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    • 7. 发明授权
    • Vapor generator and its use in generating vapors in a pressurized gas
    • 蒸汽发生器及其在增压气体中产生蒸汽的用途
    • US4540531A
    • 1985-09-10
    • US607248
    • 1984-05-04
    • Timothy Y. Moy
    • Timothy Y. Moy
    • B01J7/02B01F3/02B01F3/04B01J7/00B22C9/12B29C33/38B29C35/04B29K103/08B29K105/24
    • B01F3/022Y10S261/65
    • Disclosed is a vapor generator for generating a supply of a gas bearing vapors of a compound at a desired concentration. Also disclosed is a method for generating a supply of gas bearing vapors of said compound which process utilizes the vapor generator disclosed herein. The supply of gas bearing vapors can be generated on demand at a desired constant delivery pressure. The generator comprises a gas line for conveying pressurized gas from a source thereof through first pressure regulating means to a vessel; said vessel for retaining a reservoir of said compound in its liquid phase and having headspace thereabove, said vessel being insulated and having heating means to maintain said liquid and said headspace at a desired temperature. The gas line extends into the vessel to a position within the reservoir of liquid and there is terminated with gas distributor means. The vessel is provided with a product vaporous outlet from the headspace from which a gas outlet line connects to a second pressure regulator means. The first pressure regulator means independently controls the pressure in the vessel while the second pressure regulator means independently controls the delivery pressure of the gas bearing said vapors. The concentration of vapors in the supply of outlet gas is determined by the vessel pressure and vessel temperature. Advantageously, the generator may be portable and may be used to generate vaporous amine carried by air or an inert gas.
    • 公开了一种蒸气发生器,用于以期望的浓度产生化合物的气体蒸气的供应。 还公开了一种用于产生所述化合物的气体轴承蒸气的供应的方法,该方法利用本文公开的蒸气发生器。 可以根据需要在所需的恒定输送压力下产生气体轴承蒸气的供应。 发电机包括用于将加压气体从其源通过第一压力调节装置输送到容器的气体管线; 所述容器用于将所述化合物的储存器保持在其液相中并且在其上方具有顶部空间,所述容器是绝缘的并且具有将所述液体和所述顶部空间维持在期望温度的加热装置。 气体管线延伸到容器中的液体储存器内的位置,并且用气体分配器装置终止。 容器设置有从顶部空间的气体出口,气体出口管线从该空间出口连接到第二压力调节器装置。 第一压力调节装置独立地控制容器中的压力,而第二压力调节装置独立地控制承载所述蒸汽的气体的输送压力。 出口气体供应中的蒸汽浓度由容器压力和容器温度决定。 有利地,发生器可以是便携式的,并且可以用于产生由空气或惰性气体携带的蒸气胺。