Influence of mixing and sludge volume on stability, reproducibility, and productivity of laboratory-scale anaerobic digestion


Alternative Titles


Files

Additional file 1 (biplot).qzv (797.43 KB)

Resource Type

 Biogas Microbiome /  Dataset
Creators / Authors
Mlinar, Stanislava
Weig, Alfons
Freitag, Ruth

Date of Issue

 2020-03-12

Publisher

 University of Bayreuth

Collections

Research Data (DO@UBT)

URI

https://doi.org/10.15495/do_ubt_1211
 https://rdspace.uni-bayreuth.de/handle/rdspace-ubt/5

Abstract & Descriptions


Abstract

Biogas microbiome

Method Description

Technical Description

Subjects & Keywords


DFG Research Subject Areas

 2 Life Sciences;
 2 Life Sciences :: 21 Biology;
 2 Life Sciences :: 21 Biology :: 201 Basic Research in Biology and Medicine;
 4 Engineering Sciences;
 4 Engineering Sciences :: 42 Thermal Engineering / Process Engineering;
 4 Engineering Sciences :: 42 Thermal Engineering / Process Engineering :: 403 Process Engineering, Technical Chemistry;
 4 Engineering Sciences :: 42 Thermal Engineering / Process Engineering :: 403 Process Engineering, Technical Chemistry :: 403-04 Biological Process Engineering

OpenAIRE Fields of Science

Keywords

 Anaerobic Digestion;  Reproducibility;  Mixing;  Productivity;  Geometry

How to cite

Mlinar, Stanislava ; Weig, Alfons ; Freitag, Ruth
 Influence of mixing and sludge volume on stability, reproducibility, and productivity of laboratory-scale anaerobic digestion
In: RDSpace@UBT - University of Bayreuth's Institutional Respository for Digital Research Data. (https://rdspace.uni-bayreuth.de)
 2020-03-12, doi:  10.15495/do_ubt_1211

Related Publications

Part of:

https://doi.org/10.1016/j.biteb.2020.100444