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    • 1. 发明公开
    • A CYCLONE GASIFIER
    • 一个旋风气化器
    • EP3078727A1
    • 2016-10-12
    • EP15163203.1
    • 2015-04-10
    • Meva Energy AB
    • Davidsson, NiclasWingren, Anders
    • C10J3/48
    • C10J3/487C10J2200/152C10J2200/39C10J2300/1884C10K1/026C10K1/18
    • The present inventive concept relates to a cyclone gasifier comprising: a gasification chamber, a first and a second inlet, and a syngas exit pipe arranged at least partly inside the gasification chamber. The first inlet is arranged and configured to inject a first mixture of oxidant and particulate fuel into the gasification chamber such that a first swirling flow of the first mixture is established and allowed to propagate through at least a part of the gasification chamber. The second inlet is arranged and configured to inject a second mixture of oxidant and particulate fuel into the gasification chamber such that a second swirling flow of the second mixture is established and allowed to propagate through at least a part of the gasification chamber. The second swirling flow is at least partly offset in its propagation compared to the first swirling flow.
    • 本发明构思涉及一种旋风气化器,其包括:气化室,第一和第二入口以及至少部分布置在气化室内的合成气出口管。 第一入口被布置和构造成将氧化剂和颗粒燃料的第一混合物喷射到气化室中,使得第一混合物的第一旋流被建立并且被允许传播通过气化室的至少一部分。 第二入口被布置和构造成将氧化剂和颗粒燃料的第二混合物注入气化室中,使得第二混合物的第二旋流被建立并且被允许传播通过气化室的至少一部分。 与第一旋转流相比,第二旋转流的传播至少部分地被抵消。
    • 5. 发明公开
    • REACTOR FLOW CONTROL
    • 反应堆流量控制
    • EP3305875A1
    • 2018-04-11
    • EP16192924.5
    • 2016-10-07
    • Meva Energy AB
    • WINGREN, AndersSTRANDBERG, NiklasDAVIDSSON, NiclasÖHMAN, Rikard
    • C10J3/30C10J3/22C10J3/36
    • C10J3/30C10J3/22C10J3/36C10J2200/158C10J2300/094C10J2300/0956C10J2300/0959
    • A gasification system and a method for gasifying a particulate carbonaceous fuel are disclosed. The gasification system has a gasification chamber with an upper section and a lower section with a fuel inlet for injecting a particulate carbonaceous fuel and oxidant into the upper section whereby, in a thermo-chemical reaction, synthesis gas and residual char is generated. The gasification system further includes a separator configured to receive the synthesis gas and to separate residual tar form the synthesis gas. Further, there is a char bed disposed in the lower section formed by residual char generated in the thermo-chemical reaction and a gas-inlet at a bottom portion of the lower section for injecting gas into the char bed. The residual tar is injected into the char bed whereby, in a thermal cracking process, the residual tar is converted into synthesis gas. Hereby, it is possible to utilize the otherwise lost energy contained in the residual tar, and thereby achieve better efficiency in a gasification system, in a cost-effective and simple manner.
    • 公开了一种气化系统和用于气化颗粒碳质燃料的方法。 该气化系统具有气化室,该气化室具有上部和下部,该下部具有用于将颗粒碳质燃料和氧化剂注入上部的燃料入口,由此在热化学反应中产生合成气和残余炭。 气化系统还包括构造成接收合成气并从合成气分离残余焦油的分离器。 此外,在由热化学反应中产生的残留炭和下部的底部的气体入口形成的下部设有焦炭床,用于将气体注入焦炭床。 剩余焦油被注入焦炭床,由此在热裂化过程中,残余焦油被转化成合成气。 由此,可以利用包含在残余焦油中的其他能量损失的能量,从而以成本有效且简单的方式在气化系统中实现更好的效率。
    • 7. 发明公开
    • IMPROVED GASIFICATION SYSTEM AND METHOD
    • 改进的气化系统和方法
    • EP3305876A1
    • 2018-04-11
    • EP16192928.6
    • 2016-10-07
    • Meva Energy AB
    • WINGREN, AndersSTRANDBERG, NiklasDAVIDSSON, Niclas
    • C10J3/48C10J3/72C10J3/84C10K3/00
    • C10J3/487C10J3/723C10J3/84C10J2200/152C10J2300/1603C10J2300/1807C10K3/008
    • A gasification system and a method for gasifying a particulate carbonaceous fuel are disclosed. The gasification system has a gasification chamber with an upper section and a lower section with a fuel inlet for injecting a particulate carbonaceous fuel and oxidant into the upper section whereby, in a thermo-chemical reaction, synthesis gas and residual char is generated. The gasification system further includes a separator configured to receive the synthesis gas and to separate residual tar form the synthesis gas. Further, there is a char bed disposed in the lower section formed by residual char generated in the thermo-chemical reaction and a gas-inlet at a bottom portion of the lower section for injecting gas into the char bed. The residual tar is injected into the char bed whereby, in a thermal cracking process, the residual tar is converted into synthesis gas. Hereby, it is possible to utilize the otherwise lost energy contained in the residual tar, and thereby achieve better efficiency in a gasification system, in a cost-effective and simple manner.
    • 公开了一种气化系统和用于气化颗粒碳质燃料的方法。 该气化系统具有气化室,该气化室具有上部和下部,该下部具有用于将颗粒碳质燃料和氧化剂注入上部的燃料入口,由此在热化学反应中产生合成气和残余炭。 气化系统还包括构造成接收合成气并从合成气分离残余焦油的分离器。 此外,在由热化学反应中产生的残留炭和下部的底部的气体入口形成的下部设有焦炭床,用于将气体注入焦炭床。 剩余焦油被注入焦炭床,由此在热裂化过程中,残余焦油被转化成合成气。 由此,可以利用包含在残余焦油中的其他能量损失的能量,从而以成本有效且简单的方式在气化系统中实现更好的效率。