ACT-U-KNMA4M active v1

Recovery of bio-waste by anaerobic digestion or composting

Construction and operation of facilities for the treatment of separately collected bio-waste through anaerobic digestion or composting with the resulting production and utilisation of biogas, biomethane, digestate, compost or chemicals.

Included in ACT-ID SUM-OF-ALL
Previously: ACT-A-KNMA4M (v0 legacy ID)
EU Transition to a Circular Economy role: direct

Economic Activity

ACT-A-9U7DRK

Water supply; sewerage, waste management and remediation (NACE E38.21)

NACE Codes E38.21

This ACT-U is used in these taxonomies 2

Each row is a taxonomy that binds this use-of-proceeds to one or more objectives. The coloured tags show the value-chain role (direct / enabling / transitional), the contribution sign (positive / neutral / negative), and the taxonomy's traffic-light classification where applicable.

Transition to a Circular Economy environmental
direct positive
Transition to a Circular Economy environmental
direct positive

Criteria 0

No criteria records yet.

Related activities in other taxonomies 3

When two taxonomies describe closely-related activities that aren't identical, ACT-ID records the relationship here. Click any row to see the related activity.

Overlaps with this one is narrower
ACT-V-XMO2LY

Semantic mapping (confidence: 0.85): Activity focuses on anaerobic digestion of agricultural bio-waste (crop stalks, livestock manure, poultry waste), which is a specific application within the EU's broader recovery of bio-waste by anaer

Same activity
ACT-V-3IJJCQ

Semantic mapping (confidence: 0.95): Composting and organic waste treatment exactly matches recovery of bio-waste by anaerobic digestion or composting.

Overlaps with this one is narrower

Semantic mapping (confidence: 0.90): Anaerobic digestion of organic waste is more specific than the broader EU activity covering both anaerobic digestion and composting of bio-waste.

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