THEORETICAL POTENTIAL OF HYDROGEN PRODUCTION FROM TEXTILES WASTES IN POMERANIAN REGION BY MEANS OF DARK FERMENTATION

Gaweł Sołowski

THEORETICAL POTENTIAL OF HYDROGEN PRODUCTION FROM TEXTILES WASTES IN POMERANIAN REGION BY MEANS OF DARK FERMENTATION

Abstract

Model has been developed for calculating theoretical mass of hydrogen produced from textile wastes by mean of dark fermentation. As vegetable fibres wastes were chosen two mostly used — cotton and linen (flax). As the synthethic carbohydrate rich fiber was chosen viscose. In the background there were introduced: problems of dark fermentation, characteristics of textile material structure. Additionally pathways of the process and ex- pressions of model are introduced. The model is presented in the part of results and conclu- sion. In section results and conclusions, numerical data of the model are presented and explained. Then results and conclusions of the analysis are shown. The textiles wastes are processed lignocellulose parts with low or no lignin fraction. The analysis of dark fermenta- tion of textile wastes is relevant step to improve utilization of lignocellulose wastes. Theo- retical hydrogen mass from Poland textile wastes is 5860 tonnes — 13% of the recent Lotos hydrogen demand.

Author (1)

Gaweł Sołowski
- Środowiskowe Studium Doktoranckie IMP PAN Przy Wydziale Mechanicznym PG Zakład Fizycznych Aspektów Ekoenergii

Cite as

Full text

full text is not available in portal

Keywords

Details

Category:: Monographic publication
Type:: rozdział, artykuł w książce - dziele zbiorowym /podręczniku o zasięgu krajowym
Published in:: Zeszyty Naukowe Gdańskiej Szkoły Wyższej pages 313 - 317,
ISSN: 1896-2505
Title of issue:: Globalizacja a regionalna ochrona środowiska strony 313 - 317
Language:: Polish
Publication year:: 2016
Bibliographic description:: Sołowski G.: THEORETICAL POTENTIAL OF HYDROGEN PRODUCTION FROM TEXTILES WASTES IN POMERANIAN REGION BY MEANS OF DARK FERMENTATION// Globalizacja a regionalna ochrona środowiska/ : , 2016, s.313-317
Verified by:: Gdańsk University of Technology