Global bioenergy and carbon dioxide removal potential from sustainable biomass via BECCS

These are datasets used to generate figures of paper  "Global bioenergy and carbon dioxide removal potential from sustainable biomass via BECCS".

(1) Biomass_crop_residue_ton, Biomass_manure_ton, Biomass_organic_municipal_solid_waster_ton, Biomass_waste_water_pop_served are TIFF files reporting the geospatial map with biomass availability by feedstock (ton/year), including crop residue, manure, organic fraction of municipal solid waste, and waste water, in 10km resolution.

(2) Fig. 2. Biogenic CDR from anaerobic digestion, Supplementary Fig. 1. Bioenergy from biomethane, Supplementary Fig. 2. Biomethane, Supplementary Fig. 3. Biogenic CDR from anaerobic digestion and steam methane reforming, Supplementary Fig. 4. Biohydrogen are TIFF files reporting the biogenic CDR potential from anaerobic digestion (ton/year), bioenergy from biomethane (ton/year), biomethane (ton/year), biogenic CDR potential from both anaerobic digestion and steam methane reforming (ton/year).

(3) Fig. 3. data_biogenic_CDR_potential_from anaerobic digestion_by_country, Fig. 4. data_bioenergy_potential_from_biomethane_by_country, Fig. 6. data_biogenic_CDR_from_anaerobic digestion and steam methane reforming_by_country, Fig. 7. data_bioenergy_potential_from_biohydrogen_by_country are csv files reporting the country-level biogenic CDR potential from anaerobic digestion (Mt), bioenergy potential from biomethane (TWh), biogenic CDR potential from anaerobic digestion and steam methane reforming (Mt), and bioenergy potential from biohydrogen (TWh)

(4) Fig. 5. the share of biomethane in methane supply and Fig.8. the share of biohydrogen in hydrogen supply are the csv files reporting the share of biomethane and biohydrogen can contribute to current methane and hydrogen supply.

(5) Supplementary Table 1. Countries_77_larger_than_10p_emission_from_AD_SMR and Supplementary Table 2. Countries_116_larger_than_100p_hydrogen_supply are csv files reporting the 77 countries which can offset over 10% of greenhouse gas emission from anaerobic digestion and steam methane reforming and the 116 countries which can produce over 100% of current hydrogen supply through biohydrogen from steam methane reforming.