Negative Emissions Technologies (NETS): Feasibility Study - Technical Appendices

Technical annex for study that estimates the maximum Negative Emissions Technologies (NETs) potential achievable in Scotland, 2030 - 2050.


Table of figures

Figure 1: Transport costs used in the LCOC analysis

Figure 2: Storage costs used in the LCOC analysis

Figure 3: BECCS post combustion capture

Figure 4: Map of biomass fuelled Power and Industry plant locations, that may be suitable for BECCS

Figure 5: Post Combustion Carbon Capture from EfW incineration

Figure 6: GIS Map of Energy from Waste plants in Scotland

Figure 7: GIS map of Advanced Conversion Technologies (ACT)

Figure 8: Schematic of standard clinker production with post-combustion capture

Figure 9: Hydrogen produced via SMR of biomethane with MDEA CO2 capture

Figure 10: Biomethane Production Through Gasification

Figure 11: Biomethane production through anaerobic digestion and biogas upgrading

Figure 12: GIS map of Biomethane and Anaerobic Digestion sites

Figure 13: Liquid solvent DACCS schematic

Figure 14: Solid sorbent DACCS schematic

Figure 15: Biochar production using poplar woodchip feedstock

Figure 16: Mass balance schematic for sugar beet to bioethanol process

Figure 17: Mass balance schematic for sawdust to bioethanol process

Figure 18: Mass balance schematic for bark to drop-in biofuels using gasification

Figure 19: A simple mass balance of a BECCS biomethane reference facility

Figure 20: Schematic of BECCS Power with oxy-combustion capture

Figure 21: Schematic of BECCS Power with pre-combustion capture

Figure 22: Hydrogen produced via SMR of biomethane with VSPA CO2 capture

Figure 23: Hydrogen produced via ATR of biomethane with MDEA CO2 capture

Figure 24: Hydrogen produced via ATR of biomethane with VSPA CO2 capture

Figure 25: Hydrogen production via gasification and subsequent reformation of the syngas

Contact

Email: NETs@gov.scot

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