CN216513174U - Community or park living resource repeated regeneration recycling system - Google Patents
Community or park living resource repeated regeneration recycling system Download PDFInfo
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- CN216513174U CN216513174U CN201920434230.7U CN201920434230U CN216513174U CN 216513174 U CN216513174 U CN 216513174U CN 201920434230 U CN201920434230 U CN 201920434230U CN 216513174 U CN216513174 U CN 216513174U
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Images
Classifications
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/40—Bio-organic fraction processing; Production of fertilisers from the organic fraction of waste or refuse
Abstract
The utility model discloses a system for repeatedly regenerating and recycling living resources of communities or parks, which relates to the technical field of living resource management and comprises an organic fertilizer recovery and treatment system; a domestic water quality supply regeneration circulating system; the household garbage classification and recovery processing system can separate the grease of the food garbage from water, separate the food garbage from water and dry and wet, and separate waste water, waste oil, waste residues, recoverable and unrecoverable household garbage and the like for classification processing; the utility model can effectively optimize and utilize domestic water for super-purification to domestic resources of communities or parks, prevent diseases and cancers from the source, improve the domestic health level of people, regenerate waste water, waste oil and waste residues, recycle and reduce the waste of the domestic resources, and solve the pollution problem of the domestic health water and the domestic garbage from the source in a block manner to achieve the advantages of zero emission and no pollution.
Description
Technical Field
The utility model relates to the technical fields of water resource management, comprehensive garbage treatment, resource repeated cyclic recycling and the like, in particular to a community or park living resource repeated cyclic recycling system achieving zero emission and no pollution.
Background
1. The natural world has tens of thousands of compounds, scientific and technological progress and production development, water pollution is a global problem, statistics shows that thousands of new chemicals are put on the market every year, tens of thousands of new synthetic organic matters are increased every year, 2221 trace organic matters are detected only by a water supply system, some are toxic and harmful, particularly some are suspicious carcinogenic or carcinogenic, malformation or mutagenic substances and the like, such as carcinogens such as trichloromethane, bromodichloromethane and the like, which are generated by residual chlorine in tap water.
2. The economic development is high, the urban pipeline is favored, the industrial building is damaged and aged seriously, the source water pollution is increased year by year, the sewage treatment is too much owing, 95 percent of surface water is polluted, 40 percent of underground water is polluted, and the country has no time to give full consideration.
3. 80% of diseases and 50% of cancers are related to direct drinking water, the pollution of water to people is alpha, namely direct inlet pollution which accounts for 50%, b, skin inhalation, skin absorption to volatile organic compounds in water, and c, water vapor breath inhalation pollution, for example, the breath intake of trichloroethylene is several times of the oral intake of drinking water during bathing.
4. With the improvement of living standard of people, people pay special attention to health care, pursue higher water quality, not only require drinking water to reach the standard, but also require direct living water for washing vegetables, cooking, bathing, washing clothes and the like to be pollution-free water, and have to provide new requirements for the nation and the society, namely, the improvement of living water quality and the healthy water of living water.
5. The quality of drinking water of people is improved by barreled water and a water purifier in the market, the water purifier is high in price, inconvenient and easy to be subjected to secondary pollution, and even overdue water is drunk for a long time, so that the barreled water and the water purifier are temporary measures for drinking water development history.
6. The existing popular direct drinking machine only considers that 1-2% of tap water reaches the standard, the direct drinking machine is a simple filtering and disposing mode and does not reach the direct drinking water standard, and waste water discharged by the direct drinking machine for producing purified water is wasted and is not recycled.
7. The water is directly drunk by partial local communities, more than half of water is consumed for water production, waste water is discharged, the water is wasted, the cost is extremely high, the water is up to the standard only by taking 0.5-1% of tap water into consideration, and the actual situation that direct domestic water for people to wash dishes, cook, bathe, wash clothes and the like accounts for more than 70% of the domestic water and is clean and pollution-free is also considered; the comprehensive cost of water production is reduced by hundreds of times compared with that of direct drinking water; the direct water production process system has the characteristics of being closed, free of pollution, capable of circularly flowing and manufactured at present, so that a closed loop pipeline direct water independent circulation system for supplying domestic water quality is created, the quality of domestic water of people is solved in a real sense, diseases are prevented from the source, health is thoroughly solved, and social progress is inevitably followed (direct water is only used for drinking water, and the direct water is used for washing dishes, cooking, bathing, washing clothes and the like as the drinking water.
8. The existing water purification treatment system, or sewage treatment system, or solid waste garbage treatment system, or proposed is a general idea system, which is great in project and difficult to implement; or the system is simple and incomplete, a single system is independently implemented, the implementation difficulty is very high, and the system is subjected to various pressures and resistances; or end products (only transient or transitional products), there is no complete system to implement a healthy ecological chain; there is no water treatment system which can completely remove water pollution, and can make human drinking water and domestic water directly use water, and can be implemented economically.
