49results about How to "Reduce sodium chloride content" patented technology

The invention discloses a low-sodium functional compound seasoning which can increase the taste of salty and savory. The invention is characterized in that the low-sodium salt is the main raw material on the basis of which one or a plurality of functional nutrients that can increase the taste of savory and salty, and one or a plurality of savory materials are added; then after mixing, stirring, and granulating, the compound seasoning is made. The compound comprises 20 to 80 portions weight of low-sodium salt, 10 to 30 portions weight of functional nutrient and 3 to 15 portions weight of savory materials. Therefore, the compound seasoning has the advantages of effectively reducing the ingestion of NaCI, outstanding flavoring effect and nutrient function. What's more, the invention can be operated simply for the taste of salty, savory and delicious can be got at a time in the process of cooking.

The present invention relates to a composition for reducing the sodium chloride content in food products, to processes for the preparation thereof and to uses.

The invention discloses a production method of high-purity PPS-OH. The production method of the high-purity PPS-OH comprises the following steps of dropwisely adding pyridine into a sodium 3-chloro-2-hydroxypropanesulfonate aqueous solution, carrying out a reflux reaction process for multiple hours, removing the pyridine and water by pressure reduction, carrying out drying to obtain white solids, dissolving the white solids in one or more organic solvents, filtering to remove inorganic salts, adding one or more organic solvents into the filtrate, filtering, and drying to obtain the high-purity PPS-OH. The PPS-OH obtained by the production method has high purity, is convenient for transportation, has low common salt content, does not contain pyridine and has good electroplating effects.

The invention relates to an enhanced high-temperature curing method with synergism of low salt and K salt substitution for producing dry-cured hams of acorn pigs and belongs to the technical field of deep processing of animal products. The method comprises the following steps: hybridizing local black pigs with Duroc, breeding pigs, taking legs of acorn pigs fed by taking acorns as main feeds as the raw materials, airing, fermenting and curing by using a modern enhanced high-temperature curing process for salting the legs with synergism of low salt and K salt which partially substitutes the salt, carrying out short-time enhanced high-temperature pretreatment after the salting is completed, carrying out anti-oxidization coating treatment on the surface of the hams in the middle period of fermenting and curing, and developing to obtain novel products of dry-cured hams of acorn pigs. The content of sodium chloride in the hams can be obviously reduced; meanwhile, the processing time of the hams is shortened from 10-12 months of the conventional dry-cured hams to 5-6 months through the enhanced high-temperature curing process; the flavor and the quality of the hams are obviously improved. Through the method, the production efficiency of the dry-cured hams is greatly improved; the flavor and the quality of the conventional hams are retained and developed; the characteristics of the process which breaks through the international process and the conventional process and is characterized by fermenting low-salt hams under high temperature are highlighted; the hams can more meet the requirements on health, nutrition and flavor of consumers in the modern society, and have broad market prospects.

This invention provides a means for reinforcing or enhancing the salty taste of sodium chloride in a food composition and a means for suppressing the offensive taste in a composition containing potassium chloride. This invention relates to a food composition with a reinforced or enhanced salty taste realized with the addition of potassium chloride and acetic acid and/or lactic acid into a food composition containing sodium chloride. This invention also relates to a composition supplemented with potassium chloride capable of suppressing an offensive taste originating from potassium to which at least one selected from glutamic acid and aspartic acid has been added.

The present invention provides a preparation method of compound low sodium salt. The preparation method comprises the following steps: firstly, potassium chloride, a flavor masking agent and maltodextrin are mixed to obtain flavor masked potassium chloride; then the obtained flavor masked potassium chloride is mixed with calcium source, amino acids, sodium glutamate and sodium chloride to obtain the compound low sodium salt; and wherein the amino acids comprise alanine and uses amounts of each of the raw materials are defined. Firstly, the potassium chloride is mixed with the flavor masking agent and maltodextrin. Under a function of the flavor masking agent carrier of the maltodextrin, the maltodextrin is combined with the flavor masking agent. The flavor masking agent realizes a masking of a bitter mouthfeel of the potassium chloride, is then combined with the calcium source, amino acids, sodium glutamate and sodium chloride, effectively avoids the masking of the own salty taste of the sodium chloride, ensures the salty taste of the added sodium chloride, effectively lowers sodium chloride content and at the same time ensures the salty taste of the sodium chloride.

