97results about "Matrix fertilisers" patented technology

This invention provides a method for preparing and applying a rice husk charcoal-modified substrate suitable for multi-mode rice seedling raising, belonging to the field of rice seedling raising technology. The invention first soaks rice husk charcoal in water, then soaks it in a mixed solution of citric acid and ammonium sulfate, and finally air-dries the rice husk charcoal to obtain modified rice husk charcoal. Finally, the modified rice husk charcoal is mixed with different fertilizers to obtain a rice husk charcoal-modified substrate suitable for rice seedling raising in different modes. The rice husk charcoal-modified substrate prepared by this invention can be used not only in tray seedling raising but also has good seedling rolling effect in blanket tray seedling raising.

Vegetated substrate of matrix structure comprising X% of washed, substantially organic-free, crushed shells and Y% of a soil life-promoting element, characterized in that the substrate further comprises a mixture of bulb varieties and seeds. Figure for publication: Fig. 1

The invention belongs to the technical field of soil improvement and solid waste resource utilization, and provides a method for preparing regenerated planting soil by compounding sludge hydrothermal carbon with muck and application, and the regenerated planting soil is prepared by preparing hydrothermal carbon from sludge and compounding engineering muck, the sludge hydrothermal carbon, a fungicide and an organic material. The mass ratio of the optimized engineering residue soil to the sludge hydrothermal carbon to the microbial inoculum to the organic material is 7: 0.5: 2.5, preparation of the regenerated planting soil can be completed within 10 days, the parameters of the obtained regenerated planting soil are that the pH value is 7.17, the organic matter content is 31.30 g / kg, the hydrolytic nitrogen content is 769.35 mg / kg, the available phosphorus content is 113.36 mg / kg, the available potassium content is 505.16 mg / kg, and the related requirements of the CJ / T340 planting soil standard are met.

The present disclosure provides integral nutrients to provide to crops in order to increase their yield. More particularly, the disclosure provides a granulated agricultural composition comprising a macronutrient in combination with a micronutrient, as well as methods for its preparation and use.

Fertilizers with urease inhibitors and / or nitrification inhibitors are described. The fertilizer can include an extruded granule containing urea, a polymeric binder, and a nitrification inhibitor and / or an urease inhibitor.

Dispersible activated bauxite granules are disclosed and methods for forming dispersible activated bauxite granules are disclosed in which bauxite is activated by a granulation process.

The present invention relates to (1) a method for producing biochar having bio stimulating effects, (2) biochar that has been produced to having increased bio stimulating effects, (3) a method for capturing material extracted from biochar and (4) biochar extracts, comprising desired compounds extracted from biochar and suspended in an extract solution. The methods above all involve obtaining a particular biomass source and pyrolyzing the biomass source under specific conditions to increase the bio stimulating effects of the biochar. The method for capturing the material extracted from the biochar produced to have such stimulating effects includes contacting the biochar with a treating liquid, separating the biochar from the biochar extract, collecting the biochar extract from which the biochar has been separated and resuspending the biochar extract in an modified aqueous solution for further use and / or processing separate from, or prior to, disposal. The biochai" extract suspended in solution then includes desired compounds (a) at least 0.1 ppm of one or more of the following phenylpropanoid, phenylalanine, flavonoids, sterols, terpenes, terpenoids, tannins, coumarins, benzaldehydes and phenols; (b) at least 0.1 g / L of humics, fulvics or a combination of both humics and fulvics and / or (c) one or more of the following salicylic acid, jasmonic acid, abscisic acid, cytokinin, gibberellic acid and ethylene, by way of example.

A cultivation material composition comprises a cultivation base material and a bio-fiber membrane material with a three-dimensional net structure, and the bio-fiber membrane material is in contact with the cultivation base material, so that the yield and quality of cultivated crops are effectively improved, the harvesting time is shortened, water can be saved, the use amount of nutrient sources can be reduced, and the cost is further reduced.

Disclosed is a fertilizer containing a mixture containing i) calcium ammonium phosphate (CaNH4PO4), magnesium ammonium phosphate (MgNH4PO4), or a combination of CaNH4PO4 and MgNH4PO4 and ii) a mixture of calcium sulfate and ammonium sulfate ((NH4)2Ca(SO4)2), a mixture of magnesium sulfate and ammonium sulfate ((NH4)2Mg(SO4)2), or a combination of the (NH4)2Ca(SO4)2, and the (NH4)2Mg(SO4)2. Methods of making and using the fertilizer are also disclosed.

The presently disclosed subject matter is directed to formulations of nitrogen-stabilizing compositions containing a nitrogen stabilizers component and an organic acid anhydride component along with an aprotic solvent and an amine stabilizer. The formulations disclosed herein exhibit numerous beneficial properties such as increased solubility of the individual components at high concentrations as well as ease increased chemical thermal stability of the formulation.