9. Excrement discharged by living toilets, food waste discharged by kitchens, waste oil, waste water and domestic used water in communities or parks and the like are almost discharged into rivers and lakes, so that not only is environmental pollution caused, but also the discharge pressure of municipal pipe networks is increased, and the difficulty of secondary pollution treatment is increased; the communities (school parks, industrial parks, office areas, factories, army camp and defense areas and the like) do not have a complete set of system for ultra-purifying all domestic direct water (drinking water, washing vegetables and cooking, bathing and washing clothes and the like), repeatedly recycling domestic used water, collecting and recycling waste oil, collecting and processing excrement and food garbage as organic fertilizer or incinerating food garbage to generate electricity, and meanwhile, the problems that the domestic garbage is difficult to classify and process all the time exist, and a complete, unified, economical, effective and implementable independent ecological circulation system is not formed.
SUMMERY OF THE UTILITY MODEL
The utility model aims to: the system aims to solve the problems that the existing water purification treatment system, sewage treatment system and solid waste garbage treatment system are difficult to implement independently; over-purification of domestic direct water (drinking, washing vegetables, cooking, bathing and washing clothes and the like) is thoroughly solved, diseases and cancers are prevented from the root, and the healthy living standard is improved; waste such as waste water and rainwater discharged by the existing direct drinking purified water, domestic water and the like is solved, and the waste is not recycled; the kitchen waste (waste water, waste oil and waste residue) is recovered by a system or a method which is effective, low in cost, convenient to manage and convenient to operate in an enterprise manner; fifthly, the problem that most recyclable waste in the garbage is caused by the unsorted treatment of the household garbage in the existing communities or parks and the like is solved; the utility model provides a system for repeatedly regenerating and recycling living resources of communities or parks, which can achieve zero emission and no pollution.
The utility model specifically adopts the following technical scheme for realizing the purpose:
a system for recycling and reusing life resources of a community or a park comprises: the domestic water quality supply regeneration circulating system can purify the water supply source of the community or park into pure water for drinking water and domestic direct water and purify and recycle kitchen and toilet sewage, bathroom sewage and laundry sewage; the household garbage classification and recovery processing system can crush the food garbage, separate the grease and the water of the crushed food garbage, separate the food garbage subjected to oil removal processing in a dry-wet manner, and classify and recover the waste water, the waste oil and the waste residues separated from the food garbage; can retrieve the organic fertilizer recovery processing system of the excrement and urine of community or garden, drying process.
The working principle is as follows: the utility model realizes dual water supply through the living water quality supply regeneration circulating system, and the direct water which is directly drunk after tap water is purified is used for drinking, washing vegetables, cooking, bathing, washing clothes and other lives, so that people can thoroughly prevent diseases, cancers and the like from the beginning, and the real life health is realized; the used domestic water, rainwater and the like are collected and subjected to deep physicochemical treatment through a domestic water quality supply regeneration circulating system to be used for flushing a toilet, greening and irrigating, cleaning a road, partially using industrial water, using fire-fighting standby water and other water, so that the repeated cyclic utilization is realized, and the utilization rate is up to more than 80%; through an organic fertilizer recycling system, the toilet excrement residues and the kitchen waste are prepared into organic fertilizers through collection treatment or directly supplied to crop areas after fermentation and disinfection treatment or used for re-ploughing organic fertilizers for recycling, so that waste residues are changed into valuable materials, secondary pollution is avoided, and the aim of zero emission and no pollution is fulfilled; through the household garbage classification recovery processing system, the soluble and breakable household garbage is smashed and melted into fine meal powder garbage through meal crushing equipment, oil-water separation is carried out on the fine meal powder garbage, waste oil is used for producing soap or biodiesel, the meal garbage is used as organic fertilizer or used for burning power generation, and the rest 10% of hard household garbage is separately collected through useful and useless code sweeping environment-friendly bags, so that the household garbage is recycled.
Further, the living water quality supply regeneration circulation system comprises: a direct water purification treatment system for purifying tap water or well water; a hot water system capable of heating water treated by the purified water treatment system and supplying hot water to a user; an oil-water separator capable of separating oil stain and water in sewage discharged from a kitchen; a first dry-wet separator capable of separating water from slag in the sewage discharged from the kitchen; the fermentation tank is used for storing waste residues discharged by the first dry-wet separator; a first water purification device for purifying the sewage discharged by the first dry-wet separator; a second water purification treatment device for purifying sewage discharged by bathing and washing; the landscape pool can store the water purified by the water purification treatment equipment II; a landscape water treatment system capable of supplying water from a landscape pool to a user's toilet water system.
