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    • 1. 发明申请
    • OUTDOOR CULTIVATOR FOR PHOTOSYNTHETIC MICROORGANISMS
    • 户外微生物微生物培养基
    • US20120115210A1
    • 2012-05-10
    • US13256599
    • 2010-03-29
    • Jared L. WintersElliot R. HobbsJohn D.V. WintersErnesto A. TomChristopher Wright
    • Jared L. WintersElliot R. HobbsJohn D.V. WintersErnesto A. TomChristopher Wright
    • C12M1/42C12N1/12
    • C12M41/26C12M21/02C12M23/56C12M27/02C12M29/18C12M29/24
    • A novel waterborne cultivator, which provides the benefits of known systems for culture of photosynthetic micro-organisms in a novel configuration, incorporating a simplified, two-phase rotary mixing and gas injection system, the two phases being liquid and gas (CO2). The mixing system provides optimum growth conditions through increased turbulent vertical mixing and increased levels of dissolved CO2 throughout the cultivator via injection of flue gas or other CO2-bearing gas stream. The system thus provides efficient capture and sequestration or reuse of CO2 while producing valuable biomass for food, feed, and fuel use. The waterborne configuration provides further benefits of passive temperature control and automatic leveling for consistent culture depth. Additional benefit is provided by an enclosed design which reduces contamination and evaporative loss by isolating the photosynthetic culture from the outside environment. The simplified and well-integrated design of the cultivator and mixing system greatly reduces capital and operating costs compared to previously known systems.
    • 一种新颖的水性耕作机,它以新颖的结构提供了已知的光合微生物培养体系的优点,并结合了简化的两相旋转混合和气体注入系统,两相是液体和气体(CO2)。 混合系统通过增加湍流垂直混合和通过注入烟道气或其他含CO 2气流在整个耕作机中提高水平的溶解CO2来提供最佳生长条件。 因此,该系统提供有效的捕集和封存或再利用CO2,同时为食品,饲料和燃料使用生产有价值的生物质。 水性配置提供了进一步的被动温度控制和自动调平的优点,以保持一致的培养深度。 附加优点由封闭设计提供,通过将光合培养与外部环境隔离来减少污染和蒸发损失。 与先前已知的系统相比,耕耘机和混合系统的简化和良好整合的设计大大降低了资金和运营成本。