The invention discloses non-bitter low-sodium umami salt. The non-bitter low-sodium umami salt is prepared from the following components in parts by weight: 45 to 50 parts of edible potassium chloride, 35 to 45 parts of edible sodium chloride, 1 to 10 parts of trehalose, 1 to 10 parts of disodium malate, 1 to 15 parts of sodium gluconate and 0.1 to 5 parts of L-alanine. The invention also discloses a preparation method of the non-bitter low-sodium umami salt. According to the non-bitter low-sodium umami salt disclosed by the invention, the salinity and the umami of salt can also be kept or increased while a bitter taste and the content of sodium chloride are reduced; the sodium gluconate and the disodium malate coordinate with each other to play a salinity increasing role, and the trehalose, the disodium malate, the sodium gluconate and the L-alanine can coordinate with each other to play a umami increasing role, so that the salinity and the umami are both remarkably increased; compared with the edible sodium chloride, the content of sodium chloride is reduced by 50 percent or above, and the intake of sodium is greatly reduced.

The invention relates to a hydrolyzation post-processing technique during preparation of glyphosate through a glycin method, which includes the steps of implementing reduced pressure distillation andseparation to a hydrolyzation liquor under the temperature between 80 and 110 DEG C and the pressure equal to or less than 0.05MPa after the condensation reaction and hydrolysis reaction for preparingglyphosate through the glycin method are finished, depickling and then crystallizing to obtain the glyphosate products. The hydrolyzation post-processing technique during preparation of glyphosate through the glycin method recovers hydrochloric acid by reducing the pressure, which can lead the recovery rate of hydrochloric acid to be more than 4 percent; and hot water is added for crystallizing after the hydrochloric acid is removed, thus effectively improving the availability factor of a crystallization kettle; and meanwhile, as no caustic soda liquor is added during hydrolyzation, the totalamount of a mother liquor and the content of sodium chloride are reduced as well, the energy consumption for recovering triethylamine through rectifying the mother liquor is reduced, and the total yield of the finally obtained solid glyphosate reaches 73-75 percent.

The invention provides a preparation method of N-(phosphonomethyl) iminodiacetic acid. The preparation method comprises the steps of enabling disodium iminodiacetate to react with hydrochloric acid to obtain a solution containing monosodium iminodiacetate and sodium chloride; concentrating the solution containing monosodium iminodiacetate and sodium chloride, heating and filtering to obtain a sodium chloride solid and filtrate; mixing the filtrate with hydrochloric acid and phosphorous acid, heating, then adding formaldehyde and reacting to obtain N-(phosphonomethyl) iminodiacetic acid. As monosodium iminodiacetate has relatively large solubility in water and the changes in solubility of sodium chloride along with the temperature are not obvious, sodium chloride obtained by acidification of disodium iminodiacetate by hydrochloric acid is firstly separated, so that the content of sodium chloride is reduced, the precipitation of sodium chloride in the subsequent reaction is avoided, and the reaction yield is improved; meanwhile, the viscosity of raw materials is reduced, so that the mixing of the raw materials becomes more uniform. Secondary, as sodium chloride in the system is reduced, wastewater produced by washing during separation of N-(phosphonomethyl) iminodiacetic acid is reduced. Experimental results show that the yield of N-(phosphonomethyl) iminodiacetic acid prepared by the method provided by the invention can be up to above 93%.

