98 results about "Palm kernel" patented technology

A trans free non hydrogenated high C-16 type palm fat suitable for the manufacture of trans free non hydrogenated hard structural fat that is being suitable for use in the manufacture of low SAFA (Saturated Fatty Acid) poly/mono unsaturated margarine and spreads and shortening and fat blends incorporating such hard Structural fat. The Structural fat is made from selectively fractionated non-hydrogenated high melting palm oil fraction with a C-16 fatty acid residue of at least 70%, which is subjected to chemical random interesterification using alkaline metal catalyst such as sodium methoxide/sodium methylate, with a dry fractionated non hydrogenated hard palm kernel stearin fraction. The structural fat that is produced has high yield ratios that can be economically and commercially incorporated in the oil blends for the manufacture of trans free margarine/spreads/shortening as well as other plastic W/O emulsions. Also described is a process for the manufacturing such structural fat as well as hard palm fraction including process for the manufacture of extra hard trans free structural fat by panning and pressing of above structural fat.

The invention relates a method for degrading palm meal and palm kernel meal by using an enzyme. The method mainly comprises the steps of mixing dry palm meal and/or palm kernel meal with enzyme solution containing mannase, placing the mixed materials at a temperature of 40-100 DEG C for zymohydrolysis, and manufacturing finished products after 4-80 hours, wherein the use level of the mannase for the dry palm meal and/or the palm kernel meal per gram is 5-120 units, the pH value of the enzyme solution is kept between 2-11, and the moisture content of the mixed materials is kept between 30-70%. Through the processing method in the invention, no large quantities of waste is produced, and the product has the advantages of higher nutritional value, simple and easy process, low cost, and good product stability. The processed product can be used as animal feed instead of corn and bean pulp.

The present invention related to a bioprocess method of producing fermented of Palm Kernel Cake (PKC). The present invention is to enhance the nutritive value of PKC for animal feed by breaking down mannan fiber in raw PKC using Bacillus megaterium combined with Lactobacillus sp.

The invention provides a pesticide adjuvant, which belongs to the field of pesticides. The pesticide adjuvant is composed of water and surfactant, wherein the surfactant is one or more selected from the group consisting of betaine, ammonium salt, amine oxide, palm kernel diethanolamide, styrylphenol polyoxyethylene ether and N-polyoxyethylated-N-tallow-alkylamine. The pesticide adjuvant has good salt tolerance and can be used both for preparation of a variety of soluble concentrate preparations of paraquat and preparation of a variety of soluble concentrate preparations of diquat and hybrid preparations of paraquat and diquat. Moreover, the pesticide adjuvant has good versatility and can realize processing of a plurality of dosage forms like a variety of aqueous solutions, soluble concentrates and soluble glues of paraquat and diquat by using different amounts of the pesticide adjuvant.

The invention discloses biomass-based N, S and P-containing co-doped porous carbon and an application thereof. The N, S and P-containing co-doped porous carbon is prepared successfully from palm kernel shell serving as a raw material through high-temperature carbonization and an activation method. The palm kernel shell is taken as waste biomass, so that a low-cost carbon source can be provided, and the heteroatoms of N, S and P are provided for a final product; in the presence of the heteroatoms, oxidation reduction pseudo-capacitance is provided; through heteroatom doping, irreversible change of oxygen-containing functional groups on the surface of a carbon material in charging and discharging processes can be suppressed; due to a synergistic effect shown after doping of the elements of N, S and P, the prepared carbon material shows an excellent electrochemical capacitance characteristic, and is a high-quality activated carbon production raw material.

The invention discloses milk cow feed, which is prepared from the following raw materials in part by weight: 4 to 15 parts of bran, 13.5 to 29 parts of bean pulp, 8 to 18 parts of cotton pulp, 5 to 18 parts of alcohol lees, 7 to 16 parts of rape dreg, 3.0 to 13 parts of palm kernel dreg, 0.75 to 3.4 parts of stone powder and 0.6 to 1.9 parts of calcium hydrogen phosphate. The feed has scientific formula, balanced nutrition and low cost, and is suitable to be used in the whole milk production cycle of the milk cows.

