Breeding method of artificial fishpond, sewage improvement method and gravel soil improvement method

Abstract

The invention relates to a breeding method of an artificial fishpond, a sewage improvement method and a gravel soil improvement method, and belongs to the industry: A01C planting according to the international patent classification table (2024.01 edition); the method comprises the following steps: carrying out primary treatment on C02F9 / 00 water, wastewater or sewage, fertilizing, carrying out A01K fish culture industry, carrying out multi-stage treatment on C02F9 / 00 water, wastewater or sewage, carrying out C02F11 / 02 biological treatment and carrying out C02F11 / 00 sludge treatment; the device is provided. According to the technology, a plant filtration method, a plant decomposition method and an aquatic animal waste or sewage recycling and decomposition method are adopted as a method for improving water quality and gravel soil in an artificial intervention mode, and the purposes of ecological aquaculture of the artificial fishpond, purification treatment of river sewage, improvement of the gravel soil and ecological environmental protection are achieved. The device can be widely applied to the fields of aquaculture, river sewage purification treatment, desert control, urban tap water purification, fresh water purification, seawater desalination and purification and the like.

Description

Technical Field

[0001] According to the International Patent Classification (2024.01 Edition), the invention belongs to the following industries: A01C Planting; fertilization. A01K Fish farming. C02F9 / 00 Multistage treatment of water, wastewater or sewage. C02F11 / 02 Biological treatment. C02F11 / 00 Treatment of sludge; devices therefor. Background Art

[0002] With the rise of global industry, the continuous development of agricultural and medical chemicals, the increasing amount of domestic sewage brought about by the urbanization process, the lack of ecological freshwater resources, and the fact that it is still difficult for humans to achieve oasis and survive in desert areas. The problem that aquatic animals (especially fish) are still polluted after water, wastewater, and sewage treatment and filtration, and humans dare not boil them directly for drinking. The problem that artificial fish ponds need to be cleaned regularly for feces and continuous oxygen supply, as well as be equipped with bactericidal drugs, and it is difficult to achieve completely ecological breeding. The problem that most chemical green plant fertilizers are currently used, and there are fewer and fewer environmentally friendly green plant fertilizers.

[0003] The plant filtration methods currently available in the biological treatment technologies include: (enhanced by the introduction of benthic animals) hydroponic plant filtration to remove nitrogen and phosphorus, a hydroponic plant filtration method with algae removal performance, etc. The first technology believes that broccoli is a good plant for removing nitrogen and phosphorus, and earthworms and snails can further filter the sludge in the sediment to achieve the effect of denitrification; the second method believes that algae removal is necessary.

[0004] I think that the plant filtration method or biological treatment technology system is very complicated, and the principles are all different. The principle of the present invention is to utilize the material decomposition ability and material absorption ability of the roots, stems, and leaves of completely aquatic, semi-aquatic and semi-soil, semi-aquatic and semi-sand-stone water plants or plants, as well as the recycling and decomposition of aquatic animal feces or sewage, to assist other substances in nature, and utilize the characteristics of mutual complementation and mutual dependence between them to achieve the purpose of water purification and ecological environmental protection. The filtering plants used in the present invention are also very particular. Not all aquatic plants can form an ecological water resource system. Due to time reasons, the present invention only provides a purification combination. I will continue to explore and develop more ecological water resource systems in the future. The present invention is committed to allowing aquatic animals (especially fish, turtles and tortoises) to survive after water resources are purified and to survive in an ecological and environmentally friendly environment, so that humans can safely eat aquatic animals and plants, and can safely boil the purified water directly for drinking. The method used in the present invention does not require algae removal, and can achieve the natural consumption of algae in the ecosystem. The present invention is also committed to making the filtered water resources nutritious, providing more nutritious and healthy water for aquatic plants and animals, humans, other green plants and other animals.