Further, the clean water processing system includes: the water inlet pump is used for pumping tap water well water; a generator for sterilizing the water pumped by the water intake pump; a sand filter for filtering the water sterilized by the generator; an activated carbon adsorption filter for filtering the water filtered by the sand filter; a precise filter for filtering the water filtered by the activated carbon adsorption filter; an intermediate water tank for storing the water filtered by the fine filter; a pre-pressure pump for pumping water in the intermediate water tank; a cartridge filter for filtering the water pumped by the pre-pressure pump; a high pressure pump for pumping the water filtered by the cartridge filter; a sodium filter or an RO reverse osmosis filter for filtering water discharged from the high-pressure pump; a finished product water tank for storing water discharged from the high-pressure pump; the finished product water tank is connected with a water treatment ozone generator which can carry out ozone disinfection on water in the finished product water tank.
Further, the domestic water quality supply regeneration circulation system further comprises: and the roof garden pond is used for storing the water purified by the water purification treatment equipment II and providing a water source for the toilet of a user.
Further, the landscape water treatment system includes: a roof garden drain pump for pumping water from the roof garden pond to the landscape pond, and a roof garden supply pump for pumping water from the landscape pond to the roof garden pond; the water inlet of the roof garden water supply pump is communicated with the landscape pool through a pipeline, and the water outlet of the roof garden water supply pump is communicated with the roof garden pool through a pipeline.
Further, the fertilizer recovery processing system includes: one-stop treatment equipment capable of separating water from the residue of excrement discharged from a user toilet; a food waste crushing device for crushing food waste; an oil-water separator capable of separating oil stain and water in sewage discharged from a kitchen; a first dry-wet separator capable of separating water from slag in the sewage discharged from the kitchen; the fermentation tank is used for storing the excrement residues separated by the one-stop treatment equipment and the waste residues discharged by the first dry-wet separator; the excrement treatment equipment is used for carrying out solid-liquid separation on the excrement in the fermentation tank; a second dry-wet separator for dehydrating and drying the solid manure discharged by the manure treatment equipment; the drying equipment is used for drying the feces dehydrated by the dry-wet separator II; and the particle crushing equipment is used for crushing the feces dried by the drying equipment.
Furthermore, the one-stop treatment equipment is a feces treatment machine, a feed inlet of the one-stop treatment equipment is communicated with a feces drainage pipeline of a user, a liquid discharge port of the one-stop treatment equipment is communicated with a liquid inlet of the water purification treatment equipment I through a pipeline, a residue discharge channel of the one-stop treatment equipment is communicated with a fermentation tank, the fermentation tank is connected with the feces treatment equipment through a slurry pump, the slurry pump pumps the feces in the fermentation tank to the feed inlet of the feces treatment equipment, a feces outlet of the feces treatment equipment is connected with a feed inlet of the dry-wet separator II through a pipeline, a discharge outlet of the dry-wet separator II is connected with a feed inlet of the drying equipment through a pipeline, and a discharge outlet of the drying equipment is connected with a feed inlet of the particle crushing equipment through a pipeline.
Further, the household garbage classification and recovery processing system comprises: a food waste crushing device for crushing food waste; a recyclable waste bin for storing recyclable waste; a non-recyclable waste bin for storing non-recyclable waste; an oil-water separator for separating oil and water in the food garbage crushed by the food garbage crushing equipment; a first dry-wet separator for performing solid-liquid separation on the garbage subjected to deoiling by the oil-water separator; a second water purification device for purifying the sewage discharged by the first dry-wet separator; the landscape pool is used for storing the water purified by the water purification treatment equipment II; and the fermentation tank is used for storing waste residue separated by the dry-wet separator.
The specific recovery method of the household garbage classification recovery processing system is that a user puts household soluble and crushable garbage into a food garbage crushing device for crushing and smashing, then the crushed garbage is discharged into an oil-water separator II through a food discharge pipe for oil-water separation, and oil separated by the oil-water separator II is collected and transported to a factory for professional production to produce soap and biodiesel; the waste water and the waste residues separated from the food garbage after passing through the oil-water separator are discharged into a first dry-wet separator through a waste discharge pipe for dry-wet separation, the waste water separated from the first dry-wet separator is discharged into a second water purification treatment device through a waste discharge pipe for purification treatment, and the water treated by the second water purification treatment device is discharged into a landscape pool through a drain pipe; and then discharging the waste residue separated by the dry-wet separator into a fermentation tank through a waste discharge pipe.
The utility model has the following beneficial effects:
1. the utility model realizes dual water supply through the living water quality supply regeneration circulating system, and the direct water which is directly drunk after tap water is purified is used for drinking, washing vegetables, cooking, bathing, washing clothes and other lives, so that people can thoroughly prevent diseases, cancers and the like from the beginning, and the real life health is realized; the used domestic water, rainwater and the like are collected and subjected to deep physicochemical treatment through a domestic water quality supply regeneration circulating system to be used for flushing a toilet, greening and irrigating, cleaning a road, partially using industrial water, using fire-fighting standby water and other water, so that the repeated cyclic utilization is realized, and the utilization rate is up to more than 80%; through an organic fertilizer recycling system, the toilet excrement residues and the kitchen waste are prepared into organic fertilizers through collection treatment or directly supplied to crop areas after fermentation and disinfection treatment or used for re-ploughing organic fertilizers for recycling, so that waste residues are changed into valuable materials, secondary pollution is avoided, and the aim of zero emission and no pollution is fulfilled; through the household garbage classification recovery processing system, the soluble and breakable household garbage is smashed and melted into fine meal powder garbage through meal crushing equipment, oil-water separation is carried out on the fine meal powder garbage, waste oil is used for producing soap or biodiesel, the meal garbage is used as organic fertilizer or used for burning power generation, and the rest 10% of hard household garbage is separately collected through useful and useless code sweeping environment-friendly bags, so that the household garbage is recycled.
