Book 02: EU Taxonomy 2026 — Regulatory Standard
EU Taxonomy for Sustainable Activities — March 2026 revision. Binding EU law. Colombia GF Taxonomy modeled on this framework. Access: EU Taxonomy Compass API at ec.europa.eu/sustainable-finance-taxonomy
- Climate Mitigation
- Energy (Generation, Transmission, Storage)
- Transport
- Manufacturing
- Buildings (New Construction & Renovation)
- Water, Sewerage & Waste
- ICT
- Forestry & Environmental Protection
- Climate Adaptation
- Water & Marine Resources
- Circular Economy
- Biodiversity
- Pollution Prevention
Climate Mitigation
Substantial contribution to climate mitigation objective
Energy (Generation, Transmission, Storage)
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-MIT-001 |
| eu_objective | climate_mitigation |
| sector | Energy |
| mitigation | Y |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
The EU Taxonomy classifies energy generation, transmission, and storage activities that substantially contribute to climate change mitigation. This encompasses electricity generation from solar photovoltaic, concentrated solar power, onshore and offshore wind, ocean energy, hydropower, geothermal, renewable hydrogen, and biogas/biomass where sustainability criteria are met. It also covers electricity transmission and distribution infrastructure upgrades, as well as energy storage technologies including battery storage, pumped hydro, and thermal storage systems. The 2026 revision expands coverage to include advanced nuclear technologies and next-generation storage, while tightening lifecycle emission thresholds.
Technical Screening Criteria Summary
For electricity generation, the core TSC requires lifecycle GHG emissions below 100 gCO2e/kWh, declining to net-zero over the facility lifetime. Solar and wind are automatically eligible. Hydropower must demonstrate power density above 5 W/m2 or lifecycle emissions below the threshold via third-party assessment. Bioenergy must comply with RED III sustainability criteria including GHG savings of at least 80% versus fossil fuel comparators. Transmission infrastructure must be part of an interconnected European system or demonstrably enable renewable integration. Storage facilities must not use SF6 insulation and must achieve round-trip efficiency benchmarks (e.g., above 75% for battery systems).
Do No Significant Harm (DNSH)
Energy activities must not significantly harm adaptation (climate risk assessment required), water resources (hydropower must maintain ecological flows), circular economy (waste management plans for decommissioning solar panels and batteries), pollution prevention (emission limits for bioenergy combustion), or biodiversity (Environmental Impact Assessment for wind and hydro siting, avoiding Natura 2000 and critical habitat areas).
LATAM Relevance
European investment into LATAM renewable energy projects increasingly references EU Taxonomy alignment as a condition for green bond issuance and sustainability-linked financing. Colombia, Chile, and Brazil are major recipients of EU-backed energy transition capital. The EUDR and deforestation-free supply chain requirements further connect EU standards to LATAM biomass and bioenergy sourcing, making taxonomy alignment essential for market access.
Colombia Green Finance Taxonomy Alignment
Colombia's Taxonomía Verde covers renewable energy generation, transmission modernization, and storage under its climate mitigation objective. Alignment is high for solar, wind, and small hydro. Gaps exist for nuclear (excluded from TVC) and for specific lifecycle emission thresholds, which the TVC defines less precisely than the EU framework. The TVC also lacks explicit storage round-trip efficiency benchmarks.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector ES (Energy Systems) — specifically nodes ES-GEN (generation), ES-TRA (transmission), and ES-STO (storage). Cross-references exist with IN (Industry) for industrial cogeneration and WA (Waste) for waste-to-energy pathways where applicable.
Transport
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-MIT-002 |
| eu_objective | climate_mitigation |
| sector | Transport |
| mitigation | Y |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
The transport sector under the EU Taxonomy covers activities that enable zero and low-emission mobility, including passenger and freight transport by road, rail, water, and air. Eligible activities include manufacturing of zero-emission vehicles, infrastructure for personal mobility (cycling, walking), rail infrastructure construction and operation, urban and interurban public transport, and retrofitting of existing fleets. The 2026 revision introduces stricter tailpipe emission thresholds for vehicles and expands inland waterway transport criteria.
Technical Screening Criteria Summary
Light-duty vehicles must have zero direct (tailpipe) CO2 emissions. Heavy-duty vehicles must meet specific CO2 per tonne-kilometre thresholds that tighten progressively. Rail transport is eligible where it operates on electrified track or uses zero-emission rolling stock. Maritime and inland waterway vessels must demonstrate at least 50% GHG reduction versus reference vessels, with the 2026 revision pushing toward zero-emission vessel categories. Public transport infrastructure (metro, tram, BRT) is eligible by default where it displaces private vehicle travel. Cycling infrastructure qualifies without additional emission criteria.
Do No Significant Harm (DNSH)
Transport activities must address adaptation (infrastructure climate-proofing), water (runoff management for road infrastructure), circular economy (end-of-life vehicle recycling targets, battery recovery), pollution (noise, particulate, and NOx limits for vehicles and infrastructure), and biodiversity (habitat fragmentation avoidance for new transport corridors, wildlife crossing requirements).
