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    • 1. 发明申请
    • Method for the production of natural energy from waste
    • 从废物生产自然能源的方法
    • US20070221572A1
    • 2007-09-27
    • US11587029
    • 2005-04-18
    • Giuseppe Natta
    • Giuseppe Natta
    • C02F3/30
    • B09B3/00B03B9/06C10L3/08C10L5/46F23G5/02F23G2201/601F23G2201/602F23G2201/80F23G2206/202F23G2206/203F23G2900/50208F23G2900/50209Y02E20/12Y02E50/10Y02E50/30Y10S435/801Y10S435/819
    • The method aims at obtaining from waste and more particularly from municipal solid waste (MSW) the energy contained therein at the highest level for industrial use by means of natural technologies and with low environmental impact. The method, denoted by the acronym NEW (Natural Energy from Waste) operates through the following process phases: a) aerobic digestion of the putrescible biological part to produce stabilised waste which is easy to handle, b) separation of a fraction rich in materials with a high heat value, c) storage of the residue, rich in biodegradable and inert substances, compacted into appropriate geometrical shapes in bioreactors which can be activated and sealed, d) activation of the bioreactors with water and their service in time during anaerobic digestion to supply biogas to be used for the production of energy, e) bio-stabilisation and dehydration of the residual material of the anaerobic treatment with air, f) possible recovery of the materials produced in this way. In this way the energy contained in the waste, is extracted at the most refined level in the form of plastic, plastic/paper and methane for energy uses with maximum yield and reduced production of ash, and the end material leaving the bioreactors is fully exhausted of its energy content and inertised.
    • 该方法旨在从废物,特别是城市固体废物(MSW)获得最高水平的能源,通过自然技术和环境影响较小的工业用途。 由简称NEW(废物自然能源)表示的方法通过以下过程阶段进行操作:a)对不可逆生物部分进行有氧消化以产生易于处理的稳定化废物,b)将富含材料的馏分分离成 高热值,c)残留物的储存,富含可生物降解和惰性物质,在可以活化和密封的生物反应器中压实成适当的几何形状,d)在厌氧消化期间及时使用生物反应器的活化及其使用 供应用于生产能源的沼气,e)用空气对厌氧处理的残余物质进行生物稳定和脱水,f)以这种方式生产的材料的可能回收。 以这种方式,包含在废物中的能量以塑料,塑料/纸和甲烷的形式在最精炼的水平下被提取,用于能量使用,具有最大的产量和减少灰分的产生,并且离开生物反应器的最终材料被完全耗尽 的能量含量和惰性。
    • 2. 发明申请
    • Gas dual-dynamic solid state fermentation technique and apparatus
    • 气体双动态固态发酵技术及装置
    • US20030138943A1
    • 2003-07-24
    • US10341956
    • 2003-01-14
    • Hongzhang ChenZuohu Li
    • C12M001/36
    • C12M21/16C12M23/04C12M23/52C12M41/00C12M41/24C12M41/40Y10S435/819
    • The gas dual-dynamic solid state fermentation technique consists of placing the solid materials to be fermented in an air environment with pulsating pressure and cyclic flow to carry out fermentation, the fermentation apparatus comprises a horizontal cylindrical tank with a quick door mechanism, in the tank are axially disposed rectangular spacer barrels of square cross-section constructed by four baffles, in the space between baffles and the tank wall are provided cooler tubes in parallel with the baffles, in the middle of the spacer barrels are provided vertically many sets of cooler tubes, on the lower baffles in the tank is provided axially an fixed track, on which are movable tray racks that can roll on the track, the tray racks having thereon a plurality of layers of trays, at the rear of the tank is provided a centrifugal blowers for forcing gas cycling in the tank. The inventive technique and apparatus allows microbial pure cultivation, is easy for scaling up and high in fermentation virulence titre and produce no pollution. It is useful for fermentation production of biological pesticides, enzyme preparations, agricultural antibiotics and unicell albumen.