The disclosure extends to multiple ion nanoparticles for delivery of agricultural products and ions. A composition includes a structural particle and a plurality of ions disposed around the structural particle. The plurality of ions forms a plurality of ion layers surrounding the structural particle. The plurality of ions comprises a plurality of a first ion having a positive charge and a plurality of a second ion having a negative charge.

The present disclosure relates to biodegradable polymers, particularly to a method for converting biodegradable polymers into humus with a low release amount of CO2 and use thereof. A composite material system is formed from the biodegradable polymers and the materials that can slowly release nutrient nitrogen or nutrients nitrogen and phosphorus, in which the mass ratio of carbon to nitrogen in the composite material system is (1-35):1. The materials of the present disclosure can promote the biodegradable polymers to be converted into soil humus or compost humus, rather than to be converted into greenhouse gas CO2, which is to be emitted into the atmosphere.

The invention relates to particular formulations combining a biodegradable matrix and a regolith filler usable in 3D printing, in particular for the manufacture of objects during extraterrestrial missions, for example on the moon or on Mars.

The invention discloses a kale growth substrate based on construction waste and a preparation method thereof, and belongs to the technical field of fertilizer synergism. On the basis of preliminarily reducing the salinity and alkalinity of waste concrete and waste brick particles in the substrate, gypsum powder, elemental sulfur and complex microbial inoculant bacteria are adopted to continuously acidify an alkali source in the substrate, so that the content of the alkali source in the substrate is reduced; and residual salt is locked by adopting a nutrient slow-release film, so that the effect of rapidly and persistently reducing alkali and salt of the construction waste particles is realized, and a slightly acidic and low-salt root system environment is provided for the growth of the kale. According to the kale growth substrate based on the construction waste, the pH value is maintained to be 6.2-6.7, the EC value is as low as 1.0 mS.cm <-1 >-1.4 mS.cm <-1 >, the ventilation porosity is larger than or equal to 18%, the water holding porosity is larger than or equal to 45%, total nitrogen is 1.8 g.kg <-1 >-2.2 g.kg <-1 >, available phosphorus is larger than or equal to 35 mg.kg <-1 >, and available potassium is larger than or equal to 250 mg.kg <-1 >.

The presently disclosed subject matter is directed to formulations of nitrogen-stabilized compositions containing a nitrogen stabilizer component and an organic acid anhydride component, along with an aprotic solvent and an amine stabilizer. The formulations disclosed herein exhibit many beneficial properties, such as increased solubility of the individual components at high concentrations and increased chemical and thermal stability of the formulation.

A method of soil amendment includes treating montmorillonite (MMT) clay with an inorganic acid to form a treated clay with greater surface area and porosity than the MMT. The method further includes mixing tetraethylenepentamine (TEPA) with the treated clay to form a soil amendment. The soil amendment includes TEPA in an amount of 10 to 50 wt. % based on the weight of the soil amendment. The method further includes mixing the soil amendment with the soil to form a plant growth substrate. The plant growth substrate is capable of improving the plant growth rate in comparison to the soil without soil amendment. The soil with the soil amendment has a plant growth rate greater than the plant growth rate of the soil in the absence of the soil amendment.

A particle for delayed release of an active ingredient to a plant or seed wherein the particle consists of a composite material comprising an active ingredient component and a clay component, the active ingredient component comprises a microbial cell extract or a mixture of at least one type of amino acid and one or more negatively charged ions and / or neutral molecules wherein the mixture comprises at least one type of positively charged amino acid, and the clay component comprises a montmorillonite clay mineral. The clay component forms a layered stack in the composite material, and the active ingredient component is interposed between individual clay layers in the stack.

A growth substrate block is provided for sustaining the growth of a plant or fungi based on capillary watering, including a growth medium defining a network of micropores and macropores allowing water to flow by capillarity and air to circulate within the growth medium, and a binding material to maintain cohesion of the growth medium. The growth substrate block can be sized for insertion into a self-watering recess of a container to make space for a root system up to plant maturity. A self-watering plant growth assembly includes a container having a recess being supplied with water via capillary action, and the growth substrate block being inserted in the recess. A method to produce a growth substrate block sustaining the growth of a plant or fungi based on capillary watering is further provided.

The present invention relates to the technical aspects of digestate treatment, resulting from the methanation process, in general, and more particularly to its conditioning prior to recovery or disposal through appropriate channels. The drying composition of the invention allows for easy transport, mixing, storage, and handling. This drying composition comprises: - at least 50% and up to 99% by weight of a superabsorbent polymer - and from 1% to 50% by weight of a flocculating polymer. The invention relates to the use of this composition for conditioning digestate while reducing the volatilization of ammonia nitrogen once the digestate has been absorbed by the composition.