LATAM Relevance
Urban transport transformation in Bogotá, Medellín, Mexico City, and Santiago frequently draws on European financing structured around EU Taxonomy principles. Electric bus fleet procurement across LATAM has been partly catalyzed by EU green bond frameworks. The growing BRT and metro networks in Colombian and Brazilian cities create natural alignment pathways with EU transport taxonomy criteria.
Colombia Green Finance Taxonomy Alignment
The TVC covers sustainable transport including electric mobility, mass transit, and non-motorized infrastructure. Alignment is strong for electric vehicles and public transport. The TVC lacks the EU's granular CO2/tkm thresholds for freight and does not yet address maritime or aviation decarbonization pathways, creating a partial gap for these sub-sectors.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector TR (Transport) — nodes TR-ROA (road), TR-RAI (rail), TR-MAR (maritime), TR-URB (urban mobility). Cross-references with BU (Buildings) for transport-oriented development and ES (Energy) for EV charging infrastructure.
Manufacturing
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-MIT-003 |
| eu_objective | climate_mitigation |
| sector | Manufacturing |
| mitigation | Y |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
Manufacturing activities under the EU Taxonomy cover the production of low-carbon technologies and the decarbonization of industrial processes. This includes manufacture of renewable energy equipment (solar panels, wind turbines, batteries), production of hydrogen and hydrogen-based fuels, manufacture of energy-efficient equipment, and production of key industrial materials (cement, steel, aluminium, chemicals, plastics) using low-carbon processes. The 2026 revision strengthens criteria for hard-to-abate sectors and introduces pathways for industrial carbon capture, utilization, and storage (CCUS).
Technical Screening Criteria Summary
Cement production must achieve specific clinker-to-cement ratios and emissions below 0.498 tCO2e/tonne of cementitious product. Steel manufacturing via electric arc furnace must stay below 0.266 tCO2e/tonne, while basic oxygen furnace routes require emissions below 1.331 tCO2e/tonne with a declining trajectory. Aluminium smelting must use electricity with a carbon intensity below 100 gCO2e/kWh. Hydrogen production requires lifecycle emissions below 3 tCO2e/tH2. For technology manufacturing, activities must produce components that directly enable substantial emission reductions in downstream applications.
Do No Significant Harm (DNSH)
Manufacturing must address adaptation (facility-level climate risk assessment), water (compliance with Best Available Techniques for water use and discharge), circular economy (material recovery targets and waste minimization plans), pollution (Industrial Emissions Directive compliance, BAT-AELs for pollutant emissions), and biodiversity (no operations in or adjacent to biodiversity-sensitive areas without adequate mitigation).
LATAM Relevance
European manufacturers sourcing raw materials from LATAM (lithium, copper, rare earths, biomass) must increasingly demonstrate taxonomy alignment across supply chains. The EU Carbon Border Adjustment Mechanism (CBAM) creates direct regulatory pressure on LATAM industrial exporters to meet EU emission benchmarks. Colombia's growing cleantech manufacturing sector — particularly in solar component assembly — benefits from taxonomy-aligned investment flows.
Colombia Green Finance Taxonomy Alignment
The TVC addresses clean manufacturing primarily through energy efficiency in industrial processes and clean technology production. Alignment is partial — Colombia lacks the EU's sector-specific emission thresholds for cement, steel, and aluminium. The TVC framework is broader and less prescriptive, creating gaps for heavy industry decarbonization pathways that the EU defines with precise benchmarks.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector IN (Industry) — nodes IN-CEM (cement), IN-STL (steel), IN-CHM (chemicals), IN-CLN (cleantech manufacturing). Cross-references with ES (Energy) for industrial energy supply and WA (Waste) for industrial waste recovery.
Buildings (New Construction & Renovation)
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-MIT-004 |
| eu_objective | climate_mitigation |
| sector | Buildings |
| mitigation | Y |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
The buildings sector covers construction of new buildings and major renovation of existing buildings that achieve substantially lower energy demand and carbon emissions than regulatory baselines. Activities include construction of nearly zero-energy buildings (NZEB), deep energy renovation achieving at least 30% primary energy demand reduction, installation of energy-efficient equipment (heat pumps, insulation, smart building controls), and acquisition and ownership of energy-efficient buildings. The 2026 revision aligns criteria with the recast Energy Performance of Buildings Directive (EPBD) and introduces whole-life carbon assessment requirements.
Technical Screening Criteria Summary
New construction must achieve primary energy demand at least 10% below the national NZEB standard, with the 2026 revision introducing lifecycle GHG thresholds for the full building. Renovation activities must achieve at least 30% reduction in primary energy demand or qualify as major renovation under the EPBD. Buildings must have an Energy Performance Certificate (EPC) rated A or demonstrate top-15% national performance. Heating systems must not use fossil fuels, with specific heat pump efficiency requirements (SCOP above 3.0). Airtightness and thermal bridging requirements apply to both new and renovated buildings.
