Selenium-rich bio-organic fertilizer research, development, demonstration and popularization full-process management system

By constructing modules for digital filing of raw materials, reverse analysis of market demand, and closed-loop optimization throughout the entire life cycle, the problem of mismatch between release rate and soil degradation capacity in the production of selenium-enriched bio-organic fertilizer has been solved, achieving precise nutrient supply and stable selenium enrichment effect.

CN121809849AActive Publication Date: 2026-04-07SHAANXI YONGCHUN ECOLOGICAL TECH CO LTD
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Patent Information

Application Number
CN202610275016.6
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2026-03-09
Publication Date
2026-04-07
Estimated Expiration
2046-03-09

AI Technical Summary

Technical Problem

The existing selenium-enriched bio-organic fertilizer production management system lacks a reverse analysis mechanism, resulting in a mismatch between fertilizer release rate and soil degradation capacity, failure of functional strains to colonize, inability to achieve precise nutrient supply, and lack of closed-loop optimization capability throughout the entire life cycle, making it unable to adapt to dynamic changes in the agricultural production environment.

Method used

The system constructs a raw material digital filing module, a market demand reverse analysis module, a research and development and production scheduling intelligent decision-making module, and a full life cycle closed-loop optimization module. Through digital mapping, reverse analysis, evolutionary solution models, and full life cycle optimization, it achieves precision nutrition manufacturing and intelligent production management.

Benefits of technology

It has achieved precise matching of the nutritional needs of non-standard biomass raw materials and functional agricultural products, improved the scientificity and economy of production process parameters, ensured the colonization ability and activity of functional strains in specific soils, established the ability of continuous evolution and precise traceability throughout the entire life cycle, and improved the stability of selenium enrichment effect.

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Abstract

The invention relates to the technical field of agricultural informatization and intelligent management, in particular to a selenium-rich bio-organic fertilizer research and development and demonstration and popularization full-process management system, which comprises a raw material digital filing module, a raw material fingerprint feature vector generation module and a selenium-rich bio-organic fertilizer research and development and demonstration and popularization module, and is characterized in that the raw material digital filing module is used for executing a moving average filtering algorithm to clean data; the market demand reverse analysis module is used for extracting, calculating and generating an environment demand constraint matrix representing market differentiation demands based on a preset element circulation rule; the research and development and production scheduling intelligent decision-making module is used for starting an evolutionary resolving model, mapping raw material fingerprints to an environment constraint matrix and outputting a dynamic production management instruction list; the production execution supervision module is used for distributing an instruction to the terminal and monitoring process execution data in real time; the full-life-cycle closed-loop optimization module is used for obtaining feedback data calculation deviation and generating correction factors to update model parameters; the method solves the contradiction between the heterogeneity of the non-standard biomass raw materials and the precise nutritional requirements of functional agricultural products.
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