Abstract
Research objective: Design and development of Hydrothermal treatment pathways for the sustainable produrction of lignucelluslose derived fuels and value-added products that both reduce direct GHG emissions and display fossil based carbon footprints in existing industrial and transport infrastructures.
Continuation
Lower liquid bio-fuel yields from non-catalytic HTL could be thermally offset with by-product valorisation as well as with efficient recovery of the HTL waste heat.
Process economics are strongly dependent on the market prices of the energy co-products (H2, power, heat).
Techno-economic performance could improve either by HTL integration with low cost residues in existing industrial production lines or by downstream upgrading to high-grade bio-chemicals.
Integrated application of HTT treatment for liquid effluents (e.g. black liquor, digestate etc.) for energy and material recovery.
Continuation
Lower liquid bio-fuel yields from non-catalytic HTL could be thermally offset with by-product valorisation as well as with efficient recovery of the HTL waste heat.
Process economics are strongly dependent on the market prices of the energy co-products (H2, power, heat).
Techno-economic performance could improve either by HTL integration with low cost residues in existing industrial production lines or by downstream upgrading to high-grade bio-chemicals.
Integrated application of HTT treatment for liquid effluents (e.g. black liquor, digestate etc.) for energy and material recovery.
| Original language | English |
|---|---|
| Pages | 300-302 |
| Number of pages | 2 |
| Publication status | Published - 12 Sept 2017 |
| Event | HTP-Fachforum - Leipzig, Germany Duration: 12 Sept 2017 → 13 Sept 2017 Conference number: 3 |
Conference
| Conference | HTP-Fachforum |
|---|---|
| Country/Territory | Germany |
| City | Leipzig |
| Period | 12/09/2017 → 13/09/2017 |
| Other | Biobasierte hydrothermale Prozesse – Technologien zur stofflichen und energetischen Nutzung |