2. The utility model solves the drinking water health problem of people only from the terminal such as barreled water, direct drinking machine, direct drinking water and the like in the past, and the treated wastewater is not collected and utilized, but the utility model not only changes the mode and solves the problem from the beginning, but also is not limited to drinking water, and can be directly used for full ultra-purification such as washing vegetables, cooking, bathing and washing clothes and the like from the whole life of people, thereby preventing diseases and cancers from the source and thoroughly ensuring the life health of people.
3. The utility model is different from the prior art, all the used waste water is discharged, and the utility model recycles all the waste water repeatedly, ensures that the recycling rate reaches more than 80 percent, ensures that the roof garden pond, the toilet and the landscape circulating pond in the community or the garden form ecological flowing circulation and the water source is continuous, ensures that the area is clean and healthy and is full of vitality, reduces the municipal pipe network pressure and causes the second pollution, avoids the treatment of a large amount of pollution again, and directly implements the reduction of the national secondary pollution treatment and the consumption of financial and material resources and saves the water resource by blocking the enterprise.
4. The utility model is different from the past, the waste water, waste oil and waste residue discharged by excrement, food and the like used in daily life are not collected and recycled, if some waste water, waste oil and waste residue are mostly completed by adopting an independent and incomplete system, the cost is high, the utilization rate is low, the utility model realizes the super-purification of the domestic water, the recycling of the waste water, waste oil and waste residue, the recycling and the cyclic utilization, the systems are mutually connected in layers, the rings are buckled, and a certain link is lacked, so the efficiency and the utilization rate can be greatly broken.
5. The utility model is not only an innovative system, but also an innovative consumption mode, changes the drinking concept and the living habit of people, prevents diseases from the source of life, achieves real health of life, and maintains healthy ecological living environment; the novel system is a comprehensive innovative development new mode and new system which is around the purposes of energy conservation, environmental protection, health and repeated cyclic recycling, following nature and maintaining nature, realizes block zero emission and no pollution, and lays the foundation for the whole environmental system dictionary for realizing zero emission and no pollution for the country.
Drawings
FIG. 1 is a schematic structural view of the present invention;
FIG. 2 is a schematic diagram of the domestic water quality supply regeneration cycle system of FIG. 1;
FIG. 3 is a schematic structural diagram of the organic fertilizer recycling system in FIG. 1;
fig. 4 is a schematic structural diagram of the household garbage sorting, recycling and processing system in fig. 1.
Reference numerals: 1-an organic fertilizer recycling treatment system, 2-a domestic water quality supply recycling system, 3-a domestic garbage classification recycling treatment system, 4-a circulating filter, 5-a roof garden pond, 6-a one-stop treatment device, 7-a fermentation pond, 8-a feces treatment device, 9-a second dry-wet separator, 10-a drying device, 11-a particle crushing device, 12-a landscape pond, 13-a first water purification treatment device, 14-a landscape water treatment system, 15-a second water purification device, 16-a first dry-wet separator, 17-an oil-water separator, 18-a direct water purification treatment system, 19-a hot water system, 20-a meal garbage crushing device, 21-a recyclable garbage can, 22-a non-recyclable garbage can, 23-a water inlet pump, 24-generator, 25-sand filter, 26-active carbon adsorption filter, 27-precision filter, 28-intermediate water tank, 29-pre-pressure pump, 30-cartridge filter, 31-high pressure pump, 32-nano filtration filter or RO reverse osmosis membrane filter, 33-finished water tank and 34-water treatment ozone generator.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. The components of embodiments of the present invention generally described and illustrated in the figures herein may be arranged and designed in a wide variety of different configurations.
Thus, the following detailed description of the embodiments of the present invention, presented in the figures, is not intended to limit the scope of the utility model, as claimed, but is merely representative of selected embodiments of the utility model. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
It should be noted that: like reference numbers and letters refer to like items in the following figures, and thus, once an item is defined in one figure, it need not be further defined and explained in subsequent figures. Furthermore, the terms "first," "second," and the like are used merely to distinguish one description from another, and are not to be construed as indicating or implying relative importance.