[0005] A few years ago, I had a bold idea to achieve seawater desalination through plant filtration and plant decomposition, as well as recycling and decomposition of aquatic animal feces. However, due to economic and material conditions, it has not been realized. The results of this experiment come from my own fish tank. The fish tank experiment was very successful. No filter cotton, no fish tank feces cleaning tools, no oxygenation system and sterilization system were used. From March to now, 1-3cm fry have been put in many times. Nearly half a year has passed, and all the fish have survived without death. The fish are active in foraging and growing healthily. The experimental results prove that artificial fish ponds can achieve ecological breeding, and have gotten rid of the current situation of relying on chemical cotton filtration, repeated work of feces cleaning tools, oxygenation systems and even sterilization systems to raise fish in artificial fish ponds. Summary of the invention

[0006] This technology uses plant filtration and plant decomposition methods, as well as recycling and decomposition of aquatic animal feces or sewage, and human intervention to improve water quality and sandy soil, so as to achieve the purpose of ecological aquaculture in artificial fish ponds, purification of river sewage, improvement of sandy soil and ecological protection. It can be widely used in aquaculture, river sewage purification, desert control, urban tap water purification, fresh water purification, seawater desalination purification and other fields.

[0007] Plant filtration method, plant decomposition method, and recycling and decomposition method of aquatic animal feces or sewage. The principle is to utilize the material decomposition ability and material absorption ability of the roots, stems, and leaves of completely aquatic, semi-aquatic and semi-soil, semi-aquatic and semi-sand and stone-type water plants or plants, as well as the recycling and decomposition method of aquatic animal feces or sewage, and to achieve the purpose of water purification and ecological protection through a carefully designed multi-stage green plant filtration system to decompose, absorb, filter, and the recycling and decomposition characteristics of aquatic animal feces or sewage, so as to achieve the purpose of water purification and ecological protection. The green plant decomposition, absorption and filtration system is an ecological and environmentally friendly water resource system formed by the mutual complementation and mutual support between different plants, and the mutual support between substances in nature. It should be noted here that not all aquatic plants can form an ecological and environmentally friendly water resource system. The method provided by the present invention is a set of methods that have been repeatedly tested and have achieved real success cases.

[0008] It should be noted that the use of the present invention may vary depending on the region, the location structure, and the degree of water pollution, and the purification combination may be adjusted accordingly based on actual conditions.

[0009] Taking an artificial fish pond as an example, the present invention provides a method, the main purification combinations are: Gramineae, aquatic bamboos (such as Guanyin bamboo, lucky bamboo, bamboo cypress), bamboo, spathiphyllum, philadelphic acid, lawn grass, evergreen, paper mulberry, monstera, spring feathers, water celery, celery, fern, pennywort, green radish, foxtail algae, metasequoia, water bayberry, charcoal, stone, sand, etc., through the recycling of aquatic animal feces and the re-decomposition of substances in the system, an ecological and environmentally friendly water resource system is formed in the artificial fish pond. Without the use of filter cotton, fish tank feces cleaning tools, oxygenation system and sterilization system, the water in the fish tank is clear and the fish are lively and healthy. Attached Figure 1 For reference only.

[0010] It should be noted that the purified tap water produced by the above purification combination can be directly boiled and drunk.

[0011] The method provided by the present invention can slowly improve the sandy and rocky soil in desert areas, and the improved soil is more suitable for the growth of green plants and human survival.

[0012] The present invention provides a multi-stage green plant filtration system and device. Figure 2 For reference only.

[0013] It should be noted that the basic principle of the multi-stage green plant filtration system and its device can be summarized as follows: green plants are planted separately to form hierarchical filtration, and the characteristics of mutual growth and mutual dependence between green plants are utilized to set different levels to recycle aquatic animal feces or sewage.

[0014] The eco-friendly water resource produced by the present invention is an eco-friendly green plant fertilizer that can promote the growth of most fruits, vegetables, rice, wheat and trees. Figure 3 For reference only.

[0015] The invention can desalinate seawater.

[0016] The invention can purify domestic waste water. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 : Experimental fish tank survival chart. The fish tank green plant filtration system was designed in January 2023. From March to May 2024, 1-3cm fry were gradually put in. Within half a year, the fish grew healthy and lively. The longest one was about 15CM long. No filter cotton, no fish tank feces cleaning tools, no oxygenation system and sterilization system were used in the tank, and no fish feed on the market was put in.

[0018] Figure 2 : Basic principle diagram of multi-stage green plant filtration system and its device.