The invention discloses a method for producing cellulose and polypeptide protein feed by fermenting with Aspergillus awamori 1042-2 which belongs to the Aspergillus and has the collection registration number of M209142 in the China Center for Type Culture Collection (CCTCC). The method for producing the cellulose and the polypeptide protein feed comprises the following steps: A, selecting the Aspergillus awamori 1042-2; B, authenticating the Aspergillus awamori 1042-2, C, culturing the Aspergillus awamori 1042-2 liquid; D, fermenting the solid material; and F, postprocessing. The solid culture which is obtained by inoculating the Aspergillus awamori 1042-2 onto the solid culture medium and fermenting the Aspergillus awamori 1042-2 and the solid culture medium is baked to dry, ground, sieved and subjected to the detection of the enzyme activity and the polypeptide protein content. The method for producing the cellulose and the polypeptide protein feed is feasible and easy, the produced powdered cellulose has the CMC enzyme activity of 31397.1-41826.7 U/g and the FPA enzyme activity of 1779.3-2212.1 U/g, has good stability and can be produced on a large scale, and the produced polypeptide protein feed contains more than 35 percent of protein. The Aspergillus awamori 1042-2 can be used for fermenting the palm kernel dregs, other dregs and the vegetable fiber and producing the biological feed, the biological fertilizer, the biological fuel and can be also used in the food industry, chemical industry and the pharmaceutical industry. The polypeptide protein feed produced by fermenting with the Aspergillus awamori 1042-2 can be used as the additive of the protein of various feed.

The invention relates to the field of feed for livestock and poultry and in particular relates to a broiler feed for improving lean meat percentage. The feed is prepared from the following raw materials in percentage by weight: 50-60 parts of palm kernel meal, 50-60 parts of barley, 60-70 parts of rice bran, 80-100 parts of silage corn, 45-50 parts of sorghum flour, 45-50 parts of oat groats, 12-15 parts of fructus cannabis, 35-40 parts of rice hull, 25-30 parts of soy sauce residue, 3-4 parts of milk vetch, 2-3 parts of almond meal, 2-3 parts of cuttlefish meal, 2-3 parts of coconut oil, 2-3 parts of mackerel dried powder, 6-8 parts of bush vetch seedlings and 4-5 parts of a phagostimulant. The raw materials, such as the cuttlefish meal and mackerel dried powder, containing taurine are added into the feed, so that thick sebum of the broilers is effectively reduced, the lean meat percentage is improved, and the obtained chickens are delicate and tender in meat, proper in fineness and high in edibleness.

The invention discloses an easily digestible feed for sow in a lactation period. The feed is prepared from the following raw materials in parts by weight: 60-70 parts of peanut pulp, 60-70 parts of palm kernel pulp, 20-25 parts of corn fibers, 20-25 parts of green bean starch, 1-2 parts of maca, 2-3 parts of ramie roots, 3-4 parts of hemerocallis fulva, 10-13 parts of figs, 10-13 parts of malts, 20-25 parts of pennisetum purpureum schum., 8-12 parts of pennisetum sinese roxb, 10-14 parts of soy protein powder, 3-4 parts of yeast, 3-4 parts of a phagostimulant and a proper amount of water. The easily digestible feed for sow in the lactation period disclosed by the invention is prepared by a series of processes such as fermentation and puffing by taking peanut pulp, palm kernel pulp, corn fibers and green bean starch as primary raw materials. The feed is free of antibiotics, high in safety and absolutely safe and nutritional to sows in the lactation period. The feed not only is tasty and easily digestible, but also can be used for enhancing the immunity of the sow, so that the feed is a green and health nutritional feed.

The invention discloses a method for preparing a biological culture material by grinding and stirring before insulated fermentation. The method comprises steps as follows: S1, preparing the biological culture material: a material A contains cottonseed hull, bagasse, distiller's grains, rice bran, pine wood chips, soybean meal, palm kernel shells, decomposed pig manure, sucrose, light calcium carbonate, calcium superphosphate, potassium dihydrogen phosphate, magnesium sulfate and vitamin B; a material B contains spica prunellae slag, coconut shell powder, walnut shell powder, chestnut bracteal shell powder, lotus shell powder, banana stems and leaves, honeysuckle stems and leaves, radix angelicae dahuricae stalks, ginkgo leaves, garlic stalks, cassava stem bits, spartina anglica powder, ageratina adenophora, chrysopogon zizanioides, dicranopteris linearis, pennisetum purpureum, poplar leaves, ganoderma lucidum fruiting bodies, apple pomace, mushroom bran, xylose cinder and cyanobacteria; S2, the biological culture material prepared in the S1 is placed in a grinding and stirring device. A device for grinding and stirring before insulated fermentation is adopted for treatment, so that nutrients in a biological culture solution are easier to absorb, and the nutrients are richer.