In the description of the embodiments of the present invention, it should be noted that the terms "inside", "outside", "upper", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings or orientations or positional relationships conventionally arranged when the products of the present invention are used, and are only used for convenience in describing the present invention and simplifying the description, but do not indicate or imply that the devices or elements indicated must have specific orientations, be constructed in specific orientations, and operated, and thus, should not be construed as limiting the present invention.
Example 1
A system for recycling and reusing life resources of a community or a park comprises:
a domestic water quality supply and regeneration circulating system 2 which can purify the water supply source of the community or park into pure water for drinking water and domestic direct water and purify and recycle kitchen and toilet sewage, bathroom sewage and laundry sewage; a household garbage classification and recovery processing system 3 which can crush the food garbage, separate the grease of the crushed food garbage from water, separate the food garbage after oil removal processing from dry and wet, and classify and recover the waste water, waste oil and waste residue separated from the food garbage; can retrieve the excrement and urine of community or garden, drying process's fertilizer recovery processing system 1.
The utility model realizes dual water supply through the living water quality supply regeneration circulating system, and the direct water which is directly drunk after tap water is purified is used for drinking, washing vegetables, cooking, bathing, washing clothes and other lives, so that people can thoroughly prevent diseases, cancers and the like from the beginning, and the real life health is realized; the used domestic water, rainwater and the like are collected and subjected to deep physicochemical treatment through a domestic water quality supply regeneration circulating system to be used for flushing a toilet, greening and irrigating, cleaning a road, partially using industrial water, using fire-fighting standby water and other water, so that the repeated cyclic utilization is realized, and the utilization rate is up to more than 80%; through an organic fertilizer recycling system, the toilet excrement residues and the kitchen waste are prepared into organic fertilizers through collection treatment or directly supplied to crop areas after fermentation and disinfection treatment or used for re-ploughing organic fertilizers for recycling, so that waste residues are changed into valuable materials, secondary pollution is avoided, and the aim of zero emission and no pollution is fulfilled; through the household garbage classification recovery processing system, the soluble and breakable household garbage is smashed and melted into fine meal powder garbage through meal crushing equipment, oil-water separation is carried out on the fine meal powder garbage, waste oil is used for producing soap or biodiesel, the meal garbage is used as organic fertilizer or used for burning power generation, and the rest 10% of hard household garbage is separately collected through useful and useless code sweeping environment-friendly bags, so that the household garbage is recycled.
Specifically, the living water quality supply regeneration circulation system 2 includes: a direct water purification treatment system 18 for purifying tap water or well water; a hot water system 19 capable of heating water after being processed by the fresh water processing system 18 and supplying hot water to a user; an oil-water separator 17 capable of separating oil stains and water in sewage discharged from a kitchen; a first dry-wet separator 16 capable of separating water from slag in the sewage discharged from the kitchen; the fermentation tank 7 is used for storing waste residues discharged by the first dry-wet separator 16; a first water purification treatment device 13 for purifying the sewage discharged from the first wet-dry separator 16; a second water purification treatment device 15 for purifying the sewage discharged from the bath and the laundry; a landscape water tank 12 capable of storing the water purified by the second water purification device 15; a landscape water treatment system 14 capable of supplying water from the landscape pool 12 to a user's toilet water system.
Specifically, the fresh water treatment system 18 includes: a water intake pump 23 for pumping tap water well water; a generator 24 for sterilizing the water pumped by the water feed pump 23; a sand filter 25 for filtering the water sterilized by the generator 24; an activated carbon adsorption filter 26 for filtering the water filtered by the sand filter 25; a fine filter 27 for filtering the water filtered by the activated carbon adsorption filter 26; an intermediate water tank 28 for storing the water filtered by the fine filter 27; a pre-pressure pump 29 for pumping water in the intermediate tank 28; a cartridge filter 30 for filtering the water pumped by the pre-pressure pump 29; a high pressure pump 31 for pumping the water filtered by the cartridge filter 30; a sodium filter or RO reverse osmosis filter 32 for filtering water discharged from the high-pressure pump 31; a product water tank 33 for storing water discharged from the high-pressure pump 31; the finished product water tank 33 is connected with a water treatment ozone generator 34 which can sterilize the water in the finished product water tank 33 by ozone.
Specifically, the living water quality supply regeneration circulation system 2 further includes: a roof garden pond 5 for storing the water purified by the second water purification device 15 and providing water source for the user toilet.
Specifically, the landscape water treatment system 14 includes: a roof garden drain pump for pumping water from the roof garden pond 5 to the landscape pond 12, and a roof garden feed pump for pumping water from the landscape pond 12 to the roof garden pond 5; the water inlet of the roof garden water discharge pump is communicated with the roof garden water pool 5 through a pipeline, the water outlet of the roof garden water discharge pump is communicated with the landscape water pool 12 through a pipeline, the water inlet of the roof garden water supply pump is communicated with the landscape water pool 12 through a pipeline, and the water outlet of the roof garden water supply pump is communicated with the roof garden water pool 5 through a pipeline.
