摘要:
Disclosed are process for contacting a protein containing material with one or more wet-mill streams. The protein content of the protein containing material is increased.
摘要:
There is disclosed a method for processing cereal material that allows for a reduction of time required for steeping and a reduction in the number of unit operations in conventional corn wet milling. The method involves continuously and simultaneously having solvent absorbed by a cereal material and abrading the cereal material. There is disclosed also the use of products of the process in the production of fermentation feedstock. There is also disclosed also for the use fermentation feedstock.
摘要:
There is disclosed a process for producing a fermentation feedstock from a cereal material that is extruded. The cereal material extrudate is liquefied and separated into streams. Furthermore, of the liquefied extrudate may be saccharified.
摘要:
There is disclosed a method for treating a cereal with a processing solution by a screw transporter. The screw transporter is preferably a screw extruder or screw conveyer. Also disclosed is a method for using the treated cereal material as a fermentation feedstock. Further, there is disclosed a method for using the treated cereal material in the production of fermentation feedstock.
摘要:
There is described a process for sonicating a plant seed at an intensity of at least 95 W/cm2 and a frequency ranging from about 16 to 100 kHz. Also disclosed is a process for using the sonicated plant seed for production of either a starch product or a fermentation feedstock. Also disclosed is the use of the sonicated plant seed as a fermentation feedstock.
摘要翻译:描述了以至少95W / cm 2的强度和约16至100kHz范围的频率超声处理植物种子的方法。 还公开了使用超声处理的植物种子来生产淀粉产物或发酵原料的方法。 还公开了将超声处理的植物种子用作发酵原料。
摘要:
The present invention relates to a method for operating a mobile navigation device (1) in a vehicle (2), wherein the vehicle (2) is equipped with a data bus (4) on which data (vehicle data) can be transmitted, and wherein the data bus (4) features a data interface (5) for wireless transmission and reception of data, and wherein the mobile navigation device (1) comprises a data interface (7) for wireless transmission and reception of data, comprising the following steps:a) transmitting process data of the vehicle (2) (vehicle data) via the data bus (4) and the wireless data interface (5) of the vehicle (2) to the navigation device (1), b) receiving the vehicle data at the wireless data interface (7) of the navigation device (1), c) editing and processing the vehicle data in the navigation device (1), particularly for controlling the routing process, d) transmitting process data of the navigation device (1) (navigation device data) via the wireless data interface (7) of the navigation device (1) to the vehicle, e) receiving the navigation device data at the wireless data interface (5) of the vehicle (2), and f) editing and processing the navigation device data in the vehicle.