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Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications Jul 1, 2026 - University of South-Eastern Norway Barahmand, Zahir, 2026, "Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications", https://doi.org/10.18710/PNKPR4, DataverseNO, V1 This supplementary taxonomy record provides a set of open value-chain classifications for post-fossil carbon pathways, covering biomass-, waste-, and CO₂-to-X systems. The record is intended to document the scale and structure of the pathway decision space rather than to rank technologies or provide process inventories. It includes taxonomy files f...
00_ReadMe.txt Jul 1, 2026 - Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications Plain Text - 8.9 KB - MD5: b6cdf5d383fe42d3c5e7e604f8c8f87d
01_taxonomy_biomass_waste_feedstock_and_pretreatment.pdf Jul 1, 2026 - Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications Adobe PDF - 314.0 KB - MD5: a9e459521836f2cdf64333567ccef493 Taxonomy of biomass, organic waste, fossil-derived waste, secondary streams, hazard status, physical form, and biomass/waste pretreatment technology families.
02_taxonomy_biomass_waste_conversion_technologies.pdf Jul 1, 2026 - Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications Adobe PDF - 350.1 KB - MD5: 009f631fc1d0a0f341d82f21cab5d5c4 Taxonomy of biomass- and waste-conversion technologies, including thermochemical, hydrothermal, physicochemical, biological, microbial, reforming, pyrolysis, gasification, fermentation, anaerobic, and bioelectrochemical routes.
03_taxonomy_upgrading_separation_and_downstream_products.pdf Jul 1, 2026 - Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications Adobe PDF - 187.3 KB - MD5: fbfef2bf65d373b5b50533ed8a1dd5cb Taxonomy of post-conversion upgrading, purification, separation, syngas-cleaning, and downstream product-route families, including fuels, chemicals, polymers, fertilisers, methanol routes, Fischer–Tropsch routes, fermentation products, and related separation technologies.
04_taxonomy_co2_capture_utilisation_and_carbonation_routes.pdf Jul 1, 2026 - Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications Adobe PDF - 343.9 KB - MD5: 26fd147745b706b29cd912a0ee018289 Taxonomy of CO₂ capture and utilisation pathways, including biological systems, electrochemical technologies, carbonation technologies, mineral carbonation, carbon-looping systems, solid-waste carbonation, and selected CO₂-to-product routes.
05_taxonomy_co2_capture_and_separation_mechanisms.pdf Jul 1, 2026 - Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications Adobe PDF - 407.1 KB - MD5: 8577c130e0ccb6d6a89adc470f935f58 Taxonomy of CO₂ capture and separation mechanisms, including chemical and physical absorption, adsorption, membranes, cryogenic separation, electrochemical separation, solvents, sorbents, ionic liquids, deep eutectic solvents, and hybrid separation systems.
Supplementary data and calculation workbooks for: Feedstock Circularity Interest: A diagnostic lens for biomass- and waste-to-X technology comparison Jun 30, 2026 - University of South-Eastern Norway Barahmand, Zahir, 2026, "Supplementary data and calculation workbooks for: Feedstock Circularity Interest: A diagnostic lens for biomass- and waste-to-X technology comparison", https://doi.org/10.18710/2NPL8C, DataverseNO, V1 This dataset supports the manuscript “Feedstock Circularity Interest: A diagnostic lens for biomass- and waste-to-X technology comparison.” The study develops a diagnostic feedstock circularity-interest lens for interpreting circularity claims in biomass- and waste-to-X technologies. The lens classifies reported feedstocks into five tiers according...
00_ReadMe.txt Jun 30, 2026 - Supplementary data and calculation workbooks for: Feedstock Circularity Interest: A diagnostic lens for biomass- and waste-to-X technology comparison Plain Text - 7.3 KB - MD5: 7a7833eeb6c14882ebcf24c1ade289a1
01_ESI_tier_distributions_and_base_ESI_subindices.zip Jun 30, 2026 - Supplementary data and calculation workbooks for: Feedstock Circularity Interest: A diagnostic lens for biomass- and waste-to-X technology comparison ZIP Archive - 25.8 KB - MD5: 747f69fcd753e6239b8e44c828480809 Contains the main article-specific calculation workbook and CSV exports for the tier-distribution profiles and ESI-derived descriptive indicators reported in the manuscript. It also includes the base comparison across the eight-technology core corpus.

Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications

Jul 1, 2026 - University of South-Eastern Norway

Barahmand, Zahir, 2026, "Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications", https://doi.org/10.18710/PNKPR4, DataverseNO, V1

This supplementary taxonomy record provides a set of open value-chain classifications for post-fossil carbon pathways, covering biomass-, waste-, and CO₂-to-X systems. The record is intended to document the scale and structure of the pathway decision space rather than to rank technologies or provide process inventories. It includes taxonomy files f...

00_ReadMe.txt

Jul 1, 2026 - Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications

Plain Text - 8.9 KB -

01_taxonomy_biomass_waste_feedstock_and_pretreatment.pdf

Jul 1, 2026 - Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications

Adobe PDF - 314.0 KB -

Taxonomy of biomass, organic waste, fossil-derived waste, secondary streams, hazard status, physical form, and biomass/waste pretreatment technology families.

02_taxonomy_biomass_waste_conversion_technologies.pdf

Jul 1, 2026 - Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications

Adobe PDF - 350.1 KB -

Taxonomy of biomass- and waste-conversion technologies, including thermochemical, hydrothermal, physicochemical, biological, microbial, reforming, pyrolysis, gasification, fermentation, anaerobic, and bioelectrochemical routes.

03_taxonomy_upgrading_separation_and_downstream_products.pdf

Jul 1, 2026 - Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications

Adobe PDF - 187.3 KB -

Taxonomy of post-conversion upgrading, purification, separation, syngas-cleaning, and downstream product-route families, including fuels, chemicals, polymers, fertilisers, methanol routes, Fischer–Tropsch routes, fermentation products, and related separation technologies.

04_taxonomy_co2_capture_utilisation_and_carbonation_routes.pdf

Jul 1, 2026 - Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications

Adobe PDF - 343.9 KB -

Taxonomy of CO₂ capture and utilisation pathways, including biological systems, electrochemical technologies, carbonation technologies, mineral carbonation, carbon-looping systems, solid-waste carbonation, and selected CO₂-to-product routes.

05_taxonomy_co2_capture_and_separation_mechanisms.pdf

Jul 1, 2026 - Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications

Adobe PDF - 407.1 KB -

Taxonomy of CO₂ capture and separation mechanisms, including chemical and physical absorption, adsorption, membranes, cryogenic separation, electrochemical separation, solvents, sorbents, ionic liquids, deep eutectic solvents, and hybrid separation systems.

Supplementary data and calculation workbooks for: Feedstock Circularity Interest: A diagnostic lens for biomass- and waste-to-X technology comparison

Jun 30, 2026 - University of South-Eastern Norway

Barahmand, Zahir, 2026, "Supplementary data and calculation workbooks for: Feedstock Circularity Interest: A diagnostic lens for biomass- and waste-to-X technology comparison", https://doi.org/10.18710/2NPL8C, DataverseNO, V1

This dataset supports the manuscript “Feedstock Circularity Interest: A diagnostic lens for biomass- and waste-to-X technology comparison.” The study develops a diagnostic feedstock circularity-interest lens for interpreting circularity claims in biomass- and waste-to-X technologies. The lens classifies reported feedstocks into five tiers according...

00_ReadMe.txt

Jun 30, 2026 - Supplementary data and calculation workbooks for: Feedstock Circularity Interest: A diagnostic lens for biomass- and waste-to-X technology comparison

Plain Text - 7.3 KB -

01_ESI_tier_distributions_and_base_ESI_subindices.zip

Jun 30, 2026 - Supplementary data and calculation workbooks for: Feedstock Circularity Interest: A diagnostic lens for biomass- and waste-to-X technology comparison

ZIP Archive - 25.8 KB -

Contains the main article-specific calculation workbook and CSV exports for the tier-distribution profiles and ESI-derived descriptive indicators reported in the manuscript. It also includes the base comparison across the eight-technology core corpus.

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