Circular agriculture system and implementation method thereof

Abstract

The invention relates to a circular agriculture system and an implementation method thereof. According to a characteristic that different biological wastes can be highly efficiently cycled by various insects and small animals, an insect breeding factory is constructed; and insect and small animal proteasome and insect feces residue organic fertilizer are respectively utilized as an animal factory protein feed and a plant factory organic fertilizer. Therefore, carious animal and plant products with high added values can be produced with high yields. With modern advanced agricultural technologies and equipment, stereo cultivation is usually carried out with rare species, such that a unit yield of the types of factories reaches more than a hundred times that of conventional agriculture. With the products from the three types of factories, a wide variety of series downstream industry chain group can be developed, such that best economic benefit can be ensured. The three types of factories, downstream industry chain spaces and farmer residential spaces can be arranged in a rise building. The buildings can form a highly clustered production, management, residence, agriculture, industry and business integral community. With farmland novel industry and landscape designs outside the buildings, a novel intensive town is formed.

Description

Technical field: [0001] The method of using modern bioengineering methods to develop circular agriculture industry specifically involves using insects and other small animals to recycle biological waste, using insects as the main feed and the final insect dung as organic fertilizers, cultivating various animals and plants, and developing downstream industrial chains. Background technique: [0002] Human space travel is still limited to low-earth orbit, and all food supplies come from the earth. However, in the future, human beings will fly farther and farther. Humans will go to distant planets for deep space exploration (for example, to fly for several years or decades) or to immigrate to other planets. In these medium and long-term manned spaceflight programs, life support technology is the key, which solves the problem of astronauts and The food supply of planetary immigrants is even more critical. The trip to Mars planned by the United States will take three years, and ...

AI Technical Summary

Problems solved by technology

It is obvious here that if the above-mentioned problems of food recycling production cannot be solved in the remaining 20 years, it is impossible to realize the establishment of immigration bases on the moon and Mars.

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