Butanol from the fermentation process was first discovered Alcohol fusel oil obtained by the French C.-A. Wurtz in 1852. In 1913, the British Strange - Graham company first corn production by fermentation process acetone, butanol is used as the main byproduct. Later, due to the increased demand for n-butanol, fermentation plants modified to produce n-butanol n-butanol-based purposes, acetone, ethanol as a byproduct. During World War II, the German chemical company Ruhr butanol Oxo propylene production. 1950s, the rise of the petrochemical, n-butanol synthesis rapidly, especially in the fastest propylene Oxo. 3 Industrial production method editor industrial system n-butanol fermentation mainly, propylene Oxo alcohol and acetaldehyde, formaldehyde condensation three. In addition, higher alcohols from ethylene system also byproducts n-butanol. Fermentation cereals (corn, corn cob, rye, wheat) starch, water mixed into the mash, the retort sterilization, adding pure acetone-butanol bacteria at 36 ~ 37 ° C for fermentation, fermented mash through fine isolated distilled n-butanol, acetone and ethanol. Molasses can also be used as raw material. Oxo propylene, carbon monoxide and hydrogen by cobalt or rhodium catalyst (see complex catalyst) Oxo reaction of n-butyraldehyde and isobutyraldehyde, the hydrogenation of n-butanol and isobutanol. The texture of the fiber polymer material is n-butanol quoted on the spatial configuration is often greater than the length of a direction other two lengths to the good times. Such a collection of several macromolecules constituting an organizational unit, both may be the crystal, it may be amorphous region. Macromolecules length can extend through one or more crystal structure and amorphous zones. Aggregate unit organizations to connect multiple molecules, called supramolecular, also known as the texture of. The nature and characteristics of the various fibers of n-butanol, and the chemical structure of both macromolecules are linked, are to a large extent and its supramolecular structure. Characterization of the texture of the fiber has a variety of factors, Jinan butanol, important are: Order states crystalline morphology, distribution and orientation of the side order. Order temporal fibers adjacent macromolecules called order temporal aggregation state. This state can order up to three-dimensional ordered crystalline state by amorphous disorder, both in the fiber often exist. Crystal region composed of many smaller micro crystal structure, the smallest micro-crystals repeating unit cell. It is characterized by the presence of crystals and can be confirmed and instructions from the X-ray diffraction pattern. Crystalline amorphous fiber distribution pattern and its impact on the macroscopic properties of the fibers, is a complex and still not quite sure of the question, the more important influence of the doctrine are: Taian butanol | butanol Quote | Xiang dry chemical (Certified Merchant) provided by the Jinan Chemical Co., Ltd., Cheung dry. Jinan Cheung Dry Chemical Co. (www.xiangqianhuagong.com) (www.dilunyierchun.com) is specialized in the "glycol" enterprise, the company of "honesty, hard service" concept, to provide you with the most quality products and services. Welcome to inquire! Contact: Mr. You can also access (www.dilunyierchun.com/supply_details_43273270.html), for more information about the company.