会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 21. 发明申请
    • APPARATUS FOR GASIFICATION AND COMBUSTION OF ANIMAL WASTE, HUMAN WASTE AND/OR BIOMASS
    • 用于消化和燃烧动物废物,人类废物和/或生物量的装置
    • WO2005047770A1
    • 2005-05-26
    • PCT/US2004/031521
    • 2004-09-27
    • rem ENGINEERING, INC.MOONEY, RobertMOONEY, DavidLATULIPPE, Douglas
    • MOONEY, RobertMOONEY, DavidLATULIPPE, Douglas
    • F23G5/00
    • F23G5/004F23G5/14F23G2202/106F23N2033/08
    • Apparatus for the combustion of organic waste (40) using a moving grate (18) over a stationary perforated plate (14) to convert organic waste into usable energy. Unprocessed fuel is fed into the combustion chamber through a feed hopper (12) by a moving grate being continuously pulled over a stationary perforated plate. Raw fuel is metered using a guillotine gate apparatus (24) to control the depth of the fuel bed on the moving grate. Temperature controlled combustion air is directed under the stationary perforated plate into discreet controllable under fire air zones (16) to initiate and drive the combustion process. The under fire air is forced through the stationary perforated plate up through the moving grate into the moving bed of fuel. Additional temperature controlled combustion air is directed above the fuel bed to the over fire air nozzles (20) positioned at strategic locations in the combustion chamber for complete combustion and emission control.
    • 用于使用移动炉篦(18)在固定多孔板(14)上燃烧有机废物(40)以将有机废物转化为可用能量的装置。 未处理的燃料通过进料斗(12)通过连续地拉过固定多孔板的移动炉排进入燃烧室。 使用闸刀门装置(24)计量原燃料以控制移动炉排上的燃料床的深度。 温度控制的燃烧空气被引导到固定的多孔板下面,在燃烧空气区(16)下形成可控的可启动和驱动燃烧过程。 下面的空气被迫穿过固定的穿孔板,通过移动的格栅进入燃料的移动床。 附加的温度控制的燃烧空气被引导到燃料床上方到位于燃烧室中的战略位置的过火的空气喷嘴(20),用于完全的燃烧和排放控制。
    • 24. 发明申请
    • A METHOD OF FIRING IN A BOILER AND A BOILER FOR USING THE METHOD
    • 在锅炉和锅炉中使用该方法的方法
    • WO00003179A1
    • 2000-01-20
    • PCT/DK1999/000395
    • 1999-07-12
    • F23G5/027F23G7/10F23L9/06F23B1/16F23L1/00
    • F23G7/10F23G5/027F23G2202/106F23G2203/101F23G2209/26F23G2900/00001F23L9/06
    • A boiler and a method of firing in a boiler, in which loosely stacked fuel (6) is charged through a charging opening (5) onto a first support (7) and is there exposed to jets (25) of ignition air that entrain hot flue gas from the furnace, directed at the surface of the fuel, the surface layer of which is ignited and partially gasified before the fuel is finally combusted on a grate (9) located lower down. To obtain improved adjustment of the combustion with reduced sintering of the ash and a reduced content of nitrogen oxide in the flue gas, it is proposed that the air from the ignition air jets (25) together with the entrained flue gas is permitted to pass through the loosely stacked fuel (6) and the first support (7) and then to flow into the furnace (1).
    • 锅炉和在锅炉中点燃的方法,其中松散堆叠的燃料(6)通过加料开口(5)装入第一支撑件(7)上,并且暴露于夹带热的点火空气的喷嘴(25) 来自炉子的烟道气指向燃料的表面,其表面层被点燃并部分气化,之后燃料最终在位于下方的炉排(9)上燃烧。 为了通过减少灰分烧结和烟道气中氮氧化物含量的降低来获得改进的燃烧调节,建议允许来自点火空气射流(25)的空气与夹带的烟道气一起通过 松散堆叠的燃料(6)和第一支撑件(7),然后流入炉子(1)。
    • 26. 发明申请
    • A METHOD FOR INCINERATION OF REFUSE
    • 一种扼杀拒绝的方法
    • WO1989009253A1
    • 1989-10-05
    • PCT/DK1989000063
    • 1989-03-21
    • FLS MILJO A/SHOLBEK, Kjeld
    • FLS MILJO A/S
    • C10L10/00
    • F23G5/006C10L9/10C10L10/02F23G2202/106F23G2209/30Y02E20/12
    • The emission of acid-forming gases and/or of dioxins from a refuse incineration plant is reduced and at least part of or substantially all the fly ash formed by the incineration of refuse is converted into slag, when the refuse incineration is carried out by introducing the refuse to be incinerated into the incinerator(s) of the incineration plant together with fly ash produced by incineration in the plant, which fly ash may optionally be supplemented with fly ash from other sources than the plant in question, and one or more emission-reducing agents, for example bases, whereupon this mixture is exposed to the incineration conditions prevalent in the incinerator(s). An incineration plant for carrying out the method comprises means for adding fly ash and an emission-reducing agent to the material to be incinerated.
