rotatable in the fermentation space part, a plurality of stirring paddles provided along the stirring shaft, and a stirring driving unit for rotating the stirring shaft.

And the stirring paddle is formed to be curved downward from the stirring shaft toward the end.

In addition, it further includes a scattering prevention unit for preventing the residue from moving to the upper side of the fermentation space by the stirring unit.

And the scattering prevention unit, a scattering prevention body provided to be rotatable on the stirring shaft by a bearing, is provided at both ends of the scattering prevention body is located in the space between the stirring blade and the stirring shaft, the residue by the stirring blade is the upper side It includes a scattering prevention plate for preventing movement to, and a scattering prevention center body for maintaining the center of the scattering prevention body so that the scattering prevention plate is located on both sides of the stirring shaft.

In addition, the scattering prevention plate is formed to be inclined downward toward the end from the scattering prevention body.

And it further includes a shatterproof holding part for maintaining the position of the scattering prevention body by assisting the scattering prevention center body.

In addition, the supply unit includes a storage hopper in which organic waste is stored, a supply port provided in the fermentation and drying chamber, and a supply transfer unit for supplying the organic waste of the storage hopper to the supply port.

And the discharge unit, the discharge port provided in the fermentation drying chamber so that the residue is discharged, a storage tank for storing the residue discharged through the discharge port, and a discharge transfer unit for transferring the residue discharged to the discharge port to the storage tank; includes

In addition, the heat supply unit, a heat supply jacket provided to surround the outer peripheral surface of the lower end of the fermentation drying chamber, a refrigerant circulation unit for supplying a high-temperature refrigerant to the heat supply jacket, and a temperature control unit for controlling the temperature of the refrigerant, including, do.

And the heat supply unit, a thermal circulation tube provided to surround the outer peripheral surface of the lower end of the fermentation drying chamber, a refrigerant circulation unit for supplying a high-temperature refrigerant to the thermal circulation tube, and a temperature control unit for controlling the temperature of the refrigerant, include

In addition, the heat supply unit, a heating wire provided to surround the outer peripheral surface of the lower end of the fermentation drying chamber, a power supply unit for supplying power to the heating wire, and a temperature control unit for controlling the temperature of the heating wire by controlling the power supply unit, include

And the deodorization unit, a condensing unit for condensing the gas of the fermentation space, a deodorizing filter unit for deodorizing the odor from the gas condensed through the condensing unit, and a deodorization inlet pipe for introducing the gas of the fermentation space to pass through the condensing unit , a deodorization transfer pipe for transferring the gas that has passed through the condensing unit to the deodorization filter unit, a deodorization discharge pipe for discharging the deodorized gas through the deodorization filter unit to the outside, and a deodorization circulation for circulating the gas branched from the deodorization transfer pipe to the fermentation space unit A deodorizing valve provided in the deodorizing transfer pipe to which the deodorizing circulation pipe is branched to communicate the gas to the deodorizing filter part or the deodorizing circulation pipe, a deodorizing blower for transferring the gas of the fermentation space to the condensing part, the deodorizing filter part, It includes a condensed water discharge unit for discharging the condensed water generated in the condensing unit and the deodorizing filter unit, and a deodorizing control unit for controlling the deodorizing valve, the deodorizing blowing unit, and the condensed water discharging unit.

In addition, the deodorizing filter unit is composed of any one or more of catalytic oxidation, biofilter, and activated carbon filter.

As described above, according to the sewage, livestock manure, and food waste treatment facility contaminant treatment apparatus according to the present invention, organic waste can be fermented using microorganisms with high temperature resistance, and the discharged condensate and residues are heavy metals, salt It is a very useful and effective invention that not only satisfies the standard for general waste that can be treated in a wastewater treatment plant, but also can remove odors and improve treatment efficiency.

1 is a view showing a sewage treatment plant contaminant treatment apparatus according to the present invention,
2 is a view showing a scattering prevention unit according to the present invention,
3 is a view showing a stirring unit of another embodiment according to the present invention,
4 is a view showing a heat supply unit according to the present invention.

Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the accompanying drawings. DETAILED DESCRIPTION The detailed description set forth below in conjunction with the appended drawings is intended to describe exemplary embodiments of the present invention and is not intended to represent the only embodiments in which the present invention may be practiced. The following detailed description includes specific details in order to provide a thorough understanding of the present invention. However, one of ordinary skill in the art to which the present invention pertains will recognize that the present invention may be practiced without these specific details.

In some cases, well-known structures and devices may be omitted or shown in block diagram form focusing on core functions of each structure and device in order to avoid obscuring the concept of the present invention.

