Abstract
Biological gasification of household wastes is a relatively novel technique, and means that easily decomposable organic material is broken down to (primarily) methane and carbon dioxide, under anaerobic conditions with the aid of a mixed population of microorganisms. In this report 10 different processes are described, compared, and commented upon.
Ekwall, K;
[1]
Ahl, N
[2]
- Svenska Renhaallningsverksfoereningen, Malmoe (Sweden)
- National Environmental Protection Agency, Solna (Sweden)
Citation Formats
Ekwall, K, and Ahl, N.
Biological gasification of household waste. Technology development in Europe; Biologisk foergasning av hushaallsavfall. Teknikutvecklingen i Europa.
Sweden: N. p.,
1991.
Web.
Ekwall, K, & Ahl, N.
Biological gasification of household waste. Technology development in Europe; Biologisk foergasning av hushaallsavfall. Teknikutvecklingen i Europa.
Sweden.
Ekwall, K, and Ahl, N.
1991.
"Biological gasification of household waste. Technology development in Europe; Biologisk foergasning av hushaallsavfall. Teknikutvecklingen i Europa."
Sweden.
@misc{etde_10141808,
title = {Biological gasification of household waste. Technology development in Europe; Biologisk foergasning av hushaallsavfall. Teknikutvecklingen i Europa}
author = {Ekwall, K, and Ahl, N}
abstractNote = {Biological gasification of household wastes is a relatively novel technique, and means that easily decomposable organic material is broken down to (primarily) methane and carbon dioxide, under anaerobic conditions with the aid of a mixed population of microorganisms. In this report 10 different processes are described, compared, and commented upon.}
place = {Sweden}
year = {1991}
month = {Dec}
}
title = {Biological gasification of household waste. Technology development in Europe; Biologisk foergasning av hushaallsavfall. Teknikutvecklingen i Europa}
author = {Ekwall, K, and Ahl, N}
abstractNote = {Biological gasification of household wastes is a relatively novel technique, and means that easily decomposable organic material is broken down to (primarily) methane and carbon dioxide, under anaerobic conditions with the aid of a mixed population of microorganisms. In this report 10 different processes are described, compared, and commented upon.}
place = {Sweden}
year = {1991}
month = {Dec}
}