Do No Significant Harm (DNSH)
Building activities must address adaptation (climate resilience of structures, flood and heat risk assessment), water (water-efficient fixtures meeting specified flow rates), circular economy (construction and demolition waste management plans with at least 70% material recovery), pollution (low-VOC materials, formaldehyde limits, radon protection), and biodiversity (no construction on arable land, greenfield, or designated conservation areas without compensation measures).
LATAM Relevance
Green building certification in LATAM (EDGE, LEED, CASA Colombia) increasingly references EU-aligned energy performance metrics to attract European green finance. Colombian cities like Bogotá and Medellín have growing sustainable construction sectors where EU Taxonomy-aligned standards influence building codes and green mortgage products. The IFC's EDGE certification widely used in LATAM provides a bridge to EU Taxonomy building criteria.
Colombia Green Finance Taxonomy Alignment
The TVC covers green buildings with emphasis on energy efficiency, sustainable materials, and water efficiency. Alignment is partial — Colombia uses national building code (NSR-10, RETIE, RETILAP) as baselines rather than EU NZEB standards. The TVC does not require lifecycle carbon assessment or specific EPC ratings, creating methodological gaps despite shared objectives around energy-efficient construction.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector BU (Buildings) — nodes BU-NEW (new construction), BU-REN (renovation), BU-EQP (building equipment). Cross-references with ES (Energy) for building-integrated renewables and IN (Industry) for construction materials.
Water, Sewerage & Waste
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-MIT-005 |
| eu_objective | climate_mitigation |
| sector | Water, Sewerage and Waste |
| mitigation | Y |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
This category covers water collection, treatment, and supply systems, wastewater treatment, and waste management activities that contribute to climate mitigation through reduced GHG emissions and resource recovery. Eligible activities include construction and operation of water supply systems with energy recovery, anaerobic digestion of sewage sludge and biowaste, composting, material recovery from waste streams, landfill gas capture, and waste-to-energy where it displaces fossil fuel use. The 2026 revision strengthens the waste hierarchy principle, prioritizing prevention and recycling over energy recovery.
Technical Screening Criteria Summary
Wastewater treatment plants must incorporate energy efficiency measures achieving electricity consumption below defined benchmarks per population equivalent served. Anaerobic digestion facilities must capture and utilize at least 90% of methane produced. Composting must meet quality standards for output material and demonstrate net GHG benefit versus landfill disposal. Material recovery must achieve specific sorting efficiency rates and material purity thresholds. Landfill gas capture requires collection efficiency above 85%. Waste-to-energy is eligible only for non-recyclable residual waste and must meet R1 energy efficiency formula thresholds.
Do No Significant Harm (DNSH)
Activities must not harm adaptation (flood resilience of water infrastructure), water resources (effluent quality meeting Urban Waste Water Treatment Directive standards), circular economy (waste activities must respect the waste hierarchy), pollution (emission limits for incineration under the Industrial Emissions Directive, leachate management for composting), and biodiversity (siting requirements avoiding sensitive water bodies and protected areas).
LATAM Relevance
LATAM faces significant infrastructure gaps in water and waste management, making EU-aligned investment frameworks critical for mobilizing capital. European development finance institutions (EIB, KfW, AFD) frequently apply taxonomy principles when financing water and sanitation projects in Colombia, Peru, and Central America. The circular economy transition in LATAM waste management directly benefits from EU Taxonomy alignment for green bond eligibility.
Colombia Green Finance Taxonomy Alignment
The TVC covers water supply, wastewater treatment, and solid waste management. Alignment is moderate — Colombia's framework addresses these sectors but without the EU's specific energy efficiency benchmarks for treatment plants or the strict waste hierarchy requirements for energy recovery eligibility. The TVC's waste criteria are more flexible, allowing broader waste-to-energy pathways than the EU permits.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sectors WA (Waste) and WW (Water & Wastewater) — nodes WA-REC (recycling), WA-ORG (organic waste treatment), WA-ENE (waste-to-energy), WW-TRE (treatment), WW-SUP (supply). Cross-references with ES (Energy) for biogas and energy recovery pathways.
ICT
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-MIT-006 |
| eu_objective | climate_mitigation |
| sector | Information and Communication Technology |
| mitigation | Y |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
ICT activities under the EU Taxonomy cover data-driven solutions that enable substantial GHG reductions in other sectors and the energy-efficient operation of digital infrastructure itself. Eligible activities include data processing, hosting, and related activities (data centres), data-driven solutions for GHG emission reductions (software and digital services), and development or operation of ICT solutions that provide verifiable emission reductions. The 2026 revision introduces specific criteria for AI workloads and cloud computing energy efficiency, responding to the rapid growth in computational demand.
