Furfural formation from D-xylose with exceptionally high yields
Based on the results achieved in a previous work!

Furfural formation from D-xylose

The use of different halides in dilute aqueous acidic solutions allows for exceptionally high yields

Starting from the results achieved in a previous work on the effects of Cl ions on furfural formation in aqueous acid solution [Marcotullio, G. et al., Green Chem. 2010, 12, 1739], the general effect of different halides is addressed. Experimental results show the halides to influence at least two distinct steps in the reaction leading from D-xylose to furfural under acidic conditions, via different mechanisms. The nucleophilicity of the halides appears to be critical for the dehydration, but not for the initial enolization reaction. By combining different halides synergic effects become evident resulting in very high selectivities and furfural yields.

See http://j.mp/iNBx1g

Since 2001, DalinYebo provides knowhow:

  To convert biomass to value added chemical products and applications that are used in industries such as steel, wood, pharmaceutical, automotive, agricultural chemicals, industrial chemicals, etc.

  For the agri (biomass) processing, sugar, pulp&paper, etc. industries, we provide knowhow and technology to convert (residual) biomass to chemicals and energy.

  For owners of biomass we offer technology and market access, creating investment opportunities in the cleantech space.

The essential technical challenge facing us, and the world in general, is the complete beneficiation of cellulosic material. We strive to provide viable and practical solution. Contact us to discuss the economic potential of your biomass.


Choose a Topic

Join Our Newsletter

Articles and Pieces of Information

Subscribe for More

Get NEW Articles as and when we publish them

Read More

Latest Articles

Our site has moved to a new platform. It is functional, but expect the odd 'hiccup' (e.g. there are over 300 links and references that we are busy editing). Please continue to use it and/or submit your details and we'll notify you once all is 100% up and running.

Click here to access our old site.

We have received your request. Thank you.