6 results about "Plant product" patented technology

Post-harvest treatment device and method for plant products, assembly comprising a storage and a treatment device. The device is intended for the post-harvest treatment of plant products stored in a closed storage (1), the treatment device (3) comprising: - a nebulization machine (7) having a gas inlet (9) and a gas outlet (11), the gas outlet (11) being fluidly connected to the closed storage (1);- a suction line (13), comprising an upstream end (15) connected to the closed storage (1), a downstream end (17) connected to the gas inlet (9) of the nebulizer (7), and a cyclone (19) interposed between the upstream end (15) and the downstream end (17), the nebulizer (7) being configured to draw into the closed storage (1) through the suction line (13) a gas stream laden with solid and / or liquid particles and to discharge through the gas outlet (11) said gas stream laden with an aerosol of a liquid containing a biocidal and / or phytosanitary product; the cyclone (19) being configured to separate the solid and / or liquid particles from the aspirated gas stream. Figure for the abbreviation: 1;

A chemical removing element including a sealed sachet containing a chemical removing composition, the chemical removing composition including carbon and zeolite, wherein the chemical removing composition is configured to remove ammonia-like chemicals having one or more covalent bonds among smaller numbers of atoms from an environment surrounding the chemical removing element.

A chemical removing element including a sealed sachet containing a chemical removing composition, the chemical removing composition including carbon and zeolite, wherein the chemical removing composition is configured to remove ammonia-like chemicals having one or more covalent bonds among smaller numbers of atoms from an environment surrounding the chemical removing element.

The invention relates to a processing device for the post-harvest processing of plant products stored in a closed storage unit (1), the processing device (3) comprising: - a fogging machine (7) having a gas inlet (9) and a gas outlet (11), the gas outlet (11) being fluidically connected to the closed storage unit (1); - a suction line (13), comprising an upstream end (15) connected to the closed storage unit (1), a downstream end (17) connected to the gas inlet (9) of the fogging machine (7), and a cyclone (19) positioned between the upstream end (15) and the downstream end (17), the fogging machine (7) being configured to draw from the closed storage unit (1), through the suction line (13), a stream of gas laden with solid and / or liquid particles and to deliver, via the gas outlet (11), the stream of gas laden with an aerosol of a liquid containing a biocidal and / or phytosanitary product; the cyclone (19) being configured to separate the solid and / or liquid particles from the drawn gas stream.

The invention provides a preparation method of liquorice granules. Natural plant products of the liquorice granules comprise the following components in parts by weight: 500g of liquorice, 500g of cane sugar and 10g of dextrin. According to the product prepared by the method, the liquorice medicinal material is fully utilized, and the ultrasonic-assisted extraction method is simple and convenient in operation process, short in extraction time, good in extraction effect and suitable for industrial production, popularization and application.

A process for using bacterial or fungal metalloprotease and trypsin to solve problems associated with conventional protease extraction techniques by dramatically reducing temperature, incubation time and proteolysis during protease extraction. The present disclosure relates to a protease treatment for increasing yield from plant or other material by extracting nutrients from the fibrous waste portion of milled plant material while preserving the nutritional and functional qualities of the extracted material for use as a food product. The process preserves the quality of the extracted material, including beta glucan and protein, by utilizing low temperatures and minimal protease activity and digestion time during extraction.