Technical Screening Criteria Summary
Data centres must implement a European Code of Conduct for Energy Efficiency in Data Centres or demonstrate Power Usage Effectiveness (PUE) below 1.3 for existing facilities and below 1.2 for new facilities. The 2026 revision tightens PUE requirements and adds Water Usage Effectiveness (WUE) thresholds. Cooling systems must not use refrigerants with GWP above 675. Data-driven solutions must demonstrate through a life cycle assessment that net GHG emissions are substantially lower than the best alternative non-digital solution. ICT solutions must provide third-party verified emission reduction quantification.
Do No Significant Harm (DNSH)
ICT activities must address adaptation (facility resilience to climate hazards including heat stress and flooding), water (WUE thresholds and water source sustainability for cooling), circular economy (WEEE Directive compliance, server and hardware lifecycle management, minimum recycled content in equipment), pollution (restriction of hazardous substances per RoHS Directive), and biodiversity (siting of data centres away from biodiversity-sensitive areas).
LATAM Relevance
LATAM's growing data centre market — particularly in Brazil, Mexico, Chile, and Colombia — increasingly serves European cloud customers who require taxonomy-aligned infrastructure. European hyperscalers expanding into LATAM apply EU Taxonomy PUE and renewable energy criteria to their facilities. Colombia's digital transformation agenda and data centre incentives create opportunities for taxonomy-aligned ICT investment.
Colombia Green Finance Taxonomy Alignment
The TVC does not explicitly cover ICT or data centre activities as a standalone category, creating a gap relative to the EU framework. ICT-related investments in Colombia may qualify under general energy efficiency or emissions reduction categories, but without the sector-specific PUE or WUE thresholds. This represents a significant gap as LATAM's digital infrastructure grows.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector IC (ICT) — nodes IC-DAT (data centres), IC-SOF (software solutions), IC-NET (network infrastructure). Cross-references with ES (Energy) for data centre renewable energy procurement and BU (Buildings) for facility energy performance.
Forestry & Environmental Protection
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-MIT-007 |
| eu_objective | climate_mitigation |
| sector | Forestry and Environmental Protection |
| mitigation | Y |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
Forestry activities under the EU Taxonomy cover afforestation, reforestation, forest rehabilitation, existing forest management, and conservation forestry that demonstrate net carbon sequestration and climate change mitigation. Environmental protection activities include wetland restoration, peatland rewetting, and ecosystem restoration that deliver measurable carbon benefits. The 2026 revision introduces updated carbon accounting methodologies aligned with the Land Use, Land Use Change and Forestry (LULUCF) Regulation and strengthens the link to the EU Deforestation Regulation (EUDR).
Technical Screening Criteria Summary
Afforestation and reforestation must demonstrate net carbon sequestration over a 20-year baseline period through a forest management plan audited by a third party. Existing forest management must maintain or increase carbon stocks compared to a reference period, with mandatory forest management plans aligned with Sustainable Forest Management criteria. Conservation forestry must protect existing carbon stocks while enhancing biodiversity. All forestry activities must comply with EUDR due diligence requirements and provide geolocation of forest plots. Peatland rewetting must demonstrate cessation of drainage and measurable reduction in CO2 and N2O emissions.
Do No Significant Harm (DNSH)
Forestry must address adaptation (species selection for climate resilience, diversified planting), water (maintenance of natural water courses, no drainage of wetlands), circular economy (sustainable sourcing of materials used in forestry operations), pollution (restrictions on pesticide and fertilizer use per Sustainable Use of Pesticides Directive), and biodiversity (no conversion of high-biodiversity habitats, maintenance of deadwood and veteran trees, adherence to national biodiversity action plans).
LATAM Relevance
This is the highest-relevance EU Taxonomy category for LATAM, directly connecting to EUDR compliance, REDD+ frameworks, and the enormous carbon sequestration potential of tropical forests. Colombian forestry — particularly in the PDET territories and Amazonian regions — is directly impacted by EU deforestation-free supply chain requirements. European carbon credit markets and results-based climate finance increasingly require EU Taxonomy-aligned forest carbon accounting.
Colombia Green Finance Taxonomy Alignment
The TVC covers sustainable forestry, reforestation, and ecosystem conservation as priority categories. Alignment is strong in principle but methodologically divergent — Colombia uses national carbon accounting standards (IDEAM baselines) rather than EU LULUCF methodologies. The TVC also lacks the EU's specific EUDR due diligence integration, though Colombia's own deforestation monitoring (SMBYC) provides a parallel framework.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector AF (AFOLU) — nodes AF-FOR (forestry), AF-RES (ecosystem restoration), AF-PEA (peatlands). Cross-references with XS (Cross-Sectoral) for EUDR compliance pathways and ES (Energy) for biomass sourcing from sustainable forestry.
