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    • 3. 发明授权
    • Compact low-nox high-efficiency heating apparatus
    • 紧凑型low-nox高效加热装置
    • US06289851B1
    • 2001-09-18
    • US09691755
    • 2000-10-18
    • Iosif K. RabovitserRichard A. KnightHamid A. Abbasi
    • Iosif K. RabovitserRichard A. KnightHamid A. Abbasi
    • F23M304
    • F23C9/006F22B31/04F23C6/042F23C2201/401F23L15/04F23L2900/07005Y02E20/344Y02E20/348
    • A multi-stage heating apparatus having a first stage combustion chamber, a second stage combustion chamber, a primary porous matrix chamber disposed between the first and second stage combustion chambers, a secondary porous matrix chamber, heat exchanger tubes for transfer of heat from the combustion products to a working fluid, a recirculation device for recirculating combustion products in the first and second stage combustion chambers to the root of flames therein. A mixture of fuel and primary oxidant is introduced into the first stage combustion chamber, and the products of combustion therein are conveyed to the porous matrix chamber disposed between the first and second stage combustion chambers. After undergoing intensive heat transfer in the porous matrix chamber, the cooler products of combustion flow into the second stage combustion chamber forming additional products of combustion. The products of combustion then flow to a second porous matrix chamber in which they undergo further intensive heat transfer. From there, the products of combustion pass through an economizer for preheating a working fluid and through a condenser for removing moisture in the combustion products prior to being exhausted.
    • 一种多级加热装置,具有第一级燃烧室,第二级燃烧室,设置在第一级燃烧室和第二级燃烧室之间的一级多孔基质室,二级多孔基质室,用于从燃烧传递热量的换热器管 产品到工作流体,再循环装置,用于将第一和第二阶段燃烧室中的燃烧产物再循环到其中的火焰根部。 将燃料和初级氧化剂的混合物引入第一级燃烧室,并将其中的燃烧产物输送到设置在第一和第二级燃烧室之间的多孔基体室。 在多孔基体室中经受强烈的热传递之后,较冷的燃烧产物流入第二级燃烧室,形成附加的燃烧产物。 燃烧产物然后流到第二个多孔基体室,在这个室中它们经受进一步的强烈的热传递。 从那里,燃烧产物通过节能器,用于预热工作流体和通过冷凝器,以在排放之前除去燃烧产物中的水分。
    • 6. 发明授权
    • Process and apparatus for emissions reduction from waste incineration
    • 废物焚烧减排工艺和设备
    • US5205227A
    • 1993-04-27
    • US703812
    • 1991-05-21
    • Mark J. KhinkisHamid A. Abbasi
    • Mark J. KhinkisHamid A. Abbasi
    • F23G5/00F23G5/14F23L9/02
    • F23G5/14F23G5/002F23L9/02F23G2900/00001
    • A process for combustion of the combustible material includes introducing the combustible material into the combustion chamber, advancing the combustible material through the combustion chamber, supplying combustion air to the combustion chamber for drying and partially combusting the combustible material and final ash burnout in a primary combustion zone, and removing ash products from the combustion chamber. The fuel or fuel/carrier fluid mixture is supplied into the combustion chamber to create an oxygen deficient secondary combustion zone for NO.sub.x reduction and other nitrogen bearing compounds decomposition. An oxidizing fluid is supplied into the combustion chamber above the oxygen deficient secondary combustion zone for thorough mixing with combustion products and at least partial burnout of combustibles in an oxidizing tertiary combustion zone. A furnace for combustion in accordance with this process is also disclosed wherein a combustion chamber is configured such that combustible material can be advanced from a drying zone, to a combustion zone, to a burnout zone, and then into an ash pit. An air source provides air for drying, combustion and burnout in a primary combustion zone. Fuel or a fuel/carrier fluid mixture is injected above the primary combustion zone to create an oxygen deficient secondary combustion zone, to reduce NO.sub.x and decompose other nitrogen bearing compounds entering the secondary combustion zone. An oxidizing fluid is injected into the combustion chamber above the oxygen deficient secondary combustion zone.
    • 用于燃烧可燃材料的方法包括将可燃材料引入燃烧室中,使可燃材料通过燃烧室前进,向燃烧室供应燃烧空气,用于干燥和部分燃烧可燃材料,并在一次燃烧中最终产生灰烬 并从燃烧室除去灰分产物。 将燃料或燃料/载体流体混合物供应到燃烧室中以产生用于NOx还原和其它含氮化合物分解的缺氧二次燃烧区。 将氧化流体供给到缺氧二次燃烧区上方的燃烧室中,以与燃烧产物充分混合,并在氧化三级燃烧区中至少部分燃烧可燃物。 还公开了根据该方法的用于燃烧的炉子,其中燃烧室被构造成使得可燃材料可以从干燥区域,燃烧区域到燃尽区域,然后进入灰坑。 空气源在主燃烧区域中提供用于干燥,燃烧和燃尽的空气。 燃料或燃料/载体流体混合物被注入到主燃烧区上方以产生缺氧二次燃烧区,以减少NOx并分解进入二次燃烧区的其他含氮化合物。 将氧化流体注入氧气缺氧二次燃烧区以上的燃烧室。