Throughout the specification, when a part is said to "comprising or including" a certain component, it does not exclude other components unless otherwise stated, meaning that other components may be further included. do. In addition, the term “…unit” described in the specification means a unit that processes at least one function or operation. Also, "a or an", "one", "the" and like related terms are used differently herein in the context of describing the invention (especially in the context of the following claims). Unless indicated or clearly contradicted by context, it may be used in a sense including both the singular and the plural.

In describing the embodiments of the present invention, if it is determined that a detailed description of a well-known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. In addition, the terms to be described later are terms defined in consideration of functions in an embodiment of the present invention, which may vary according to intentions or customs of users and operators. Therefore, the definition should be made based on the content throughout this specification.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

1 is a view showing a sewage treatment plant contaminant treatment apparatus according to the present invention, FIG. 2 is a view showing a scattering prevention unit according to the present invention, and FIG. 3 is a view showing a stirring unit of another embodiment according to the present invention, 4 is a view showing a heat supply unit according to the present invention.

As shown in the drawing, the sewage treatment plant contaminant treatment apparatus 10 includes a fermentation and drying chamber 100 and a stirring unit 200 , a supply unit 300 , a discharge unit 400 , a microorganism supply unit 500 , and a heat supply unit 600 . ) and a deodorizing unit 700 .

The fermentation drying chamber 100 has a cylindrical shape, and a fermentation space portion is formed therein.

And the stirring unit 200 is rotatably provided in the fermentation space portion of the fermentation drying chamber 100 is provided to stir the organic waste.

The supply unit 300 is provided to supply organic waste to the fermentation space of the fermentation drying chamber 100 .

In addition, the discharge unit 400 is provided to discharge the fermented residues in the fermentation space of the fermentation drying chamber 100 .

The microorganism supply unit 500 is provided to supply microorganisms to the fermentation space. The microorganism supply unit 500 includes thermophilic microorganisms or enzymes, preferably Pseudomonas japonica (eg, Pseudomonas japonica DSM 22348), Bacillus vietnamensis (eg, Bacillus vietnamensis DSM 18898), and Cutobacterium ocean. At least one selected from the group of Osedimentum (eg, Curtobacterium oceanosedimentum ATCC 31317), more preferably two or more types of mixed microorganisms. More preferably, the mixed microorganism further comprises a thermophilic microorganism, Brevibacillus borstelensis BCS-1 (Brevibacillus borstelensis BCS-1, KCTC 0673BP).

The microorganisms or enzymes are provided in a liquid form, and the microorganism supply unit 500 may include a metering pump and a storage tank for quantitative input.

And the heat supply unit 600 is provided to supply heat to the lower end of the fermentation space.

The deodorization unit 700 is provided to remove odors by collecting gases from the fermentation space.

Looking at the operating state of the sewage treatment plant contaminant treatment device 10, organic waste is supplied to the fermentation space by the supply unit 300, and microorganisms with high temperature resistance are supplied by the microorganism supply unit 500 and stirred to ferment. can

Accordingly, even heavy metals and salts contained in organic waste can be treated according to general waste standards, and standards for use as fertilizers can be satisfied, and odors can be removed, thereby improving treatment efficiency.

Here, in the fermentation space, organic waste is fermented to the lower side with respect to the central axis of the fermentation and drying chamber 100, and gas is present to the upper side.

In other words, the lower end of the fermentation space is fermented with organic waste, and the upper end of the fermentation space maintains a state of being separated into gases including odors.

And the stirring unit 200 includes a stirring shaft 210 , a stirring blade 220 , a blade fixing unit 230 , and a stirring driving unit 240 .

The stirring shaft 210 is provided in the fermentation drying chamber 100 so as to be rotatable in the fermentation space.

In addition, the stirring blades 220 are formed to have a predetermined width and are spirally formed along the stirring shaft 210 , and are provided to be spaced apart from the stirring shaft 210 by a predetermined interval.

At least one of the stirring blades 220 is provided so as to be spirally wrapped along the stirring shaft 210 in a band shape.

The blade fixing part 230 fixes the stirring blade 220 to the stirring shaft 210 so as to be spaced apart from each other by a predetermined interval.

And the stirring driving unit 240 is provided to rotate the stirring shaft (210).

Here, the stirring unit 200 further includes a scattering prevention unit (250).

The scattering prevention unit 250 is provided to prevent the remnants from moving to the upper side of the fermentation space by the stirring unit 200, as shown in FIG.