Climate Adaptation
Substantial contribution to climate adaptation objective
Cross-sectoral Adaptation Criteria
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-ADP-001 |
| eu_objective | climate_adaptation |
| sector | Cross-sectoral |
| mitigation | N |
| adaptation | Y |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
The EU Taxonomy defines climate adaptation as activities that either substantially reduce the risk of adverse climate impacts on the activity itself (adapted activities) or provide solutions that substantially reduce climate risk for other activities, people, nature, or assets (enabling activities). Cross-sectoral adaptation criteria apply across all economic sectors and define the methodology for climate vulnerability and risk assessment that any adaptation-aligned activity must follow. The 2026 revision harmonizes the adaptation framework with the European Climate Risk Assessment (EUCRA) published by the European Environment Agency.
Technical Screening Criteria Summary
All adaptation activities must perform a robust climate vulnerability and risk assessment following Appendix A of the Climate Delegated Act. This requires identification of physical climate risks (acute: floods, storms, wildfires; chronic: heat stress, sea level rise, water scarcity) using climate projections for 10-30 year horizons under RCP 4.5 and RCP 8.5 scenarios. Activities must implement adaptation solutions that materially reduce identified risks without increasing risk to other people, nature, or assets. Adaptation solutions must be monitored through measurable indicators. The 2026 revision introduces standardized climate risk screening tools and requires alignment with national adaptation strategies where available.
Do No Significant Harm (DNSH)
Adaptation activities must not significantly harm mitigation (no lock-in of high-carbon infrastructure), water (adaptation solutions must not compromise water quality or availability), circular economy (infrastructure materials must meet recyclability requirements), pollution (adaptation infrastructure must not increase pollutant releases), and biodiversity (nature-based adaptation solutions must enhance rather than degrade ecosystem services).
LATAM Relevance
Climate adaptation is critical for LATAM given the region's high vulnerability to climate impacts — including glacial retreat in the Andes, Caribbean hurricane intensification, and Amazon drought cycles. European climate finance flowing to LATAM adaptation projects increasingly requires EU Taxonomy-aligned risk assessment methodologies. The EUCRA framework provides a benchmark that LATAM countries can adapt to tropical and equatorial climate risk contexts.
Colombia Green Finance Taxonomy Alignment
The TVC includes climate adaptation as a core objective with its own activity criteria. Alignment is moderate — Colombia's framework uses IDEAM climate scenarios and national vulnerability assessments rather than the EU's RCP-based methodology. The TVC's adaptation criteria are less prescriptive on risk assessment methodology but cover similar hazard categories relevant to Colombian geography (flooding, landslides, drought).
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector XS (Cross-Sectoral) — node XS-ADP (adaptation framework). This node serves as a methodological reference for adaptation-tagged activities across all other Cleantech Taxonomy sectors. Cross-references with AF (AFOLU) for nature-based adaptation and WW (Water) for water-related climate resilience.
Infrastructure Resilience
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-ADP-002 |
| eu_objective | climate_adaptation |
| sector | Infrastructure |
| mitigation | N |
| adaptation | Y |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
Infrastructure resilience under the EU Taxonomy covers activities that make physical infrastructure — transport networks, energy grids, water systems, telecommunications, and built environment — substantially more resilient to current and projected climate hazards. This includes climate-proofing of existing infrastructure, design and construction of new climate-resilient infrastructure, and development of early warning systems and monitoring infrastructure. The 2026 revision introduces explicit criteria for critical infrastructure resilience aligned with the EU Critical Entities Resilience Directive.
Technical Screening Criteria Summary
Infrastructure resilience activities must demonstrate through engineering analysis that the adapted infrastructure can withstand projected climate hazards under RCP 8.5 scenarios for the infrastructure's expected lifetime (typically 30-80 years). Specific criteria vary by infrastructure type: energy grids must demonstrate resilience to extreme temperature events and storms, transport infrastructure must withstand projected flood levels with safety margins, and water infrastructure must maintain service under drought and flood scenarios. Climate-proofing retrofits must reduce vulnerability by a measurable and material amount. Early warning systems must cover identified hazards with demonstrated lead time sufficient for protective action.
Do No Significant Harm (DNSH)
Infrastructure resilience must not harm mitigation (resilience measures must not significantly increase lifecycle emissions), water (infrastructure upgrades must not alter hydrological patterns detrimentally), circular economy (materials used in resilience upgrades must meet recyclability and durability standards), pollution (construction activities must comply with emission and waste limits), and biodiversity (nature-based infrastructure solutions preferred; grey infrastructure must include habitat compensation where applicable).
LATAM Relevance
LATAM infrastructure faces acute climate vulnerability — coastal infrastructure from sea level rise, Andean roads from landslides and glacial lake outburst floods, urban systems from intensifying rainfall. European multilateral development banks (EIB, EBRD through co-financing) increasingly require taxonomy-aligned climate-proofing for infrastructure projects they finance in the region. Colombia's 4G and 5G road concession programs represent direct application areas for EU-aligned infrastructure resilience criteria.
