Print Email Facebook Twitter Scoping cost and abatement metrics for biomass with carbon capture and storage — the example of bioCCS in cement Title Scoping cost and abatement metrics for biomass with carbon capture and storage — the example of bioCCS in cement Author Blok, K. (TU Delft Energy and Industry) Ramirez, Andrea (TU Delft Energy and Industry) Tanzer, Samantha Eleanor (TU Delft Energy and Industry) Date 2023 Abstract Negative emission technologies such as biomass with carbon capture and storage (bioCCS) may become an important instrument to limit global warming. Currently, estimates of CO2 avoidance cost for bioCCS vary widely. Using a case study of a cement plant, this paper illustrates how this variance is partially attributable to the system boundary choices made by modellers. The estimated avoidance cost for the bioCCS-in-cement plant ranged from 48-321€2017/t CO2(eq) and the net CO2(eq) from -660 to 16 kg CO2(eq)/t cement, without any change in the technological model, equipment and input costs, or lifecycle emissions, but by changing the system boundaries used for cost and emission accounting, reflecting the different boundaries seen in bioCCS literature. To allow for more comparable bioCCS cost estimates, studies should always account for costs and emissions of both biomass production and the full chain of carbon capture, transport, and permanent storage, as both are fundamental to the role of bioCCS as a potential “negative emission technology”. We also advocate for clear decomposition of metrics, separation of “avoided emissions” from physical flows of greenhouse gases; and explicit consideration of the temporality of the bioCCS system. With these guidelines, the range of avoidance cost of the bioCCS-in-cement plant shrinks to 157-193€2017/t CO2(eq) for near-term estimates and to 89-107€2017/t CO2(eq) for longer-term estimates. Subject BECCSbioenergy with carbon capture and storagecementCO avoidance costnegative emission technologiessystem boundaries To reference this document use: http://resolver.tudelft.nl/uuid:379931e9-59cc-4ccc-8096-430e3f1520c7 DOI https://doi.org/10.1016/j.ijggc.2023.103864 ISSN 1750-5836 Source International Journal of Greenhouse Gas Control, 125 Part of collection Institutional Repository Document type journal article Rights © 2023 K. Blok, Andrea Ramirez, Samantha Eleanor Tanzer Files PDF 1_s2.0_S1750583623000348_main.pdf 3.59 MB Close viewer /islandora/object/uuid:379931e9-59cc-4ccc-8096-430e3f1520c7/datastream/OBJ/view