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    • 2. 发明公开
    • Starved-air combustor
    • 饥饿空气燃烧器
    • EP0039909A3
    • 1982-09-01
    • EP81103467
    • 1981-05-07
    • THE BOEING COMPANY
    • Fitch, Robert E.Tyler, Robert C.Tucker, Gordon H.
    • F23G05/02F23N01/02F23N03/00
    • F23G5/50F23G5/16F23G2202/101F23G2202/103F23G2203/8013F23G2207/101F23G2207/30F23G2900/55009F23N1/02F23N3/00
    • The present invention relates to a starved-air combustor of the type capable of consuming non-conventional fuels such as the byproducts of wood, pulp, and paper mills, and household and commercial refuse. Prior art starved-air combustors have not been entirely satisfactory in entirely consuming the combustible elements of the fuel at high throughput without producing air pollution. While the pollution problem can be solved to a degree by the utilization of scrubbers and other antipollution devices, such mechanisms are very expensive and their cost may militate against the use of alternative energy sources. The disclosed starved-air combustor includes a combustion chamber which is divided into a plurality of combustion chamber zones with separate overfire and underfire airflows being individually provided for each zone. Fuel is fed to the combustor in selectable constant weight ' batches and the supply of underfire air is proportional to the rate at which an auger rotates to convey the fuel through the combustor. Overfire air is supplied to each combustion zone in an inverse relationship to the variance of a sensed temperature within the zone from a predetermined temperature.
    • 本发明涉及一种能够消耗诸如木材,纸浆和造纸厂的副产品以及家庭和商业垃圾之类的非传统燃料的类型的贫气空气燃烧器。 现有技术的空气 - 空气燃烧器在高产量下完全消耗燃料的可燃成分而不产生空气污染方面并不完全令人满意。 虽然污染问题可以通过使用洗涤器和其他抗污染装置在一定程度上解决,但这种机制非常昂贵,其成本可能会妨碍替代能源的使用。 所公开的贫气空气燃烧器包括燃烧室,该燃烧室被分成多个燃烧室区域,并且为每个区域分别提供单独的过火和欠火气流。 燃料以可选的恒重“批量供应给燃烧器,欠火空气的供应与螺旋钻旋转以将燃料输送通过燃烧器的速率成比例。 以与预定温度下该区内的感测温度的变化成反比的关系向每个燃烧区供应过热空气。
    • 4. 发明公开
    • Starved-air combustor
    • 米格Gedrosselter Luft arbeitende Verbrennungsanlage。
    • EP0039909A2
    • 1981-11-18
    • EP81103467.7
    • 1981-05-07
    • THE BOEING COMPANY
    • Fitch, Robert E.Tyler, Robert C.Tucker, Gordon H.
    • F23G5/02F23N1/02F23N3/00
    • F23G5/50F23G5/16F23G2202/101F23G2202/103F23G2203/8013F23G2207/101F23G2207/30F23G2900/55009F23N1/02F23N3/00
    • The present invention relates to a starved-air combustor of the type capable of consuming non-conventional fuels such as the byproducts of wood, pulp, and paper mills, and household and commercial refuse. Prior art starved-air combustors have not been entirely satisfactory in entirely consuming the combustible elements of the fuel at high throughput without producing air pollution. While the pollution problem can be solved to a degree by the utilization of scrubbers and other antipollution devices, such mechanisms are very expensive and their cost may militate against the use of alternative energy sources. The disclosed starved-air combustor includes a combustion chamber which is divided into a plurality of combustion chamber zones with separate overfire and underfire airflows being individually provided for each zone. Fuel is fed to the combustor in selectable constant weight ' batches and the supply of underfire air is proportional to the rate at which an auger rotates to convey the fuel through the combustor. Overfire air is supplied to each combustion zone in an inverse relationship to the variance of a sensed temperature within the zone from a predetermined temperature.
    • 本发明涉及能够消耗木材,纸浆和造纸厂的副产品以及家用和商业垃圾的非常规燃料的类型的饥饿空气燃烧器。 现有技术的饥饿空气燃烧器并不完全令人满意地以高通量完全消耗燃料的可燃组分而不产生空气污染。 虽然污染问题可以通过利用洗涤器和其它防污染装置在一定程度上解决,但是这种机制非常昂贵,并且其成本可能妨碍替代能源的使用。 所公开的饥饿空气燃烧器包括燃烧室,燃烧室被分成多个燃烧室区域,每个燃烧室区域具有单独的过火和不燃气流,每个区域分别设置。 燃料以可选择的恒定重量批次供给到燃烧器,并且不燃空气的供应与螺旋钻旋转以将燃料输送通过燃烧器的速率成比例。 过热空气以与预定温度的区域内的感测温度的变化成反比的关系被提供给每个燃烧区域。