Specifically, the organic fertilizer recycling system 1 includes: a one-stop treatment facility 6 capable of separating water from the sludge of the excrements discharged from the user's toilet; a food waste crushing device 20 for crushing food waste; an oil-water separator 17 capable of separating oil stains and water in sewage discharged from a kitchen; a first dry-wet separator 16 capable of separating water from slag in the sewage discharged from the kitchen; a fermentation tank 7 for storing the excrement residues separated by the one-station treatment equipment 6 and the waste residues discharged by the dry-wet separator 16; a manure treatment device 8 for performing solid-liquid separation on the manure in the fermentation tank 7; a second dry-wet separator 9 for dehydrating and drying the solid manure discharged from the manure treatment equipment 8; the drying equipment 10 is used for drying the feces dehydrated by the second dry-wet separator 9; and a particle pulverizing device 11 for pulverizing the fecal sewage dried by the drying device 10.
Specifically, the one-stop treatment equipment 6 is a feces treatment machine, a feed inlet of the one-stop treatment equipment 6 is communicated with a feces drainage pipeline of a user, a liquid outlet of the one-stop treatment equipment 6 is communicated with a liquid inlet of the water purification treatment equipment 13 through a pipeline, a residue discharge channel of the one-stop treatment equipment 6 is communicated with the fermentation tank 7, the fermentation tank 7 is connected with the feces treatment equipment 8 through a slurry pump, the slurry pump pumps the feces in the fermentation tank 7 to the feed inlet of the feces treatment equipment 8, a feces outlet of the feces treatment equipment 8 is connected with a feed inlet of the dry-wet separator two 9 through a pipeline, a discharge outlet of the dry-wet separator two 9 is connected with a feed inlet of the drying equipment 10 through a pipeline, and a discharge outlet of the drying equipment 10 is connected with a feed inlet of the particle crushing equipment 11 through a pipeline.
Specifically, the household garbage classification and recovery processing system 3 includes: a food waste crushing apparatus 20 for crushing food waste; a recyclable waste bin 21 for storing recyclable waste; a non-recyclable waste bin 22 for storing non-recyclable waste; an oil-water separator 17 for separating oil and water in the food waste crushed by the food waste crushing apparatus 20; a first dry-wet separator 16 for performing solid-liquid separation on the garbage subjected to deoiling by the oil-water separator 17; a second water purification device 15 for purifying the sewage discharged from the first wet-dry separator 16; a landscape water tank 12 for storing the water purified by the second water purification treatment device 15; and the fermentation tank 7 is used for storing the waste residue separated by the first dry-wet separator 16.
Specifically, the specific recycling method of the household garbage classification recycling treatment system 3 is that a user puts household soluble and breakable garbage into the food garbage crushing device 20 for crushing, smashing and dissolving, then the crushed garbage is discharged into the oil-water separator II 17 through the food discharge pipe for oil-water separation, and oil separated by the oil-water separator II 17 is collected and transported to a factory for professional production to produce soap and biodiesel; the waste water and the waste residues separated from the food garbage after passing through the oil-water separator 17 are discharged into a first dry-wet separator 16 through a waste discharge pipe for dry-wet separation, the waste water separated from the first dry-wet separator 16 is discharged into a second water purification treatment device 15 through the waste discharge pipe for purification treatment, and the water treated by the second water purification treatment device 15 is discharged into a landscape water tank 12 through a drain pipe; and then the waste residue separated by the first dry-wet separator 16 is discharged into the fermentation tank 7 through a waste discharge pipe.
Except perishable, soluble and breakable garbage, the household of a user has recyclable and unrecoverable hard substances within 10 percent, useful code-scanning environment-friendly bags and useless environment-friendly bags of the garbage are provided for the user, the user puts the useful code-scanning environment-friendly bags filled with the useful garbage into a garbage storage box which can automatically identify and scan a code bar and can automatically identify and open, the environment-friendly bags filled with the useless garbage are put into the unrecoverable garbage storage box, and the recyclable and unrecoverable garbage is conveyed to a entrusted special garbage disposal company for disposal by using a garbage transport vehicle, so that the environment-friendly bags of the household garbage classification and recycling disposal system are buried deeply and can be automatically degraded and oxidized.
Under special conditions, such as when the roof of a user does not have the roof garden water tank 5 or the roof garden water tank 5 cannot be arranged, the water outlet of the second water purification treatment device 15 is directly communicated with the toilet flushing water supply system of the user through a pipeline, so that flushing water can be directly provided for the user, meanwhile, the water outlet of the second water purification treatment device 15 needs to be communicated with the water inlet of the landscape water tank 12 through a pipeline, so that water purified by the second water purification treatment device 15 can be discharged to the landscape water tank 12 to be stored under the condition that the toilet flushing water supply system of the user is not used.