Colombia Green Finance Taxonomy Alignment
The TVC addresses infrastructure adaptation under its climate adaptation objective but without the EU's explicit critical infrastructure resilience framework. Colombia's national adaptation plan (PNACC) provides the domestic policy basis, with alignment to EU criteria being partial — the TVC lacks specific engineering resilience thresholds and RCP-based design standards that the EU framework mandates.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector XS (Cross-Sectoral) — node XS-INF (infrastructure resilience). Cross-references with TR (Transport) for transport infrastructure climate-proofing, ES (Energy) for grid resilience, WW (Water) for water infrastructure adaptation, and BU (Buildings) for structural resilience of built environment.
Agriculture & Food System Adaptation
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-ADP-003 |
| eu_objective | climate_adaptation |
| sector | Agriculture and Food Systems |
| mitigation | N |
| adaptation | Y |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
Agriculture and food system adaptation covers farming practices, agri-food supply chains, and food system infrastructure that substantially enhance resilience to climate change. This includes climate-resilient crop cultivation, adaptive livestock management, irrigation modernization, soil health improvement, agroforestry systems, post-harvest loss reduction through climate-adapted storage and logistics, and agricultural insurance and risk transfer mechanisms. The 2026 revision expands coverage to include precision agriculture technologies and climate-adaptive breeding programs, while strengthening links to the Common Agricultural Policy (CAP) conditionality framework.
Technical Screening Criteria Summary
Agricultural adaptation must demonstrate implementation of climate-resilient practices validated through agronomic assessment — including drought-tolerant crop varieties, diversified cropping systems, water-efficient irrigation (drip or precision), and soil organic carbon management. Livestock adaptation requires heat stress mitigation, feed security planning, and disease risk management under projected climate scenarios. Food system infrastructure must demonstrate reduced post-harvest losses through climate-adapted cold chains, storage, and logistics. All activities require farm-level or supply chain-level climate risk assessments aligned with the Appendix A methodology. The 2026 revision adds specific indicators for adaptive capacity measurement.
Do No Significant Harm (DNSH)
Agriculture adaptation must not harm mitigation (practices must not increase net GHG emissions; no conversion of high-carbon stock land), water (irrigation must not deplete water bodies beyond sustainable yield; nutrient management plans required), circular economy (agricultural waste must be managed sustainably), pollution (fertilizer and pesticide use must comply with Integrated Pest Management and Nitrates Directive), and biodiversity (no habitat conversion, maintenance of landscape features, and pollinator-friendly practices).
LATAM Relevance
Agriculture is the economic backbone of much of LATAM and faces severe climate adaptation challenges — shifting rainfall patterns threaten Colombian coffee zones, drought impacts Brazilian soy and Argentine crops, and tropical livestock face increasing heat stress. EU-sourced agricultural products from LATAM must increasingly demonstrate EUDR compliance and climate resilience, making taxonomy-aligned adaptation investments a market access enabler.
Colombia Green Finance Taxonomy Alignment
The TVC covers climate-resilient agriculture as a priority area, with particular emphasis on Colombian commodity crops (coffee, cacao, rice) and smallholder adaptation. Alignment is moderate — the TVC uses Colombian agronomic baselines (UPRA, ICA frameworks) rather than EU CAP conditionality. However, both frameworks share emphasis on water efficiency, soil health, and diversification, creating strong conceptual alignment despite methodological differences.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector AF (AFOLU) — nodes AF-CRP (crop systems), AF-LIV (livestock), AF-AGF (agroforestry), AF-IRR (irrigation). Cross-references with WW (Water) for agricultural water management and XS (Cross-Sectoral) for adaptation methodology.
Water & Marine Resources
Sustainable use and protection
Water Treatment & Efficiency
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-WAT-001 |
| eu_objective | water |
| sector | Water Treatment and Efficiency |
| mitigation | N |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
Water treatment and efficiency activities under the EU Taxonomy cover the sustainable use and protection of water resources through treatment, reuse, and demand reduction. This includes construction and operation of urban wastewater treatment achieving high effluent standards, water reuse systems, industrial water efficiency improvements, desalination using renewable energy, water leakage reduction in distribution networks, and nature-based water treatment solutions (constructed wetlands, managed aquifer recharge). The Environmental Delegated Act, effective January 2024, established these criteria, with the 2026 revision updating thresholds to align with the revised Urban Waste Water Treatment Directive.
Technical Screening Criteria Summary
Urban wastewater treatment must achieve effluent quality meeting or exceeding the revised UWWTD standards, including nutrient removal (nitrogen below 10 mg/L, phosphorus below 1 mg/L for sensitive areas). Water reuse must comply with the EU Water Reuse Regulation minimum quality requirements for agricultural irrigation. Distribution network improvements must demonstrate leakage reduction targets (Infrastructure Leakage Index improvement). Desalination must be powered by at least 80% renewable energy and must include brine management plans. Industrial water efficiency must demonstrate at least 30% reduction in water withdrawal per unit of production against sector benchmarks. Nature-based solutions must demonstrate treatment equivalence with conventional systems.
