Infrared spectroscopy - alternative instrumental tool for control of bioethanol production

Tenkl, L.,Nicolet, Prague; Sec, K.,Nicolet, Prague; Kesner, F.,Nicolet, Prague; Jurenova, L.,Cukrovary

Infrared spectroscopy - alternative instrumental tool for control of bioethanol production

2009

Tenkl, L.,Nicolet, Prague (Czech Republic) | Sec, K.,Nicolet, Prague (Czech Republic) | Kesner, F.,Nicolet, Prague (Czech Republic) | Jurenova, L.,Cukrovary (Czech Republic)

We investigated the possibility to apply Fourier trasformed infrared spectroscopy and Fourier transformed near infrared spectroscopy in mash analysis. The main compounds determined in the mash were ethyl alcohol, calcium lactate, glucoe, fructose and dry matter content. The infrared spectroscopy was a quick and relatively accurate method to control the ethyl alcohol manufacturing process.

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AGROVOC Keywords

biocarburant biocarburante biofuels contenido de materia seca dry matter content espectroscopia infrarroja etanol ethanol fructosa fructose glucosa glucose infrared spectrophotometry lactate lactates lactatos spectroscopie infrarouge

Bibliographic information

Published in

Kvasny Prumysl (Czech Republic)

Volume 55 Issue 7/8 ISSN 0023-5830

Pagination

pp. 188-191

Other Subjects

Teneur en matiere seche

Language

English, Czech

Note

Summaries (Cs, De, En)

3 graphs, 3 tables

4 ref.

Type

Summary

In AGRIS since: 2010-05-15

Format: AGRIS AP

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Infrared spectroscopy - alternative instrumental tool for control of bioethanol production

2009

AGROVOC Keywords

Bibliographic information