Detail publikačního výsledku

Progressive and Efficient Non-energy Applications of Lignite

PEKAŘ, M.; SÝKOROVÁ, I.; KOUTNÍK, I.; KLUČÁKOVÁ, M.; HAVELCOVÁ, M.; MIZERA, J.; OMELKA, L.; VESELÝ, M.; VESELÝ, T.

Original Title

Progressive and Efficient Non-energy Applications of Lignite

English Title

Progressive and Efficient Non-energy Applications of Lignite

Type

Peer-reviewed article not indexed in WoS or Scopus

Original Abstract

The work is aimed at research of non-fuel uses of lůignite from the Coal Moravia Coalfield as a valuable chemical raw material with minimum additional costs in following areas: sorbent technologies, composites lignite-biopolymer, lignite-polymers, radical and photochemical processes on lignite, cost-effective isolation of humic acids.

English abstract

The work is aimed at research of non-fuel uses of lůignite from the Coal Moravia Coalfield as a valuable chemical raw material with minimum additional costs in following areas: sorbent technologies, composites lignite-biopolymer, lignite-polymers, radical and photochemical processes on lignite, cost-effective isolation of humic acids.

Keywords

lignite, sorption, composite, humic acids

Key words in English

lignite, sorption, composite, humic acids

Authors

PEKAŘ, M.; SÝKOROVÁ, I.; KOUTNÍK, I.; KLUČÁKOVÁ, M.; HAVELCOVÁ, M.; MIZERA, J.; OMELKA, L.; VESELÝ, M.; VESELÝ, T.

RIV year

2012

Released

21.09.2009

Publisher

Academy of Sciences of Czech Republic

Location

Prague

ISBN

1214-9691

Periodical

Acta Research Reports

Volume

6

Number

18

State

Czech Republic

Pages from

11

Pages to

15

Pages count

5

Full text in the Digital Library

http://hdl.handle.net/

BibTex

@article{BUT74085,
  author="PEKAŘ, M. and SÝKOROVÁ, I. and KOUTNÍK, I. and KLUČÁKOVÁ, M. and HAVELCOVÁ, M. and MIZERA, J. and OMELKA, L. and VESELÝ, M. and VESELÝ, T.",
  title="Progressive and Efficient Non-energy Applications of Lignite",
  journal="Acta Research Reports",
  year="2009",
  volume="6",
  number="18",
  pages="11--15",
  issn="1214-9691"
}