Publication detail

Gasification of Biodegradable Wastes

ELBL, P. LISÝ, M. BALÁŠ, M. MILČÁK, P. VAVŘÍKOVÁ, P.

Original Title

Gasification of Biodegradable Wastes

English Title

Gasification of Biodegradable Wastes

Type

abstract

Language

en

Original Abstract

This thesis deals with gasification of biodegradable wastes. As fuel into the gasifier reactor, which was Biofluid 2, were used alternative biomass wastes here, namely digestate and sewage sludge. Furthemore, rough fuels analysis were made for both fuels with determination of their energy properties. Samples of generated gas and tar were taken during the gasification proces. The effect of the gasification medium (steam, air) was investigated on the composition and the calorific value of the generated gas. Another observed factor was the composition and amount of emerging tar. It is very important to optimize the gasification proces with the aim to generate gas with the highest calorific value while minimizing the amount of tar, as the tar is the main obstacle to the gasification applicability. Among the main parametres influencing the gasification proces belong the gasification temperature, the quantity and type of the gasification medium and last but not least the properties of the used fuel, in particular its moisture content.

English abstract

This thesis deals with gasification of biodegradable wastes. As fuel into the gasifier reactor, which was Biofluid 2, were used alternative biomass wastes here, namely digestate and sewage sludge. Furthemore, rough fuels analysis were made for both fuels with determination of their energy properties. Samples of generated gas and tar were taken during the gasification proces. The effect of the gasification medium (steam, air) was investigated on the composition and the calorific value of the generated gas. Another observed factor was the composition and amount of emerging tar. It is very important to optimize the gasification proces with the aim to generate gas with the highest calorific value while minimizing the amount of tar, as the tar is the main obstacle to the gasification applicability. Among the main parametres influencing the gasification proces belong the gasification temperature, the quantity and type of the gasification medium and last but not least the properties of the used fuel, in particular its moisture content.

Keywords

gasification, tar, biodegradable waste, digestate, sewage sludge

Released

19.09.2018

Publisher

SPEKTRTUM STU

Location

Bratislava

ISBN

978-80-227-4835-3

Book

TOP2018, 24th annual International Scientific Conference

Edition

M. Horvát

Edition number

1

Pages from

8

Pages to

8

Pages count

1

BibTex


@misc{BUT156254,
  author="Patrik {Elbl} and Martin {Lisý} and Marek {Baláš} and Pavel {Milčák} and Petra {Vavříková}",
  title="Gasification of Biodegradable Wastes",
  annote="This thesis deals with gasification of biodegradable wastes. As fuel into the gasifier reactor, which was Biofluid 2, were used alternative biomass wastes here, namely digestate and sewage sludge. Furthemore, rough fuels analysis were made for both fuels with determination of their energy properties. Samples of generated gas and tar were taken during the gasification proces. The effect of the gasification medium (steam, air) was investigated on the composition and the calorific value of the generated gas. Another observed factor was the composition and amount of emerging tar. It is very important to optimize the gasification proces with the aim to generate gas with the highest calorific value while minimizing the amount of tar, as the tar is the main obstacle to the gasification applicability. Among the main parametres influencing the gasification proces belong the gasification temperature, the quantity and type of the gasification medium and last but not least the properties of the used fuel, in particular its moisture content.",
  address="SPEKTRTUM STU",
  booktitle="TOP2018, 24th annual International Scientific Conference",
  chapter="156254",
  edition="M. Horvát",
  howpublished="electronic, physical medium",
  institution="SPEKTRTUM STU",
  year="2018",
  month="september",
  pages="8--8",
  publisher="SPEKTRTUM STU",
  type="abstract"
}