Specifically, a water inlet of the water inlet pump 23 is communicated with a tap water supply pipeline, a water outlet of the water inlet pump 23 is connected with a water inlet of the generator 24 through a pipeline, a water outlet of the generator 24 is connected with a water inlet of the sand filter 25 through a pipeline, a water outlet of the sand filter 25 is connected with a water inlet of the activated carbon adsorption filter 26 through a pipeline, a water outlet of the activated carbon adsorption filter 26 is connected with a water inlet of the fine filter 27 through a pipeline, a water outlet of the fine filter 27 is connected with a water inlet of the intermediate water tank 28 through a pipeline, a water outlet of the intermediate water tank 28 is connected with a water inlet of the pre-pressure pump 29 through a pipeline, a water outlet of the pre-pressure pump 29 is connected with a water inlet of the security filter 30 through a pipeline, a water outlet of the security filter 30 is connected with a water inlet of the high-pressure pump 31 through a pipeline, a water outlet of the high-pressure pump 31 is connected with a water inlet of the nanofiltration filter or the RO membrane filter 32 through a pipeline, the water outlet of the nanofiltration filter or the RO reverse osmosis membrane filter 32 is connected with the water inlet of the finished product water tank 33 through a pipeline, the air outlet of the water treatment ozone generator 34 is communicated with the water inlet of the finished product water tank 34, the water outlet of the finished product water tank 33 is communicated with a tap water pipeline of a user, the feed inlet of the food waste crushing equipment 20 is connected with a kitchen sewage pipeline of the user, the discharge outlet of the food waste crushing equipment 20 is communicated with the feed inlet of the oil-water separator 17 through a pipeline, the discharge outlet of the oil-water separator 17 is communicated with the feed inlet of the first dry-wet separator 16 through a pipeline, the grease outlet of the oil-water separator 17 is provided with a grease collecting cylinder capable of collecting grease, the grease outlet of the oil-water separator 17 is connected with the grease collecting cylinder through a pipeline, the waste residue outlet of the first dry-wet separator 16 is connected with the fermentation tank 7 through a pipeline, the waste water outlet of the first dry-wet separator 16 is connected with the water inlet of the first water purification treatment equipment 13 through a pipeline, the water outlet of the first water purification treatment device 13 is connected with the water inlet of the landscape pool 12 through a pipeline, the water inlet of the second water purification treatment device 15 is communicated with the drainage pipeline of a bathroom and a laundry room of a user through a pipeline, the water outlet of the second water purification treatment device 15 is communicated with the water inlet of the roof garden pool 5 through a pipeline, the water outlet of the second water purification treatment device 15 is communicated with a toilet flushing water supply system of the user through a pipeline, and a valve is fixedly connected in series on the pipeline connecting the water outlet of the second water purification treatment device 15 with the toilet flushing water supply system of the user.
The community or park according to the present invention is representative of a broad sense in which an independent block property such as a community, an office area, a residential area, a factory area, an army camp area, or an industrial park is used as a unit, and cannot be interpreted as a community or a park narrowly.
Claims (5)
1. A community or park living resource repeated regeneration and recycling system is characterized by comprising:
a domestic water quality supply and regeneration circulating system (2) which can purify the water supply source of the community or park into pure water for drinking water and domestic direct water and purify and recycle kitchen and toilet sewage, bathroom sewage and laundry sewage;
a household garbage classification and recovery processing system (3) which can crush the food garbage, separate the grease of the crushed food garbage from water, separate the food garbage after oil removal processing from dry and wet, and classify and recover the waste water, waste oil and waste residue separated from the food garbage;
an organic fertilizer recovery and treatment system (1) which can recover and dry excrement in communities or parks;
a direct water purification treatment system (18) for purifying tap or well water;
a hot water system (19) capable of heating the water after being processed by the fresh water processing system (18) and of supplying hot water to a user;
an oil-water separator (17) capable of separating oil stain and water in sewage discharged from a kitchen;
a first dry-wet separator (16) capable of separating water from slag in the sewage discharged from the kitchen;
a fermentation tank (7) for storing the waste residue discharged by the first dry-wet separator (16);
a first water purification treatment device (13) for purifying the sewage discharged by the first dry-wet separator (16);
a second water purification treatment device (15) for purifying sewage discharged from bathing and washing;
a landscape pool (12) which can store the water purified by the second water purification treatment device (15);
a landscape water treatment system (14) capable of supplying water from the landscape pool (12) to a user toilet water system;
the organic fertilizer recycling system (1) comprises:
a one-stop treatment facility (6) capable of separating water from the sludge of the excrements discharged from the user's toilet;
a food waste crushing device (20) for crushing food waste;
an oil-water separator (17) capable of separating oil stains and water in sewage discharged from a kitchen;
a first dry-wet separator (16) capable of separating water from slag in the sewage discharged from the kitchen;
a fermentation tank (7) for storing the excrement residue separated by the one-station treatment equipment (6) and the waste residue discharged by the dry-wet separator (16);
a manure treatment device (8) for carrying out solid-liquid separation on the manure in the fermentation tank (7);
a second dry-wet separator (9) for dehydrating and drying the solid manure discharged by the manure treatment equipment (8);
the drying equipment (10) is used for drying the feces dehydrated by the second dry-wet separator (9);
a particle crushing device (11) for crushing the feces after being dried by the drying device (10);
the household garbage classification and recovery processing system (3) comprises:
a food waste crushing device (20) for crushing food waste;
a recyclable waste bin (21) for storing recyclable waste;
a non-recyclable waste bin (22) for storing non-recyclable waste;
an oil-water separator (17) for separating oil and water in the food waste crushed by the food waste crushing device (20);
a first dry-wet separator (16) for performing solid-liquid separation on the garbage subjected to deoiling by the oil-water separator (17);
a second water purification treatment device (15) for purifying the sewage discharged by the first dry-wet separator (16);
a landscape pool (12) for storing the water purified by the second water purification treatment device (15);
and the fermentation tank (7) is used for storing the waste residue separated by the first dry-wet separator (16).