The invention discloses composition and a preparation method of a novel nutrition low-sodium salt. Food-grade sodium chloride, potassium chloride, disodium 5'-ribonucleotide, a seaweed delicious liquid and ammonium ferric citrate are dissolved and stirred and the mixture is subjected to ball milling so that the novel nutrition low-sodium salt is obtained. The novel nutrition low-sodium salt substantially reduces sodium content and contains a freshness improvement component extracted from plants. Through ball milling mixing, sodium chloride and potassium chloride are uniformly mixed so that the problem of uneven mixing caused by uneven particle sizes is avoided. The novel nutrition low-sodium salt keeps low sodium salt salinity, has a delicious taste, solves the problem of a potassium chloride bitter taste, has a good food local flavor and can prevent hypertension. The preparation method and preparation equipment can be operated simply and are suitable for industrial production.

The invention belongs to the technical field of disinfecting and sterilizing agent and discloses a method for continuously synthesizing sodium dichloro isocyanurate dihydrate by using cyanuric acid, caustic soda liquid and chlorine. The production method comprises the following steps: synthesizing disodium cyanurate, filtering, purifying, performing two stages of chlorination, cooling, crystallizing, centrifuging, mixing with sodium carbonate with a wet process, drying, granulating and the like to obtain the sodium dichloro isocyanurate dehydrate. The method is characterized in that: the adoption of a continuous chlorination synthesis process improves the utilization rate of equipment; and the process avoids dissolution, alkali addition and chlorine addition processes, so the production cost is reduced.

A method for preparing nutritive pickled vegetables containing the active components of Chinese medical stone includes such steps as spraying the powder of Chinese medical stone onto the plant used as raw material in its early and/or middle growth stage, spraying the hydrated liquid of Chinese medical stone onto said plant in its middle and/or later growth stage, adding Chinese medical stone in its pickling procedure. Its advantages are rich nutrients and high effect to remove harmful heavy metal elements (Hg, Pb, Cr, etc).

The invention discloses ice for food partial freezing fresh keeping. The ice mainly comprises the following ingredients in percentage by mass: 0.5 to 1 percent of sodium chloride, 1.5 to 2.5 percent of propanediol, 0.5 to 1.5 percent of sodium polyacrylate and the balance water. In the preparation process, sodium polyacrylate is firstly dissolved by propanediol; then, the solution is mixed with sodium chloride and water to prepare a mixed solution; next, the mixed solution is made into ice. The fresh keeping ice point range is -3 to -1.5 DEG C, and is lower than the ice point temperature of 0 DEG C of conventional ice; the maintaining time is obviously superior to that of the partial freezing ice prepared from NaCl; the recipe ingredient is harmless to the human body health; the ice point temperature is reduced through combining the sodium chloride and the propanediol for the first time; the sodium polyacrylate is used for prolonging the ice thawing time. The ice provided by the invention solves the problems that in the cold chain logistics, the ice point temperature of the ordinary ice is high; the thawing time is short; the long-distance cold chain transportation is not facilitated. The ice temperature storage environment can be created for the food in the long-distance cold chain transportation process; the transportation process temperature stability is maintained.

The invention discloses a sodium sulphate preparation method and a sodium sulphate foot structure of an evaporator for the sodium sulphate preparation method. The method comprises the following steps of: (1) sequentially evaporating sodium sulphate liquid at least by a five-effect evaporator, a four-effect evaporator and a triple-effect evaporator, then evaporating the concentrated solution in the triple-effect evaporator in a double-effect evaporator and a single-effect evaporator separately, wherein a sodium sulphate liquid inlet is arranged at the middle lower part of the sodium sulphate foot of each of the double-effect evaporator and the single-effect evaporator, then introducing low sodium chloride raw-material sodium sulphate liquid from the inlets so as to decrease the temperature of the concentrated solution at the discharge port of the sodium sulphate foot in the evaporator to 70-80DEG C, and decrease the content of sodium chloride to 140-180 g/L; and (2) pumping the concentrated solution of temperature 70-80DEG C and sodium chloride content 140-180 g/L obtained in the step (1) into a thickening apparatus for thickening, separating the liquid from solid, feeding the obtained solid into a drying apparatus for drying, and pumping the mother solution of the thickening and drying processes into the triple-effect evaporator for recycling.