This shatterproof part 250 includes a scattering prevention body 252 and a scattering prevention plate 254 and a shatterproof center body 256 .

The scattering prevention body 252 is provided so as to be rotatable on the stirring shaft 210 by the bearing 253 .

And the scattering prevention plate 254 is provided at both ends of the scattering prevention body 252 and is located in the space between the stirring blade 220 and the stirring shaft 210 so that the residue is moved upward by the stirring blade 220 provided to prevent

The scattering prevention center body 256 has a certain weight, and is provided to maintain the center of the shatter prevention body 252 so that the scattering prevention plate 254 is positioned on both sides of the stirring shaft 210 .

The scattering prevention center body 256 is provided at the lower end of the scattering prevention body 252 .

Looking at the operating state of the scattering prevention unit 250, when the stirring shaft 210 rotates, the scattering prevention plate 254) can be maintained.

Accordingly, it is possible to minimize the movement of organic wastes and residues stirred by the rotating agitating blade 220 upward by the scattering prevention plate 254 .

Of course, this scattering prevention part 250 can be rotated together by the rotational force of the stirring shaft 210, but at the same time, the stirring shaft 210 is rotated at a low speed, and at the same time, the scattering prevention body by the weight of the scattering prevention center body 256 The position of (252) can be maintained.

Here, the scattering prevention plate 254 is formed to be inclined downward from the scattering prevention body 252 toward the end.

Of course, the scattering prevention plate 254 may be formed to be inclined upward toward the end from the scattering prevention body 252, which can be installed according to the field situation.

And the shatterproof part 250 further includes a scattering prevention holding part 260 .

The shatterproof holding part 260 is provided to assist the scattering prevention center body 256 to maintain the position of the shatterproof body 252 .

This shatterproof holding part 260 is to return the shatterproof body 252 to its original position by the elastic force, and maintains the position together with the scattering prevention center body 256 .

On the other hand, as shown in Figure 3, the stirring unit 250', (paddle type)

It includes a stirring shaft 252', a stirring paddle 254', and a stirring driving unit 256'.

The stirring shaft 252' is provided in the fermentation drying chamber 100 so as to be rotatable in the fermentation space.

In addition, a plurality of stirring paddles 254 ′ are provided along the stirring shaft 252 ′.

The stirring driving unit 256' is provided to rotate the stirring shaft 252'.

Here, the stirring paddle 254' is formed to be curved downward from the stirring shaft 252' toward the end.

According to the stirring unit 250', the organic wastes and residues can be stirred by the rotating stirring paddle 254', and the organic waste and residues being stirred by the downwardly curved stirring paddle 254'. It can be easily removed and moved downwards.

The stirring unit 250 ′ of this other embodiment may also be provided with an anti-scattering unit 250 and an anti-scattering holding unit 260 , and the configuration is the same as described above.

And the supply unit 300 includes a storage hopper 310 , a supply port 320 , and a supply transfer unit 330 .

The storage hopper 310 stores organic waste, and the supply port 320 is provided in the fermentation and drying chamber 100 .

In addition, the supply transfer unit 330 supplies the organic waste of the storage hopper 310 to the supply port 320 .

In addition, the discharge unit 400 includes a discharge port 410 , a storage tank 420 and a discharge transfer unit 430 .

The outlet 410 is provided in the fermentation drying chamber 100 so that the residue is discharged.

And the storage tank 420 is provided to store the residue discharged through the outlet (410).

The discharge transfer unit 430 is provided to transfer the remnants discharged to the discharge port 410 to the storage tank 420 .

In addition, as shown in FIG. 4 , the heat supply unit 600 includes a heat supply jacket 610 , a refrigerant circulation unit 620 , and a temperature control unit 630 .

The heat supply jacket 610 is provided to surround the outer peripheral surface of the lower end of the fermentation drying chamber 100 .

And the refrigerant circulation unit 620 is provided to supply a high-temperature refrigerant to the heat supply jacket (610).

The temperature control unit 630 is provided to control the refrigerant circulation unit 620 to control the temperature of the refrigerant.

Meanwhile, the heat supply unit 600 ′ according to another embodiment includes a heat circulation tube 610 ′, a refrigerant circulation unit 620 ′, and a temperature control unit 630 ′.

The thermal circulation tube 610 ′ is provided to surround the outer peripheral surface of the lower end of the fermentation and drying chamber 100 .

And the refrigerant circulation unit 620' is provided to supply a high-temperature refrigerant to the heat circulation pipe (610').

The temperature control unit 630' is provided to control the temperature of the refrigerant by controlling the refrigerant circulation unit 620'.

