Dimethyl ether from waste gas


Rapport Technique, 2018

6 Pages, Note: 1


Résumé ou Introduction

Zero emission is the realization of carbon dioxide sinks, by converting carbon dioxide (CO2) to another component. We do not understand under zero emission storing carbon dioxide in wholes, the ocean, or in tanks. If we compare with a biological plant, we have to learn that the biological plant is converting carbon dioxide (CO2) and water (H2O) to biomass and oxygen based on solar energy.

The process is divided into two parts, the light cycle and the dark cycle, optimized to the day and night cycle on earth (or in mechanistic interpretation: on the rotation of the earth around the axis). The aim of this photosynthesis process is to produce biomass during the growth process, oxygen is a waste product. Transferring the conversion of water and carbon dioxide to energy, we need hydrogen and as a waste product oxygen.

If we now turn over to technical processes which include up scaling we need a fuel which can be produced from biogenic mass and gases and additional from water and carbon dioxide. In this article we focus on dimethyl ether (DME). To enable this process we need at least electric energy provided by the volatile wind and solar energy and by nuclear power.

Résumé des informations

Titre
Dimethyl ether from waste gas
Note
1
Auteur
Année
2018
Pages
6
N° de catalogue
V434513
ISBN (ebook)
9783668758988
ISBN (Livre)
9783668758995
Taille d'un fichier
744 KB
Langue
allemand
Mots clés
Dimethyl ether, Biogas, Biomasse, Shale Gas
Citation du texte
Johann Gruber-Schmidt (Auteur), 2018, Dimethyl ether from waste gas, Munich, GRIN Verlag, https://www.grin.com/document/434513

Commentaires

  • Pas encore de commentaires.
Lire l'ebook
Titre: Dimethyl ether from waste gas



Télécharger textes

Votre devoir / mémoire:

- Publication en tant qu'eBook et livre
- Honoraires élevés sur les ventes
- Pour vous complètement gratuit - avec ISBN
- Cela dure que 5 minutes
- Chaque œuvre trouve des lecteurs

Devenir un auteur