Disclosed are compositions for confectionery coating fat compositions, wherein the coatings exhibit good coating properties yet have very low saturated fat contents, very high unsaturated fat contents and low trans contents. The confectionery coating fat compositions of the invention can be used alone or in blends to have 35 to 80%, e.g., 70% or less, saturated fatty acids for preparing confectionery coating compositions comprising sugar and flavor that exhibit good snap. The confectionery coating fat compositions are blends of a structuring agent, e.g., from about 35 to about 80%, with liquid oil in an amount of from about 20 to 65%. In some products the structuring agent can comprise an interesterified blend of palm stearine, e.g., from about 30 to 75%, of low iodine value and from palm kernel stearine, e.g., from about 25 to 70%, also of low iodine value. The structural fat can contain at least 90% of the saturated fatty acids present as lauric, myristic, palmitic and stearic acids. Fat blends including the confectionery coating fat compositions can include melt-enhancing or heat stability enhancing fats in amounts necessary to achieve the effect of the added fats.

A process for the production of fatty acid esters from any soapstock generated in the alkali refining process of soybean, sunflower, rice, corn, coconut, palm kernel, rapeseed or cotton oils, which soapstock comprises water, about 0.1-2.0%, fatty derivatives, including glycerides, neutralizing and splitting the soaps with strong acids, followed by enzymatic esterification using a lipase enzyme, with an alkanol, at 15-to-70° C., followed by agitating the resulting mixture for three-to-five days, then separating the crude ester phase from the mixture, neutralizing the residual acid value with a base, and distilling off and recovering the esters, and obtaining a residue containing sterols, wherein the fatty acid esters thus produced may be used as biodiesel fuel.

The invention discloses a biomass rod fuel having an excellent anti-slagging performance. Raw materials of the biomass rod fuel comprise, by weight, 40-60 parts of rice straws, 15-25 parts of wheat straws, 3-6 parts of palm kernel shells, 4-8 parts of sawdust, 1-4 parts of rape stalks, 2-6 parts of corncobs, 2-8 parts of coal, 3-6 parts of lanthanum oxide, 2-5 parts of copper nitrate, 1-4 parts of cobalt nitrate, 3-9 parts of fluororesin, 2-5 parts of polymethacrylate, 3-6 parts of p-xylene resin, 2-5 parts of silicone resin, 4-6 parts of nitrocellulose, 4-8 parts of a silane coupling agent KH-570, 3-6 parts of a modification combustion improver, 5-15 parts of a modification filler, 4-8 parts of a binder, 2-6 parts of a sulfur fixing agent and 3-5 parts of a dedusting agent. The invention also provides a preparation method of the biomass rod fuel having the excellent anti-slagging performance. The biomass rod fuel prepared in the invention has the advantages of excellent anti-slagging performance, easiness in combustion, and environmental protection.

Production of biological diesel oil is carried out by collecting one kind or several kinds of oil-containing parts from hazelnut, tea-oil fruit, palm kernel, bancoul nut, castor bean, flaxseed, sunflower seed and cottonseed, peeling, debonding, deodorizing, dewatering, decolorizing, removing harmful purities, mixing raw oil with methanol and/or alcohol, fatty acid methyl ester and/or fatty acid ethyl ester reacting, removing methanol, washing by water, drying, dewatering and refine processing to obtain the final product and waste oil. It has various raw resources, less environmental pollution and higher reaction efficiency.

The invention mainly relates to the technical field of cultivation, and discloses a special feed for parent turtles. The special feed is prepared from the following raw materials: corn flour, wheat bran, sorghum flour, peanut meal, palm kernel cakes, slaughtering scraps, eggshells, animal multi-vitamins, animal multi minerals, composite microbes, and a sweet basil herb extract. The special feed is rich in raw materials and balanced in nutrients, the reproductive capacity of turtles is improved, the egg laying period of female turtles can be prolonged by 20-25 days, the egg laying quantity of each female turtle achieves 33, and the economic returns are increased by 11.2%; the feed is fermented by various microorganisms, so that the fragrance and nutrient components are increased, the palatability is good, the feed intake of the parent turtles is increased, and the reproductive capacity is enhanced; a plant extract is added to the feed, so that the nutrition of the feed is increased, the feed can restrain bacteria and kill insects, the immunity of the parent turtles is improved, the attack rate of the parent turtles is reduced to 1%, and the breeding cost is reduced; and after being selected, the parent turtles are only fed with the special feed, so that the method is simple, influence of foreign feeds on the parent turtles is reduced, and the reproductive capacity of the parent turtles is strengthened.

