An Application of Dehalogenation by Sodium Adsorption to Wood Powder
スポンサーリンク
概要
- 論文の詳細を見る
The purpose of this study is to create a dehalogenation material made of wood powder cheaply. The dehalogenation material consists of an inorganic and organic compound. The sodium was adsorbed to the surface of the wood powder by ionic-bonding using low-temperature plasma irradiation. For the wood powder material, unwanted lumber from thinning trees in forests and scrap wood could effectively be utilized. This dehalogenation material, which consists of wood powder and sodium, can easily be used for an environmental cleanup business, because this material is biodegradable. When the sodium wood powder was put in water, highly-dense sodium ion concentration of 80 mg/L was released. The sodium wood powder was left in a hydrogen chloride gas atmosphere to examine the dehalogenation characteristics. As a result, it was verified that the chlorine was able to be removed from the hydrogen chloride. The sodium wood powder created in this experiment can be utilized as an adsorption material for contaminated soil with dioxins and PCB, also from vehicle emissions and for hydrogen chloride gas that would have been rejected by incineration facilities.
- 社団法人 化学工学会の論文
- 2010-07-01
著者
-
Inada Shigeaki
Department Of Mechanical Systems Engineering Gunma University
-
Inada Shigeaki
Department Of Mechanical Engineering Gunma University
-
NAKAGAWASAI Manabu
Department of Mechanical Systems Engineering, Gunma University
-
Nakagawasai Manabu
Department Of Mechanical Systems Engineering Gunma University
関連論文
- Heat Transfer Effectiveness of Saturated Drops in the Nonwetting Regime Impinging on a Heated Surface
- Heat Transfer of a Liquid-Solid Contact in a Subcooled Pool Boiling System : Transition-Type Boiling Regime and Minute Bubble Emission Boiling Regime
- Heat Transfer of a Liquid-Solid Contact in a Subcooled Pool Boiling System : The Second Burnout Regime
- An Application of Dehalogenation by Sodium Adsorption to Wood Powder
- The Development of Advanced Composite Material with Metal Adhered by an Ionic Bond to the Surface of a Woody Biomass
- Liquid-solid contact state and fluctuation of the vapor film thickness of a drop impinging on a heated surface.
- The effect of pure forced convection on the boiling heat transfer between a two-dimensional subcooled water jet and a heated surface.
- Critical heat flux and subcooled nucleate boiling in transient region between a two-dimensional water jet and a heated surface.
- Transient heat transfer from a free-falling molten drop of lead to a cold plate.