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    • 11. 发明授权
    • Bio-protein feed manufacturing method
    • 生物蛋白饲料生产方法
    • US4041182A
    • 1977-08-09
    • US568768
    • 1975-04-16
    • Lennart G. EricksonHoward E. Worne
    • Lennart G. EricksonHoward E. Worne
    • C10L5/42A23J3/34A23K1/00A23K1/10A23K1/16A23K1/18C05F3/00C09K17/00C09K17/32C09K101/00C12M1/00C12N1/00C12N1/20C12N1/22C02C1/14A23K1/12
    • A23J3/348A23K10/12A23K10/26C05F3/00C12N1/20C12N1/22Y02E50/10Y02E50/30Y02P20/145Y10S435/804
    • A five-step manufacturing method using broad spectrum hydrolytic enzymes to decompose the volatile fraction of organic waste materials into lower molecular weight, intermediate substrate nutrients to be consumed in turn by selected microorganisms to produce a cellular biomass of microbial cells subsequently harvested for use as a bio-protein feed supplement for farm and domestic animals. A wide range of agricultural, industrial and organic waste materials may be used as the input raw material resource for biochemical processing to bio-protein feed. Applied to the use of cattle manure slurry as raw materials, the biolytic decomposition step employs hydrolyzing enzymes to dismutate volatile organic insoluble high molecular weight proteins, starches, fats, and partially hydrolyzed cellulose compounds into soluble, low molecular weight nutrient intermediates in solution, from which the relatively stable cellulose-lignin solid by-product fraction is separated and dewatered. The Cellular Synthesis step uses selected microorganisms which metabolize and convert these nutrient intermediate products, plus oxygen and nitrogen from air, in their growth and proliferation into a biomass of microbial cells. The biomass is separated and utilized as a single cell bio-protein feed supplement for farm animals. The remaining liquid fraction, mainly water and relatively stable organic matter and mineral salts in solution, may be stored for subsequent irrigation and conditioning of agricultural lands and in the interim may be recirculated for feedlot flushing. The solids by-product, mainly cellulose and lignin, may be used as a fuel or biochemical feedstock or may be recombined with the liquid fraction during irrigation discharge to add mulch-fertilizer soil building values.
    • 使用广谱水解酶的五步制造方法将有机废物的挥发性分数分解成较低分子量的中间基质营养物,依次由所选择的微生物消耗以产生随后收获的细胞生物质,以用作 生物蛋白饲料补充农场和家畜。 可以使用广泛的农业,工业和有机废物作为生物蛋白饲料生物化学加工的投入原料资源。 应用牛粪浆作为原料,生物分解步骤采用水解酶将挥发性有机不溶性高分子量蛋白质,淀粉,脂肪和部分水解的纤维素化合物分解成溶液中的可溶性,低分子量营养中间体,从 其相对稳定的纤维素 - 木质素固体副产物馏分被分离和脱水。 细胞合成步骤使用所选择的微生物,其将这些营养中间产物,加上来自空气中的氧和氮,将其生长和增殖转化成微生物细胞的生物质。 生物量被分离并用作农场动物的单细胞生物蛋白饲料补充剂。 剩余的液体馏分,主要是水和相对稳定的有机物质和溶液中的矿物盐,可以储存用于随后的农田的灌溉和调节,并且在此期间可以再循环以进行饲养池冲洗。 固体副产物,主要是纤维素和木质素,可用作燃料或生物化学原料,或者可以在灌溉排放期间与液体馏分重组,以增加覆盖土壤的建筑价值。
    • 19. 发明申请
    • A NEW METHOD TO PRODUCE MARINE PROTEN HYDROLYSATE WITH ULTRA-LOW HEAVY METAL CONTAMINATION
    • 一种生产具有超低重金属污染的海洋酚盐水解的新方法
    • WO2012078223A1
    • 2012-06-14
    • PCT/US2011/051315
    • 2011-09-13
    • FRAMROZE, Bomi, P.
    • FRAMROZE, Bomi, P.
    • A23J3/34
    • A23J3/348A23J3/341A23L5/20A23V2002/00A23V2250/543A23V2250/55A23V2300/28A23V2300/34
    • An improved method to produce soluble marine protein hydrolysate powder with ultra- low heavy metal contamination. This invention relates to a production method that comprises occluding the heavy metal contaminants present in a soluble marine protein hydrolysate solution produced by enzymatic hydrolysis of industrial fish or fish off-cuts, into a lipid particulate structure and separating these particles from the aqueous protein layer. This invention further relates to a method for separating the fatty particulates from the soluble marine protein hydrolysate aqueous layer using a continuously operating automatic disc scrapper or membrane filtering system and evaporating and drying the aqueous fraction into a healthier and safer protein hydrolysate powder for direct and indirect human consumption.
    • 一种具有超低重金属污染的可溶性海洋蛋白水解物粉末的改进方法。 本发明涉及一种生产方法,其包括将存在于通过酶水解工业鱼或鱼类切除物产生的可溶性海洋蛋白质水解产物溶液中的重金属污染物封闭到脂质颗粒结构中并将这些颗粒与含水蛋白质层分离。 本发明还涉及一种使用连续操作的自动盘刮刀或膜过滤系统从可溶性海洋蛋白水解物水层分离脂肪颗粒的方法,并将水性馏分蒸发并干燥成更健康和更​​安全的蛋白质水解产物,用于直接和间接 人类消费。