[0019] Figure 3 : The seeds watered with the "ecological and environmentally friendly green plant fertilizer" of the invention have fat leaves after germination, green stems and leaves, strong roots, straight seedlings, and are very healthy. DETAILED DESCRIPTION

[0020] Implementation plan 1: artificial fish pond. Municipal tap water or water from relatively eco-friendly rivers is used to enter the multi-level green plant filtration system. The main purification combination used by the multi-level green plant filtration system is grass plants, aquatic bamboos (such as Guanyin bamboo, lucky bamboo, bamboo cypress), bamboo, lion grass, philadelphic water lily, lawn grass, evergreen, paper mulberry, monstera, spring feathers, water celery, celery, fern, pennywort, green radish, foxtail algae, metasequoia, water bayberry, charcoal, stone, sand, etc. Green plants are planted separately to form a layered filtration, recycle aquatic animal feces, and the fish tank realizes freshwater aquaculture in the whole ecosystem (including the breeding of freshwater aquatic animals such as turtles and tortoises in artificial fish ponds).

[0021] Implementation Plan 2: The water in Implementation Plan 1 can be used as eco-friendly green fertilizer, which can be directly connected to the rice fields to realize direct irrigation of the ecological fertilizer in the rice fields, which can promote the growth of rice. Similarly, the ecological fertilizer can be directly irrigated in the fruit and vegetable fields. Similarly, the ecological fertilizer can be irrigated in wheat and most trees.

[0022] Implementation Plan Three: The water in Implementation Plan One, after repeated circulation and various adjustments of the multi-stage green plant filtration system, can be directly boiled and drunk.

[0023] Implementation Plan 4: Introduce seawater into a multi-stage green plant filtration system. Multiple multi-stage green plant filtration systems can be circulated multiple times to desalinate seawater.

[0024] Implementation Plan Five: Introducing a variety of multi-stage green plant filtration systems into the domestic wastewater discharge outlet can purify domestic wastewater and further protect the ecology within the river.

[0025] Implementation Plan 6: Enclose land in the desert and set up an artificial fish pond and its multi-stage green plant filtration system inside it, or set it up in a river with water flowing through the desert area. Enclosing land or around the river can gradually improve the desertification state and gradually realize the planting of more green plants.

Claims

1. The present invention provides an artificial fish pond breeding method, a sewage improvement method and a sandy soil improvement method, the main features of which are: plant filtration method, plant decomposition method, and aquatic animal feces or sewage recycling and decomposition method.

2. The eco-friendly water resource produced by the present invention is an eco-friendly green plant fertilizer that can promote the growth of most fruits, vegetables, rice, wheat and trees.

3. The method for cultivating artificial fish ponds mentioned in claim 1, wherein the main purification combination is: grasses, aquatic bamboos (such as Guanyin bamboo, lucky bamboo, bamboo cypress), bamboo, lion grass, philadelphic grass, lawn grass, paper mulberry, monstera, spring feathers, water celery, ferns, pennywort, green radish, foxtail algae, metasequoia, water bayberry, charcoal, stone, sand, etc.

4. The plant filtration method and plant decomposition method mentioned in claim 1, as well as the recycling and decomposition method of aquatic animal feces or sewage, can effectively improve sandy and rocky soil, effectively improve the desertification process of the earth, and improve the quality of life for people in desert areas.

5. The plant filtration method and plant decomposition method mentioned in claim 1, as well as the recycling and decomposition method of aquatic animal feces or sewage, can improve domestic wastewater, tap water, agricultural wastewater, and some preliminarily treated industrial wastewater, can provide solutions to the problem of urban and rural water pollution, can desalinate seawater, and can improve the problem of lack of fresh water resources.

6. The tap water treated by the method mentioned in claim 1 in combination with claim 3 can be directly boiled and drunk and is beneficial to physical and mental health.

7. The plant filtration method and plant decomposition method mentioned in the present invention, the filtering plants may also include metasequoia, water celery, celery, aquatic bamboo, bamboo, monstera, lion grass, lawn grass, houttuynia, paper mulberry, hibiscus, tulip tree, elm, willow, bayberry, poplar, birch, etc., which have strong waste decomposition and absorption capabilities.

8. The present invention provides a multi-stage green plant filtration system and device thereof.

9. The basic principle of the method mentioned in claim 1 is to utilize the material decomposition and absorption capabilities of the roots, stems, and leaves of fully aquatic, semi-aquatic and semi-soil, or semi-aquatic and semi-sandy waterweeds or plants, as well as the recycling and decomposition capabilities of aquatic animal feces or sewage, to assist other substances in nature and utilize their complementary and mutually dependent characteristics to achieve the purpose of water purification and ecological protection.

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