    • 从垃圾焚烧厂排出的酸性气体和/或二恶英的排放量减少,当垃圾焚烧是通过引入进行的,垃圾焚烧进行的,将垃圾焚烧形成的至少部分或基本上所有的飞灰都转化为炉渣 垃圾焚化炉内的垃圾被焚化,同时在工厂内焚烧产生的粉煤灰也可能被垃圾焚烧,其中飞灰可以任选地补充来自不同于所涉工厂的其他来源的粉煤灰和一种或多种排放物 - 还原剂,例如碱,然后将该混合物暴露于焚烧炉中普遍存在的焚烧条件。 用于实施该方法的焚烧装置包括用于向待焚烧材料添加飞灰和减排剂的装置。
    • 28. 发明申请
    • PRODUCTION PLANT OF THERMAL ENERGY AND/OR ELECTRICITY FROM BIOMASS
    • 生物质能源和/或电力的生产工厂
    • WO2014195825A1
    • 2014-12-11
    • PCT/IB2014/061745
    • 2014-05-27
    • GREENTEK DI SALOMONI MARCO & C. S.N.C.
    • SALOMONI, Marco
    • F23G5/00F23G5/027F23G5/04F23G5/46F23G7/10
    • F23G5/006F23G5/0276F23G5/04F23G5/46F23G7/10F23G2201/10F23G2201/40F23G2202/106F23G2206/10F23G2206/203F23G2209/26F23G2900/50004F23G2900/50009F23G2900/50206F26B2200/02Y02E20/12Y02P70/40
    • The plant (10) allows the production of thermal energy from biomass supplied in the form of pellets with humidity no higher than 35%, and comprises: a drying chamber (14) for the pellets; a combustion chamber (70) provided with at least two braziers (72, 74) one above the other, adapted to collect the pellets in cascade, and also with means (76) for vibrating the braziers (72, 74) so that the ashes drop into a collecting compartment (90); means for collecting part of the fumes produced in the combustion chamber (70) and conveying them into the drying chamber (14); a heat exchanger (98) for recovering thermal energy from the fumes en route to the chimney. The drying chamber (14) has a cylindrical casing (16) with horizontal axis, the casing (16) being motorised to rotate about its own axis. Coaxial helical means (18) are fixed to its inner wall for mixing- feeding the pellets. A metering device (60) is also provided for feeding the combustion chamber (70) with the dried pellets. In the upper part of the combustion chamber (70) means (68) are provided for retaining the pellets for a time sufficient to cause the formation of syngas, and means (78) for collecting the syngas formed. The plant (10) also comprises means (85, 86) for collecting the fumes and the exhalations present in the drying chamber (14) and conveying them to a mixer (88) where they are mixed with an appropriate quantity of air, and also means (91) for feeding the mixture obtained in the mixer (88) to the combustion chamber (70) in the area of the braziers (72, 74) so that the process of pyrolysis with oxygen in excess takes place, and means (80) for feeding the syngas to the combustion chamber (70). The plant can be completed with conventional equipment (108, 110, 112) which allows the thermal energy produced to be transformed wholly or partly into electricity.
    • 植物(10)允许生产以不高于35%湿度的颗粒形式提供的生物质的热能,并且包括:用于颗粒的干燥室(14); 设置有至少两个钎焊器(72,74)的燃烧室(70,74),其一个在另一个之上,用于级联地收集所述颗粒,并且还具有用于振动所述火盆(72,74)的装置(76,74),使得所述灰烬 落入收集隔间(90); 用于收集在燃烧室(70)中产生的一部分烟雾并将其输送到干燥室(14)中的装置; 一个热交换器(98),用于从途中的烟气中回收热能到烟囱。 干燥室(14)具有水平轴线的圆柱形壳体(16),壳体(16)被机动以围绕其自身的轴线旋转。 同轴螺旋装置(18)固定在其内壁上用于混合进料颗粒。 还设置有计量装置(60),用于向燃烧室(70)供给干燥的颗粒。 在燃烧室(70)的上部设置有用于将颗粒保持足以引起合成气形成的时间的装置(68),以及用于收集形成的合成气的装置(78)。 植物(10)还包括用于收集存在于干燥室(14)中的烟雾和呼出并将它们输送到混合器(88)的装置(85,86),在混合器(88)中混合有适量的空气,以及 用于在混合器(88)中获得的混合物在钎焊器(72,74)的区域内供给到燃烧室(70,74)的装置(91),以使得发生过量的氧气的热解过程,以及装置 ),用于将合成气供给到燃烧室(70)。 该设备可以用常规设备(108,110,112)完成,其允许所产生的热能全部或部分地转化成电。