    • 气体双动态固态发酵技术包括将待发酵的固体物质置于具有脉动压力和循环流量的空气环境中进行发酵,发酵装置包括一个具有快门机构的水平圆筒形罐,在罐中 由四个挡板构成的方形横截面的轴向设置的矩形间隔桶,在挡板和箱壁之间的空间中设置有与挡板平行的冷却器管,在间隔桶的中间垂直地设置许多套冷却管 在罐的下挡板上设置有一个固定轨道,在该固定轨道上可移动的托盘架可在轨道上滚动,托盘架上具有多层托盘,位于储罐的后部,提供离心式 用于在罐中强制气体循环的鼓风机。 本发明的技术和装置允许微生物纯培养,易于放大和高发酵毒力滴定度并且不产生污染。 可用于生物农药,酶制剂,农药抗生素和单克隆白蛋白的发酵生产。
    • 3. 发明授权
    • Method and apparatus for producing organic acids
    • 用于生产有机酸的方法和装置
    • US5874263A
    • 1999-02-23
    • US688051
    • 1996-07-31
    • Mark HoltzappleRichard DavisonMitch LoescherMichael K. Ross
    • Mark HoltzappleRichard DavisonMitch LoescherMichael K. Ross
    • C12M1/00C12M1/107C12M1/113C12P7/40C12P7/52C12P7/54
    • C12P7/40C12M21/04C12M41/32Y02E50/343Y10S435/813Y10S435/819
    • A continuous process and apparatus for preparing organic acids and their salts from biomass. Biomass flows from a region of fresh biomass and high acid and acid salt concentration to a region of digested biomass and low acid and acid salt concentration in a fermentation apparatus under anaerobic conditions. Organic acids and acid salts produced by the process of the present invention are volatile fatty acids such as acetic, butyric and propionic acids and their salts such as calcium acetate, calcium propionate, and calcium butyrate. The apparatus of the present invention contains at least two fermentation reactors in series to increase the biomass residence time in the reactors. The fermentation reactors of the present invention are imbedded in the ground with earthen berms as support for sides having three layers. The core of the reactors are covered with a flexible covering to maintain an anaerobic environment.
    • 用于从生物质中制备有机酸及其盐的连续方法和装置。 生物质在新鲜生物质和高酸和酸性盐浓度的区域流动到消化生物量的一个区域,在厌氧条件下在发酵设备中流出低酸和酸盐浓度。 通过本发明的方法生产的有机酸和酸盐是挥发性脂肪酸,例如乙酸,丁酸和丙酸及其盐,例如乙酸钙,丙酸钙和丁酸钙。 本发明的装置包含至少两个串联的发酵反应器,以增加在反应器中的生物质停留时间。 将本发明的发酵反应器作为对具有三层的侧面的支撑物,以土层作为支撑物埋在地下。 反应堆的核心覆盖着柔性覆盖物,以保持厌氧环境。
    • 7. 发明授权
    • Process and apparatus for the biological conversion of organic material
in biomass
    • 用于生物质中有机物生物转化的方法和装置
    • US5292637A
    • 1994-03-08
    • US944948
    • 1992-09-15
    • Franz Bohnensieker
    • Franz Bohnensieker
    • C05F17/00C05F17/02C12Q3/00C12M1/06C12M1/38
    • C05F17/02C05F17/00Y02P20/145Y02W30/43Y10S435/819
    • A process and an apparatus for biological conversion (composting) of organic waste material, e.g. from kitchens or restaurants, involving use of a heat-insulated housing (1) having at least two separate chambers (7, 8). In the first chamber (7), organic material is introduced and treated in the presence of microorganisms until an intermediate stage of conversion into biomass only. A portion of the partially converted material, responsive to a certain temperature measured in the first chamber (7), is transferred for a final composting into the second chamber (8). Waste organic material is newly introduced into the first chamber (7) and treated therein together with a remaining portion of the partially converted material; thereby, because of the presence of a sufficient amount of active microorganisms in the first chamber (7), the process of conversion of the newly introduced waste material is started immediately. If desired, drying and/or sterilizing of the composted material can be performed in a third chamber. A transportation unit (40) can be temporarily coupled to the second or third chamber for receiving the composted material from the second or third chamber and for transporting it to a remote place for further use. A number of transportation units can be combined to form a transportation set.
    • 有机废物的生物转化(堆肥)的方法和装置,例如, 涉及使用具有至少两个分离室(7,8)的绝热外壳(1)的厨房或餐馆。 在第一室(7)中,有机物质在微生物存在下被引入和处理直到转化成生物质的中间阶段。 响应于在第一室(7)中测量的一定温度的部分转化的材料的一部分被转移用于最后的堆肥进入第二室(8)。 将废有机材料新引入第一室(7)并与部分转化材料的剩余部分一起处理; 因此,由于在第一室(7)中存在足量的活性微生物,所以立即开始新引入的废料的转化过程。 如果需要,堆肥材料的干燥和/或灭菌可以在第三室中进行。 运输单元(40)可以临时联接到第二或第三室,用于从第二室或第三室接收堆肥材料,并将其运送到远程位置以供进一步使用。 可以组合多个运输单位组成交通工具。