Do No Significant Harm (DNSH)
Water activities must not harm mitigation (energy-efficient treatment processes, renewable energy use for desalination), adaptation (treatment infrastructure resilient to climate hazards), circular economy (sludge treated as resource — recovery of nutrients and energy), pollution (effluent must not contain micropollutants above defined thresholds, including PFAS under the 2026 revision), and biodiversity (no adverse impact on aquatic ecosystems, maintenance of environmental flows).
LATAM Relevance
Water access and quality remain critical challenges across LATAM — only 40% of wastewater in the region receives adequate treatment. EU-financed water infrastructure projects in Colombia, Peru, and Central America increasingly apply taxonomy criteria for green bond eligibility. The Bogotá River cleanup and Medellín's water system modernization are examples where EU-aligned water treatment standards influence project design and financing.
Colombia Green Finance Taxonomy Alignment
The TVC covers water treatment, supply, and efficiency under its environmental objectives. Alignment is partial — Colombia uses national water quality standards (Resolution 0631 of 2015 for discharge, Resolution 2115 of 2007 for drinking water) rather than EU UWWTD thresholds. The TVC does not include specific water reuse quality standards or desalination criteria. However, both frameworks prioritize leakage reduction and nature-based solutions.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector WW (Water & Wastewater) — nodes WW-TRE (treatment), WW-REU (reuse), WW-DIS (distribution), WW-DES (desalination), WW-NBS (nature-based solutions). Cross-references with ES (Energy) for energy recovery from wastewater and AF (AFOLU) for agricultural water reuse.
Marine Ecosystem Protection
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-WAT-002 |
| eu_objective | water |
| sector | Marine Ecosystem Protection |
| mitigation | N |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
Marine ecosystem protection under the EU Taxonomy covers activities that substantially contribute to the sustainable use and protection of marine and coastal resources. This includes sustainable aquaculture, marine habitat restoration (coral reefs, mangroves, seagrass beds), sustainable fisheries management, marine pollution prevention (plastic waste reduction, oil spill response), coastal erosion protection using nature-based solutions, and marine protected area management. The Environmental Delegated Act established initial criteria, with the 2026 revision strengthening alignment with the EU Marine Strategy Framework Directive and Biodiversity Strategy targets for 30% marine protection by 2030.
Technical Screening Criteria Summary
Sustainable aquaculture must comply with the EU Regulation on Organic Aquaculture or demonstrate feed conversion ratios, water quality standards, and carrying capacity assessments that ensure environmental sustainability. Marine habitat restoration must follow science-based restoration protocols with measurable targets for habitat area, species recovery, and ecosystem function. Sustainable fisheries must operate under maximum sustainable yield (MSY) management and comply with the Common Fisheries Policy. Coastal protection activities must use nature-based solutions as the primary approach, with hard engineering only where nature-based solutions are demonstrably insufficient. Marine protected area management must demonstrate effective protection outcomes, not just designation.
Do No Significant Harm (DNSH)
Marine activities must not harm mitigation (aquaculture and fisheries must minimize carbon footprint), adaptation (coastal infrastructure must be climate-resilient), circular economy (fishing gear must be recyclable, aquaculture must minimize waste), pollution (zero tolerance for marine pollution from operational activities, MARPOL compliance), and biodiversity (activities must demonstrate net-positive impact on marine biodiversity, no harm to protected species or habitats).
LATAM Relevance
LATAM's extensive coastlines and marine resources — from the Colombian Pacific and Caribbean to the Galápagos and Patagonian Shelf — face growing pressure from overfishing, pollution, and climate change. European seafood import standards increasingly reference sustainability criteria aligned with the EU Taxonomy. Colombia's blue economy strategy and marine protected areas (Seaflower Biosphere Reserve, Malpelo) benefit from EU-aligned marine conservation finance.
Colombia Green Finance Taxonomy Alignment
The TVC addresses marine and coastal ecosystem protection under its biodiversity and water objectives. Alignment is partial — Colombia's framework covers mangrove restoration and sustainable fisheries but lacks the EU's specific aquaculture sustainability standards and marine restoration performance metrics. Colombia's strengths in mangrove and coral reef conservation provide a foundation for deeper alignment.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector WW (Water & Wastewater) — node WW-MAR (marine resources), and AF (AFOLU) — node AF-AQU (aquaculture). Cross-references with XS (Cross-Sectoral) for nature-based solutions and biodiversity safeguards applicable to marine contexts.
Circular Economy
Transition to circular economy
Waste Prevention & Recycling
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-CIR-001 |
| eu_objective | circular |
| sector | Waste Prevention and Recycling |
| mitigation | N |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
Waste prevention and recycling under the EU Taxonomy cover activities that substantially contribute to the transition to a circular economy by reducing waste generation, increasing material recovery, and enabling secondary raw material markets. Eligible activities include collection and transport of non-hazardous waste in source-segregated fractions, material recovery facility operation, recycling of specific waste streams (plastics, textiles, electronics, construction and demolition waste, batteries), repair and refurbishment services, and development of secondary raw material trading platforms. The 2026 revision strengthens criteria for plastic recycling quality and introduces textile recycling performance benchmarks.
