发明名称 SACCHARIFICATION REACTION APPARATUS
摘要 A saccharification-reaction apparatus includes: a reactor which causes a saccharification-reaction of a raw material; and a raw material charging device which charges the raw material into the reactor at a predetermined interval; the reactor includes: a heating steam feeder which increases a temperature of the raw material charged from the charging device to a saccharification-reaction temperature; and a feeding mechanism which sequentially feeds each of the charged raw materials toward an outlet-port in a predetermined short period of time while causing the saccharification-reaction of each raw material under a high temperature and pressure; the raw material charging-device charges into the reactor, the raw material with a suitable bulk density for a saccharification-reaction speed of the reactor; in this manner, the saccharification-reaction apparatus charges the raw material in a hydrolytic saccharification state into the reactor by the raw material charging device; and hydrolytically saccharifying the raw material efficiently in the reactor.
申请公布号 US2016108355(A1) 申请公布日期 2016.04.21
申请号 US201314758341 申请日期 2013.11.21
申请人 KAWASAKI JUKOGYO KABUSHIKI KAISHA 发明人 NISHINO Takashi;IZUMI Noriaki;TAJIRI Hironori;KUSUDA Hiromasa;TSUZAWA Masaki
分类号 C12M1/00;C12M1/12;C12M1/26 主分类号 C12M1/00
代理机构 代理人
主权项 1. A saccharification reaction apparatus comprising: a reactor configured to cause a saccharification reaction of a raw material; and a raw material charging device configured to charge the raw material into the reactor at a predetermined interval, wherein the raw material charging device is configured to charge, into the reactor, the raw material with such a bulk density that the raw material breaks into pieces and is dispersed when charged into the reactor, and the reactor includes: a heating steam feeder configured to increase a temperature of the raw material charged from the raw material charging device to a saccharification reaction temperature; anda feeding mechanism configured to discharge the charged raw material through an outlet port after the saccharification reaction of the raw material has been caused under a high temperature and a high pressure for a predetermined time.
地址 Kobe-shi, Hyogo JP