The concept of agricultural industry upgrading system is implemented
In a specific county, relying on regional biological resources, we will realize an efficient closed-loop economic system led by the government, participated by farmers, supported by technology, coordinated by capital, and dominated by enterprises. We will form enterprise clusters through the whole industrial chain platform and develop the regional economy into a benign shared economic system in the region with comprehensive and efficient utilization of resources and environmental friendliness. Sharing economy and targeted poverty alleviation.
Features: Refuse to directly export raw materials. Advantages of the closed system of county economy
1. Resource utilization: employment, taxation
2. Product value-added: terminal products are exported (increasing added value)
3. Gather population and boost consumption
4. Build a development model suitable for the region
The whole industry chain of biological resources in the closed system of county economy - the integration of the three industries of agriculture. Using advanced technologies such as holographic physical coupling, we help local governments build a high-value agricultural closed economic system, change the primary processing model, and build a high-value agricultural industry upgrading complex economy. In response to the national strategic plan of "rural revitalization", we use the advantages of low investment in core technology, high raw material utilization, multiple product types, and high added value to achieve the corporate development goals of "agricultural industrialization and industrial biotechnology", greatly improve land output, increase farmers' income, help upgrade the agricultural industry, and achieve the purpose of targeted poverty alleviation. Realize the comprehensive utilization of multi-target joint production of biological resources, and the terminal product output biological resources "three-industry integration" to increase land output and build a county-level high-value closed economic development model based on biological resources.
Process route and existing applications: This technology has been applied to more than 1,000 kinds of Chinese medicinal materials, including Dendrobium officinale, Angelica sinensis, Codonopsis pilosula, Chinese yam, Rehmannia glutinosa, Ginseng, Atractylodes macrocephala, Chrysanthemum, Achyranthes bidentata, Astragalus membranaceus, and Alpinia oxyphylla.
Fungi: dozens of species including Ganoderma lucidum, Matsutake, Hericium erinaceus, etc.
Crops: corn, rice, millet, wheat, soybeans, cotton, etc.
Forest trees: dozens of species including coconut, lychee, pepper, wild pineapple, and schisandra chinensis.
High-value utilization of biological materials to create a 10 billion-level agricultural enterprise
The construction of high-value utilization of regional biological products mainly takes the regional characteristic natural products as the object, extracts and separates them with high purity, and uses lignin and cellulose such as residues and waste as raw materials to prepare bio-phytoene, so as to achieve full utilization and bring extremely high added value. Build a high-tech agricultural enterprise with a scale of tens of billions in the region.
Holographic biochemical and physical coupling system (whole plant and full component extraction): using internationally advanced microbial enzymatic hydrolysis and extraction chromatography separation technologies, to achieve high-purity extraction of the whole plant and full components of crop roots, stems, flowers, fruits and leaves, and to achieve one-time multi-target high-purity separation. At the same time, it achieves one-tenth to one-seventh of the cost of the same industry.
Features: High-purity purification, removal of pesticide residues and heavy metals, layout of 9 sunrise industries based on plant monomer intermediates, such as biopesticides, biofeed, food safety, health products, new materials, and new energy, to meet international and domestic needs. Preparation of biophytoene: Preparation of phytoene from residual waste lignin and cellulose. A large-scale mass production enterprise of nano-carbon materials can be realized.
Features: Low cost, high quality. Through plant carbon structure and quantum dot preparation technology, phytoene below 3 nanometers can be prepared. Currently, phytoene standards have been prepared for many laboratories around the world.
Plant structure analysis and functional product development: Residue three elements use plant cellulose to make paper, national policy, huge development prospects. International plant cellulose accounts for 94.7%, while China accounts for less than 9%. In 2020, the country will ban the import of foreign garbage, including international waste paper. It is just that there is a market gap of 50 billion yuan for the addition of high-end plant pulp every year. Demand is soaring year by year. In 2023, 80 million tons of products will be needed, and 17 million tons of plant pulp will be needed, with 4 kg/ton added. At present, we have carried out in-depth cooperation with Guangdong Import and Export Group for the women and children's underwear market, which requires a large amount of intermediate raw materials.
Phytoene liquid has a wide range of applications. my country alone has an annual demand for more than 10 billion tons of concrete, which requires more than 30 million tons of phytoene, with an annual market capacity of nearly 2 trillion yuan. In cooperation with the China Building Materials Academy, there is a huge demand for phytoene. The team has developed a new type of concrete and gypsum board water-strengthening agent. Tests by the China Building Materials Academy have shown that the strength of concrete can be increased by more than 70% in 7 days and by more than 100% in 28 days.
The technical advantages of the research center are high-efficiency and low-cost extraction and preparation methods. High efficiency can achieve 7-day brewing through the efficient collaboration of biological enzymes and multiple strains, greatly improving efficiency. The low cost is one-tenth of that of traditional industries. Comprehensively utilizing 24% of the effective ingredients of traditional Chinese medicine, new technologies can achieve more industrial transformation and implementation.
High purity, remove pesticide residues and heavy metals, improve medicinal properties, reduce toxicity on a large scale, high biological enzymes and multiple strains of products, and carry out isomer modification. Through the study of long holographic biochemical and physical coupling system. Analyze the chemical components of different parts of plants and construct chemical fingerprints. After being treated by ESM bioreactor, multi-stage countercurrent extraction, through membrane ultrafiltration, macroporous resin, column chromatography and molecular imprinting separation, etc., obtain the effective component monomer or mixture, and realize the comprehensive utilization system of whole plant multi-target product extraction and separation. The core preparation technology of effective ingredients - solve the problem of efficient extraction. Biological enzymes + multiple strains work together.
Aerobic, anaerobic and facultative aerobic microbial induced symbiotic fermentation system ISM (international original)
SM membrane coupled bioreactor (international original)
Molecular weight controllable peptide preparation technology (international leader)
Molecular weight controllable polysaccharide preparation technology (international leader)
Holographic biochemical and physical coupling system extraction and separation technology (first in China)
Whole-plant multi-target co-production extraction and separation technology (first in China)
Holographic biophysical coupling system
Based on the analysis of the chemical components of different parts of the plant, the raw materials from different parts are coupled with enzyme fermentation and ISM mixed bacteria in the ESM bioreactor. Liquid fermentation technology can achieve stable fermentation of anaerobic, aerobic and mixotrophic bacteria. The fermentation process is simple and controllable, the mixed bacteria reproduce quickly, and the bacterial liquid has strong antibacterial and antiviral capabilities.
E-SM bioreactor technology. Combined use of microbial multidimensional effects and enzyme directional cutting mechanism to completely destroy the cell structure and promote the overflow of contents. Multi-stage countercurrent extraction technology. Multi-stage countercurrent technology can extract the material multiple times after adding the solvent once, thereby increasing the release rate of the target product. Molecular distillation technology. Using the difference in boiling points of different components in the mixture, physical methods are used for enrichment or concentration: Technical process - industrialized, continuous, intelligent expression to achieve industrialized, continuous, intelligent, and integrated expression.
Advantages: low investment cost, low operating cost, unmanned intelligent control, and the ability to achieve multi-target one-time deposit and extraction.