2. The community or campus recycling system of claim 1, wherein the raw water treatment system (18) comprises:
a water inlet pump (23) for pumping tap water well water;
a generator (24) for sterilizing the water pumped by the water intake pump (23);
a sand filter (25) for filtering the water sterilized by the generator (24);
an activated carbon adsorption filter (26) for filtering the water filtered by the sand filter (25);
a fine filter (27) for filtering the water filtered by the activated carbon adsorption filter (26);
an intermediate water tank (28) for storing the water filtered by the fine filter (27);
a pre-pressure pump (29) for pumping water from the intermediate tank (28);
a cartridge filter (30) for filtering the water drawn by the pre-pressure pump (29);
a high pressure pump (31) for pumping the water filtered by the cartridge filter (30);
a sodium filter or RO reverse osmosis filter (32) for filtering water discharged from the high pressure pump (31);
a product water tank (33) for storing water discharged from the high-pressure pump (31);
the finished product water tank (33) is connected with a water treatment ozone generator (34) which can carry out ozone disinfection on the water in the finished product water tank (33).
3. The community or campus recycling system of claim 1, wherein the living water quality supply recycling system (2) further comprises:
a roof garden pond (5) used for storing the water purified by the second water purification treatment device (15) and providing water sources for the toilets of users.
4. The community or campus re-generation recycling system of claim 3 wherein the landscape water treatment system (14) comprises:
a roof garden drain pump for pumping water from the roof garden pond (5) to the landscape pond (12), and a roof garden feed pump for pumping water from the landscape pond (12) to the roof garden pond (5); the water inlet of the roof garden drainage pump is communicated with the roof garden pool (5) through a pipeline, the water outlet of the roof garden drainage pump is communicated with the landscape pool (12) through a pipeline, the water inlet of the roof garden water supply pump is communicated with the landscape pool (12) through a pipeline, and the water outlet of the roof garden water supply pump is communicated with the roof garden pool (5) through a pipeline.
5. The system for recycling and reusing life resources of a community or a park as claimed in claim 1, wherein the one-stop treatment equipment (6) is a feces treatment machine, a feeding port of the one-stop treatment equipment (6) is connected with a defecation sewer pipeline of a user, a liquid discharge port of the one-stop treatment equipment (6) is connected with a liquid inlet of the water purification treatment equipment I (13) through a pipeline, a residue discharge channel of the one-stop treatment equipment (6) is connected with the fermentation tank (7), the fermentation tank (7) is connected with the feces treatment equipment (8) through a slurry pump, the slurry pump pumps the feces in the fermentation tank (7) to the feeding port of the feces treatment equipment (8), a feces outlet of the feces treatment equipment (8) is connected with a feeding port of the dry-wet separator II (9) through a pipeline, a discharging port of the dry-wet separator II (9) is connected with a feeding port of the drying equipment (10) through a pipeline, the discharge hole of the drying device (10) is connected with the feed inlet of the particle crushing device (11) through a pipeline.
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| CN201920434230.7U CN216513174U (en) | 2019-04-02 | 2019-04-02 | Community or park living resource repeated regeneration recycling system |
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| CN201920434230.7U CN216513174U (en) | 2019-04-02 | 2019-04-02 | Community or park living resource repeated regeneration recycling system |
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| CN216513174U true CN216513174U (en) | 2022-05-13 |
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| CN201920434230.7U Active CN216513174U (en) | 2019-04-02 | 2019-04-02 | Community or park living resource repeated regeneration recycling system |
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Address after: Room 310, 3rd Floor, Building 1-2, No. 69 Junlong Street, Jinjiang District, Chengdu City, Sichuan Province, 610000 (self identification number) Patentee after: Sichuan Lvyang Gongying Technology Group Co.,Ltd. Country or region after: China Address before: 610000 No. 69, Junlong street, Jinjiang District, Chengdu, Sichuan Patentee before: SICHUAN LVYANG GONGYING ENERGY TECHNOLOGY Co.,Ltd. Country or region before: China |
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