A plant growth media composition, articles made therefrom, and methods of making and using the same are described. The plant growth media composition includes a combination of one or more plant growth substrate materials and an additive such as cellulose fibers, clay, carrageenan, alginate, chitosan, or combinations thereof.

Pellets for use in agricultural applications are disclosed herein. The pellets can include a porous substrate having an internal interconnected porosity. An agricultural treatment material can be disposed into at least a portion of the internal interconnected porosity of the porous substrate.

The present invention discloses a glass composition for algae growth and a method for manufacturing the same, the glass composition including a trace metal oxide added thereto and containing an inorganic component capable of aiding the growth of marine plants and being implemented as a water-soluble glass which dissolves well in water, so that it can appropriately supply nutrients to algae and the like in the sea. As a result, the glass composition for algae growth and the method for manufacturing the same according to the present invention can promote the cultivation of diatoms as effectively as possible.

The invention discloses a degradable mulching film compounded with soil conditioning and mineral elements and a preparation process of the degradable mulching film, and relates to the technical field of crossing of ecological agriculture and green plastic functional materials. The material is prepared by compounding and granulating the following components in percentage by mass: 5.0%-10.9% of a natural inorganic mineral material, 2.5%-4.1% of a humic acid substance, 7.5%-9.5% of an ion exchange activated mineral, 2.5%-2.7% of a far infrared and terahertz functional mineral, 6.8%-12.5% of a filler and a modifier, and 70.0% of PEF or PLA degradable resin. Natural inorganic mineral materials, humic acid substances, ion exchange activated minerals and far infrared and terahertz functional minerals are mixed in proportion and processed into nano powder, and then the nano powder is compounded with PEF or PLA degradable resin, so that the mulching film has triple functions of soil improvement, micronutrient supplementation and mulching film covering at the same time; the problems that a traditional mulching film and an existing biodegradable mulching film are single in function, and soil conditioning and nutrition supplementing cannot be achieved at the same time are solved.

The invention relates to a soil conditioner comprising pulverized carbon from methane pyrolysis and / or methane plasmalysis, wherein the carbon content is more than 98 wt.%, wherein the carbon has a particle size of 0.3-7.0 µm, wherein the specific surface area is between 17.5 m² 2 / g and 28.0 m 2 / g, where the bulk density has a value between 0.3 g / cm³ 3 and 1.0 g / cm² 3 has.

The invention belongs to the technical field of culture substrates, and particularly relates to a granular material prepared on the basis of biomass leavening and mineral substances and application of the granular material as a culture substrate. The granular material provided by the invention comprises the following raw materials: mineral powder, a biomass fermentation product, a polysaccharide-acid compound and a binder, the polysaccharide-acid compound is composed of chitosan and potassium humate, the polysaccharide-acid compound is loaded on mineral powder by adopting a vacuum negative pressure impregnation method, and finally the granular material is prepared. The granular material is stable in structure and high in moisture and fertilizer retention capacity, has biological activity and is environmentally friendly.

The invention discloses artificial nutrient soil based on geopolymer modified stone powder and a preparation method of the artificial nutrient soil, relates to the technical field of waste resource utilization and ecological restoration, and aims to solve the technical problems that stone powder generated by granite and marble processing is accumulated to pollute the environment and the resource utilization rate is low. The artificial nutrient soil is prepared by taking stone powder as a core raw material (60-80 parts by weight), matching with a geopolymer gelling system to construct a skeleton structure, compounding organic nutrient components and a function regulator to optimize physicochemical properties, and performing processes of efficient mixing, moderate excitation, aging maintenance and the like. According to the nutrient soil, large-scale absorption of the stone powder (the single-batch absorption ratio exceeds 60%) is achieved, meanwhile, the nutrient soil has a stable pore structure, excellent water and fertilizer retention capacity and a pH value (6.0-7.5) suitable for plant growth, and the plant growth requirements of scenes such as crop planting, landscaping and mine greening can be met.

The present invention relates to a polymer compound comprising alginate chains crosslinked with biochar and with at least one polycarboxylic acid, wherein the biochar comprises carboxyl functional groups and / or hydroxyl functional groups, said polymer compound being in dry form or in hydrogel form.

The invention provides iron tailing-based composite artificial soil as well as a preparation method and application thereof. The artificial soil comprises an iron tailing-based porous aggregate and a functional compound component loaded on the iron tailing-based porous aggregate, the iron tailing-based porous aggregate has a three-dimensional network pore structure formed by mutually connecting fiber type pores and spherical pores in series. Through the synergistic effect of the porous aggregate and the functional compound component, the functions of water permeation, balance keeping and nutrient slow release are achieved, and the problems of iron tailing resource utilization, mine ecological restoration and degraded soil treatment are solved.