The invention discloses a method for preparing palm kernel shell activated carbon by catalytic activation. The method comprises a carbonizing process, an activating process and a washing process; specifically, the method comprises the following steps: the carbonizing process of heating and carbonizing under the oxygen-isolating condition by using dried palm kernel shell as the material; an impregnating process of mixing the carbonized material with a potassium carbonate solution, so that the catalyst potassium carbonate solution is sufficiently impregnated into the carbonized material, wherein the mass percent concentration of the potassium carbonate solution is 1%-5%; and a weight ratio of the carbonized material to the potassium carbonate is 100:(0.5-3); the activating process of drying the moisture in the impregnated product and placing the dried impregnated product in activating equipment, and ventilating water vapor for activating; and the washing process of washing and drying the activated product to obtain the activated carbon. The method for preparing palm kernel shell activated carbon by catalytic activation can be used for saving the production cost and improving the catalytic effect of the potassium carbonate. And the adsorption value of the activated carbon methylene blue and iodine is respectively 240mg/g-285mg/g and 150mg/g-1300mg/g.

The invention discloses bacteriostatic refreshing type shampoo cream. The shampoo cream comprises the following main components: epsilon-polylysine, sodium laureth sulfate, ammonium lauryl sulfate, palm kernel oleamide DEA, cocamidopropyl betaine, guar gum hydroxypropyl trimethyl ammonium chloride, glycol distearate, sodium chloride, sodium alginate, gelatin, sodium pyrrolidonecarboxylate, 1,3-butanediol, menthyl lactate, vitamin E and water. Compared with the existing bacteriostatic and itching-relieving shampoo, the shampoo cream has wide bacteriostatic range, can effectively inhibit fungi and bacteria, is mild in formula, is non-toxic, harmless and non-irritant to scalp, and can treat and prevent the head skin problem caused by fungi or bacteria.

Disclosed is a process for the production of d-mannose from fermented palm oil kernel meal using a continuous SMB separation process. The process is useful for providing a simplified processing route to providing high purity d-mannose. The SMB process and the SMB cycle was operated to provide a high purity mannose stream comprising d-mannose, salts, and color agents, a primary raffinate comprising glucose, other sugars and salts, and a secondary raffinate consisting essentially of the mobile phase desorbent. In the SMB cycle, the secondary raffinate was recycled to the SMB process as the mobile phase desorbent without further desalination. The highly pure mannose stream was further treated to remove color agents and salts prior to subsequent steps of precipitation or crystallization and drying. D-mannose is useful as a food additive, as a sweetener, as a texturizer, as a stabilizer, or as a humectant.

The invention provides a saline-alkali soil peanut and witloof interplanting root salinity control method. The root salinity control method comprises the step of laying an infiltration layer, wherein the infiltration layer is prepared from palm kernel shell activated carbon, sepiolite, filbert tree wood bits, akadama soil and melon seed oil cakes. The saline-alkali soil peanut and witloof interplanting root salinity control method has the advantages that the method has the effect of better improving the physicochemical property of soil in saline-alkali soil, after three months, the total porosity of soil of the soil layer 10-30 cm under peanut plants is 52-60%, the total porosity of soil of the soil layer 30-50 cm under peanut plants is 49-58%, the soil salinity of the soil layer 10-30 cm under peanut plants is 0.16-0.20%, and the soil salinity of the soil layer 30-50 cm under peanut plants is 0.16-0.21%.

The invention discloses a plaster for treating bronchiectasis. A preparation method of the plaster comprises the following steps: grinding manchurian wildginger, frankincense, palm kernel charcoal, common bletilla pseudobulb and borax into powder, and then mixing with monoglyceride to form the plaster. The plaster disclosed by the invention has the effects of shrinking the bronchi, resisting bacteria and diminishing inflammation, can be used for promoting the healing of the bronchi after expansion, and is convenient to use and significant in effect.