Xishuangbanna Tropical Botanical Garden, Chinese Academy of Sciences, Kunming, Yunnan Province, China.
Bioresour Technol. 2011 Feb;102(3):3587-90. doi: 10.1016/j.biortech.2010.10.063. Epub 2010 Oct 19.
Willow without any pretreatment, and water were studied in an optical micro-reactor, diamond anvil cell by rapid heating (7-10°C/s) to high temperatures and high pressures (up to 403°C and 416 MPa), most of willow (89-99%) dissolved and hydrolyzed in water at 330-403°C within 22 s. It was found that low-density water (e.g., 571 kg/m(3)) solubilized almost all willow with particle size less than 200 μm, and subsequently hydrolyzed to hydrolysates in subcritical water at 354°C and 19 MPa within 9 s. These results were further used to propose a flow process to fast hydrolyze wood in seconds to valuable sugars.
柳树未经任何预处理,和水在光学微反应器、金刚石压腔中被快速加热(7-10°C/s)至高温高压(高达 403°C 和 416 MPa)条件下进行研究,在 330-403°C 温度范围内,22 s 内大部分柳树(89-99%)在水中溶解和水解。结果发现,低密度水(例如,571 kg/m³)几乎可以溶解所有粒径小于 200 μm 的柳树,并在 354°C 和 19 MPa 的亚临界水中在 9 s 内进一步水解成水解产物。这些结果进一步用于提出一种在几秒钟内将木材快速水解成有价值的糖的流程。