The invention relates to a preparation technology of salt, in particular to a preparation technology of solar salt. The preparation technology of the solar salt comprises the specific steps of 1, making saturated brine from seawater, and transporting the saturated brine to a purifying pond through a pipeline for filtration and purification so as to filter off biological dead bodies, plant residual bodies, atmospheric dust fall and the like in the saturated brine; 2, adding the purified pure brine into a crystallization pond, controlling the depth of water in the crystallization pond to be 5-10cm, and during sun-curing, performing salt spinning and brine spinning with a rotary rake; 3, when the sodium-magnesium ratio of the brine is smaller than or equal to 2, stopping crystallization; 4, when the particles of the salt reach to 0.5-2.0mm and the evaporation amount of the salt reaches to 7mm, collecting the salt, when the salt needs to be collected, gathering the salt into heaps through cleaning tools, washing the salt with cleaning brine, then performing vacuum suction filtration and dehalogenation on the salt, and when the water content of the salt is smaller than or equal to 5.4%, stopping the operations of vacuum suction filtration and dehalogenation; and 5, preserving the obtained solar salt, packaging the preserved solar salt, and enabling the packaged solar salt to appear on the market.

The invention discloses a preparation method of 6-chloro-2, 4-dinitroaniline. The preparation method comprises the following steps: a, dispersing 2,4-dinitroaniline in hydrochloric acid and a catalyst, and carrying out pulping, wherein the mass fraction of the hydrochloric acid is 1-6 wt%; b, introducing chlorine gas into a pulping material obtained in the step a and carrying out a chlorination reaction; c, adding a sodium chlorate solution into a reaction solution obtained in the step b, and continuing the chlorination reaction, wherein the mass fraction of the sodium chlorate solution is 20%-40%; d, filtering a reaction liquid obtained in the step c, washing a filter cake by a washing device until the pH value of the filter cake is 6.0-7.0, returning mother liquor to the step a to be circularly and indiscriminately used as hydrochloric acid and the catalyst, and discharging the mother liquor into a wastewater treatment system until the concentration of sodium chloride in the mother liquor is saturated; and e, putting the filter cake obtained in the step d into an air flow drying machine for drying to obtain the 2,4-dinitro-6-chloroaniline. The method has the advantages of small overall water consumption and good cleaning effect.

The invention relates to the technical field of pigments, in particular to a nanometer ferroferric oxide pigment composition and a production method thereof. Under the action of an externally appliedmagnetic field, FeCl2 is dissolved in water and stirred under the alkaline condition, air is introduced, Fe2<+> is oxidized into ferroferric oxide, and the pH value is adjusted to the acidity; then organic acid salt is added, after stirring is carried out, organic acid is added, the ferroferric oxide enters an oil phase, and the oil phase is separated out, that is, a ferroferric oxide compositionproduct. The nanometer ferroferric oxide pigment composition and the production method thereof have the advantages that the produced nanometer ferroferric oxide crystal form is in a cube shape, particles are uniform, no agglomeration phenomenon appears, and the nanometer ferroferric oxide pigment composition can be applied to a transparent system; the production energy consumption is low, and thestability of the product is high.

The invention provides plant salt containing sea salt. The plant salt is characterized in that the plant salt contains sea salt, the content of NaCl is 78-82%, the content of lead ions is smaller than or equal to 0.03 mg/kg, the content of mercury ions is smaller than or equal to 0.05 mg/kg, and the content of copper ions is smaller than or equal to 0.05 mg/kg. The invention further provides a method for preparing the plant salt through the process of removing heavy metal ions through an extended aeration method. The method is characterized by including the step of preparing refined bittern, wherein filtering is conducted and includes mechanical filtration and nanofiltration, nanofiltration temperature is 20-25 DEG C, and pressure is controlled to be 0.2-1.2 MPa. In the implementation process, the filtering process is advanced, the service life of a nanofiltration membrane is prolonged, the nanofiltration membrane is now replaced after being used 8-10 times instead of existing 2-5 times, and filtration production cost is greatly saved.