| 摘要 |
<p>PURPOSE:To perform miniaturization or a rotor and increase in treating capacity by providing in parallel divisional walls on the whole peripheral part of the rotor at a specified interval in the peripheral direction of the rotor and forming a divisional air flow path between adjoining divisional walls and positioning removably an adsorption body in each divisional air flow path in such a way that an air flow path over the adjoining divisional walls is intercepted. CONSTITUTION:Gas-permeable adsorptive bodies 3 are positioned over the whole peripheral part of a rotor 2 and an adsorptive region X which makes an objective gas Ae to be treated flow to the adsorptive body 3 in the rotor radial direction and a desorption region Y which makes a gas Ar for regeneration flow to the adsorptive body 3 in the rotor radial direction are provided in parallel in the rotor rotational direction in the rotational region of the rotor 2. Then, divisional walls 9 are provided on the whole peripheral part of the rotor at a specified interval in the peripheral direction of the rotor and a divisional air flow path f with an air flow direction in the rotor radial direction is formed between adjoining divisional walls 9 and an adsorption body 3 is positioned removably in each divisional air flow path f in such a way that an air flow path over the adjoining divisional walls 9 is intercepted. As the result, it is possible to perform miniaturization of the rotor and increase in treating capacity.</p> |