Here, the refrigerant circulation units 620 and 620' of each embodiment are air conditioning systems used in general air conditioning, and a separate description will be omitted.

In addition, the heat supply unit 600 ″ of another embodiment includes a heating wire 610 ″, a power supply unit 620 ″, and a temperature control unit 630 ″.

The heating wire 610 ″ is provided to surround the outer peripheral surface of the lower end of the fermentation and drying chamber 100 .

And the power supply 620" is provided to supply power to the heating wire 610".

The temperature control unit 630″ is provided to control the temperature of the heating wire 610″ by controlling the power supply unit 620″.

In addition, the deodorization unit 700 includes a condensing unit 710, a deodorization filter unit 720, a deodorization inlet pipe 730, a deodorization transfer pipe 740, a deodorization discharge pipe 750, a deodorization circulation pipe 760, and a deodorization valve 770. ), a deodorization blower 780 , a condensate discharge unit 790 , and a deodorization control unit 800 .

The condensing unit 710 is provided to condense the gas of the fermentation space.

And the deodorizing filter unit 720 is provided to deodorize the odor from the condensed gas through the condensing unit (710).

The deodorization inlet pipe 730 is provided to introduce the gas of the fermentation space to pass through the condensing unit 710 .

In addition, the deodorization transfer pipe 740 is provided to transfer the gas that has passed through the condensing unit 710 to the deodorizing filter unit 720 .

The deodorization discharge pipe 750 is provided to discharge the deodorized gas through the deodorization filter unit 720 to the outside.

And the deodorization circulation pipe 760 is branched from the deodorization transfer pipe 740 and is provided to circulate the gas to the fermentation space.

The deodorization valve 770 is provided in the deodorization transfer pipe 740 in which the deodorization circulation pipe 760 is branched to communicate the gas to the deodorization filter unit 720 or the deodorization circulation pipe 760 .

In addition, the deodorization blowing unit 780 is provided to transfer the gas of the fermentation space to the condensing unit 710 and the deodorizing filter unit 720 .

The condensed water discharge unit 790 is provided to discharge the condensed water generated in the condensing unit 710 and the deodorizing filter unit 720 .

And the deodorization control unit 800 is provided to control the deodorization valve 770 , the deodorization blower 780 , and the condensate discharge unit 790 .

Accordingly, it is possible to remove organic waste and odors generated in the fermentation process.

In addition, the gas separated from moisture through the condensing unit 710 may be circulated to the fermentation space to dry the fermentation space.

Here, the deodorization circulation pipe 760 is further provided with a preheater 810 to circulate the dried gas at a high temperature, thereby improving the drying efficiency of the fermentation space.

And the deodorizing filter unit 720 is composed of any one or more of catalytic oxidation, bio-filter, and activated carbon filter to filter the gas to be discharged to the deodorization discharge pipe 750 to remove the odor.

As an embodiment of the present invention, the high-temperature resistant microorganisms included in the fermentation space part are Pseudomonas japonica (eg, Pseudomonas japonica DSM 22348), Bacillus vietnamensis (eg, Bacillus vietnamensis DSM 18898), and Cutobacterium oceanose. Dementum (eg, Curtobacterium oceanosedimentum ATCC 31317) at least one selected from the group, more preferably two or more types of mixed microorganisms. More preferably, the mixed microorganism further comprises a thermophilic microorganism, Brevibacillus borstelensis BCS-1 (Brevibacillus borstelensis BCS-1, KCTC 0673BP).

In order to test the odor removal effect on odor-causing substances, each was injected into the sample at a high concentration of 100 ppm, and then stirred and fermented and the deodorization process was performed. (The above 4 strains) was confirmed to be excellent.

Test gas name hours (minutes) Deodorization rate (%) ammonia
(Initial concentration 100ppm) 30 93.5 60 95.2 90 96.8 120 97.2 trimethylamine
(Initial concentration 100ppm) 30 93.3 60 95.5 90 96.7 120 97.2 hydrogen sulfide
(Initial concentration 100ppm) 30 93.6 60 94.8 90 96.0 120 96.9 methyl mercaptan
(Initial concentration 100ppm) 30 94.1 60 95.5 90 97.6 120 98.8

Test gas name hours (minutes) Deodorization rate (%) ammonia
(Initial concentration 100ppm) 30 95.6 60 96.8 90 98.8 120 99.3 trimethylamine
(Initial concentration 100ppm) 30 95.3 60 96.8 90 98.8 120 99.5 hydrogen sulfide
(Initial concentration 100ppm) 30 96.3 60 97.8 90 98.8 120 99.6 methyl mercaptan
(Initial concentration 100ppm) 30 95.8 60 97.0 90 98.3 120 99.3

