Hydrothermal Degradation of Steam-Exploded Corn
スポンサーリンク
概要
- 論文の詳細を見る
Corn grains are pulverized by steam explosion after 40 min cooking at 533 K, and the products are further hydrolyzed under hydrothermal conditions. Residual solids consisting of particles having average diameter of 89 μm are obtained by steam explosion, and about 50–60 wt%(C/C) on carbon weight basis of initial sample is converted into water soluble (WS) components. The steam exploded products are further hydrothermally degraded in a small batch reactor at 453 to 493 K. The yields of WS components are almost unchanged with time at 453 and 473 K, but the molecular weights significantly decrease to lower than 1000.
- 社団法人 化学工学会の論文
- 2010-03-01
著者
-
Kimura Chisato
Department of Applied Chemistry, Chuo University
-
Imai Yoshimi
Department of Applied Chemistry, Chuo University
-
Funazukuri Toshitaka
Department of Applied Chemistry, Chuo University
-
Funazukuri Toshitaka
Department Of Applied Chemistry Chuo University
-
Kimura Chisato
Department Of Applied Chemistry Chuo University
-
Imai Yoshimi
Department Of Applied Chemistry Chuo University
関連論文
- Hydrothermal Degradation of Steam-Exploded Corn
- Measurements of Binary Diffusion Coefficients, Retention Factors and Partial Molar Volumes for Myristoleic Acid and Its Methyl Ester in Supercritical Carbon Dioxide
- Hydrothermal Degradation of Steam-Exploded Corn
- A New Ultraviolet Protective Agent of the Intercalation Compound of Aminobenzoic Acid Esters (UV Absorber) and Synthetic Mica (Inorganic Layered Compound)
- MEASUREMENTS OF BINARY DIFFUSION COEFFICIENTS OF 20 ORGANIC COMPOUNDS IN CO_2 AT 313.2K AND 16.0 MPA
- Rates of Weight Loss for Lignocellulosic Materials Subjected to Supercritical Fluid/Mixtures
- Delignification of Acacia mollissima willd in steam explosion. Effect of adding ethylene glycol on oil produced.
- Oil extraction from Australian condor oil shale with water - Effects of adding toluene, CO and NaOH.
- Molecular diffusion coefficients of vitamin K3 in mixtures of CO2 and n-hexane at temperature of 313.2K and total pressure of 16.0 MPa.