10: contaminant treatment device 100: fermentation drying chamber
200: stirring unit 300: supply unit
400: discharge unit 500: microorganism supply unit
600: heat supply unit 700: deodorization unit

Claims (10)

Cylindrical fermentation and drying chamber having a fermentation space therein;
a stirring unit rotatably provided in the fermentation space of the fermentation drying chamber to stir the organic waste;
a supply unit for supplying organic waste to the fermentation space unit of the fermentation drying chamber;
a discharge unit for discharging the residues fermented in the fermentation space of the fermentation drying chamber;
a microorganism supply unit for supplying microorganisms to the fermentation space;
a heat supply unit for supplying heat to the lower end of the fermentation space; and
Containing;
The fermentation space unit,
Organic waste is fermented to the lower side with respect to the central axis of the fermentation and drying chamber, and gas is present to the upper side,
It further comprises;
The scattering prevention unit,
A scattering prevention body provided so as to be rotatable on the stirring shaft by a bearing;
a scattering prevention plate provided at both ends of the scattering prevention body and positioned in the space between the stirring blades and the stirring shaft to prevent the remnants from moving upward by the stirring blades;
a scattering prevention center body for maintaining the center of the scattering prevention body so that the scattering prevention plate is located on both sides of the stirring shaft; and
It includes a; includes a;
The shatterproof holding part is to return the shatterproof body to its original position by the elastic force, and maintains the position together with the shatterproof central body,
The supply unit,
a storage hopper in which organic waste is stored;
a supply port provided in the fermentation and drying chamber; and
Including; and a supply transfer unit for supplying the organic waste of the storage hopper to the supply port,
The discharge unit,
an outlet provided in the fermentation and drying chamber to discharge the residues;
a storage tank for storing the remnants discharged through the outlet; and
Including a;
The heat supply unit,
a heat supply jacket provided to surround the outer peripheral surface of the lower end of the fermentation and drying chamber;
a refrigerant circulation unit for supplying a high-temperature refrigerant to the heat supply jacket; and
Including; a temperature control unit for controlling the temperature of the refrigerant;
The deodorizing unit,
a condensing unit for condensing the gas of the fermentation space;
a deodorizing filter unit for deodorizing odors from the gas condensed through the condensing unit;
a deodorization inlet pipe for introducing the gas of the fermentation space to pass through the condensing unit;
a deodorization transfer pipe for transferring the gas passing through the condensing unit to the deodorizing filter unit;
a deodorization discharge pipe for discharging the deodorized gas to the outside through the deodorization filter unit;
a deodorization circulation pipe branched from the deodorization transfer pipe to circulate the gas to the fermentation space;
a deodorization valve provided in the deodorization transfer tube to which the deodorization circulation tube is branched to communicate the gas to the deodorization filter unit or the deodorization circulation tube;
a deodorization blowing unit for transferring the gas of the fermentation space to a condensing unit and a deodorizing filter unit;
a condensate discharge unit for discharging the condensed water generated in the condensing unit and the deodorizing filter unit; and
It includes; a deodorization control unit for controlling the deodorization valve, the deodorization blowing unit, and the condensate discharge unit;
The deodorizing filter unit,
It is composed of any one or more of catalytic oxidation, biofilter, and activated carbon filter,
The microorganism supply unit,
Sewage, livestock excreta, food waste treatment facility contaminant treatment device, characterized in that the supply of at least one microorganism selected from the group of Susomonas japonica, Bacillas vietnamensis, and Cutobacterium ocean ocedimentum. delete According to claim 1, wherein the stirring unit,
a stirring shaft provided in the fermentation and drying chamber so as to be rotatable in the fermentation space;
Stirring blades formed to be long in a certain width and spirally formed along the stirring shaft, provided to be spaced apart from the stirring shaft by a predetermined interval;
a blade fixing part for fixing the stirring blades to be spaced apart from the stirring shaft at regular intervals; and
Sewage, livestock manure, and food waste treatment facility contaminant treatment device comprising; a stirring drive unit for rotating the stirring shaft. According to claim 1, wherein the stirring unit,
a stirring shaft provided in the fermentation and drying chamber so as to be rotatable in the fermentation space;
a plurality of stirring paddles provided along the stirring shaft; and
Sewage, livestock manure, and food waste treatment facility contaminant treatment device comprising; a stirring drive unit for rotating the stirring shaft. delete delete delete delete delete delete

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