Technical Screening Criteria Summary
Collection systems must achieve source-separation rates that maximize recyclability of collected materials. Material recovery facilities must achieve sorting efficiency above 85% and contamination rates below defined thresholds per material stream. Plastic recycling must produce secondary raw materials meeting quality standards equivalent to virgin material for the same application (food-contact recycling requires EFSA authorization). Textile recycling must achieve fibre-to-fibre recovery rates above defined benchmarks. Electronics recycling must comply with WEEE Directive targets and recover critical raw materials. Construction waste recycling must achieve at least 70% material recovery by weight. All activities must respect the waste hierarchy, prioritizing prevention and reuse above recycling.
Do No Significant Harm (DNSH)
Waste and recycling activities must not harm mitigation (energy-efficient processing, logistics optimization), adaptation (facility climate resilience), water (leachate and process water management), pollution (air emissions from recycling processes within limits, no cross-contamination of hazardous substances into secondary materials), and biodiversity (siting of facilities away from sensitive areas, prevention of waste leakage to natural environments).
LATAM Relevance
LATAM's recycling infrastructure is growing but remains underdeveloped compared to EU standards — recycling rates in Colombia average 17% versus the EU's 48%. EU Extended Producer Responsibility frameworks influence how European companies manage waste from products sold in LATAM markets. The EU's Plastic Waste Regulation and textile strategy create compliance incentives for LATAM manufacturers exporting to Europe to invest in taxonomy-aligned recycling infrastructure.
Colombia Green Finance Taxonomy Alignment
The TVC covers waste management and recycling under its circular economy and environmental objectives. Alignment is partial — Colombia's framework addresses recycling broadly but lacks the EU's specific sorting efficiency thresholds, material quality standards for secondary raw materials, and textile recycling benchmarks. Colombia's informal recycler integration (recicladores de oficio) represents a social dimension not captured in the EU framework.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector WA (Waste) — nodes WA-REC (recycling), WA-PRE (waste prevention), WA-COL (collection systems), WA-MRF (material recovery). Cross-references with IN (Industry) for industrial symbiosis and secondary material use, and BU (Buildings) for construction waste recovery.
Product Lifecycle Management
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-CIR-002 |
| eu_objective | circular |
| sector | Product Lifecycle Management |
| mitigation | N |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
Product lifecycle management under the EU Taxonomy covers activities that design, manufacture, and manage products to minimize resource use and waste across their entire lifecycle — from raw material extraction to end-of-life. This includes eco-design of products for durability, reparability, and recyclability, remanufacturing and refurbishment operations, product-as-a-service business models, digital product passport systems, and industrial symbiosis platforms. The 2026 revision aligns criteria with the EU Ecodesign for Sustainable Products Regulation (ESPR) and introduces requirements for Digital Product Passports for taxonomy-eligible products.
Technical Screening Criteria Summary
Eco-design activities must demonstrate that products meet or exceed ESPR requirements for durability (minimum product lifetime), reparability (availability of spare parts, repair manuals), recyclability (design for disassembly, material identification), and recycled content (minimum percentages per material type). Remanufacturing must restore products to original performance specifications with warranty equivalent to new products. Product-as-a-service models must demonstrate material efficiency gains of at least 30% versus product ownership models through utilization optimization and lifecycle extension. Digital Product Passports must comply with the ESPR delegated acts and provide transparent material composition, carbon footprint, and recyclability data. Industrial symbiosis must demonstrate quantifiable waste-to-resource conversion between participating entities.
Do No Significant Harm (DNSH)
Lifecycle activities must not harm mitigation (net GHG reduction over product lifecycle), adaptation (supply chain resilience to climate disruptions), water (water-efficient manufacturing processes), pollution (products must comply with REACH, RoHS, and chemical safety requirements; no substances of very high concern without substitution plans), and biodiversity (raw material sourcing must not cause habitat degradation, alignment with due diligence requirements for conflict minerals and deforestation-free supply chains).
LATAM Relevance
EU product sustainability regulations — ESPR, battery regulation, deforestation regulation — create compliance requirements for LATAM manufacturers and raw material suppliers exporting to Europe. The Digital Product Passport requirement impacts LATAM supply chains for electronics, textiles, batteries, and agricultural products. Colombia's manufacturing and export sectors must increasingly adopt lifecycle thinking to maintain EU market access, making taxonomy-aligned product management a competitive necessity.
Colombia Green Finance Taxonomy Alignment
The TVC does not explicitly cover product lifecycle management or eco-design as standalone categories, representing a significant gap. Colombia's circular economy strategy (ENEC - Estrategia Nacional de Economía Circular) provides a policy framework, but the TVC lacks the EU's specific product-level criteria, ESPR alignment, or Digital Product Passport requirements. This is an area where future TVC updates may seek closer EU alignment.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector XS (Cross-Sectoral) — node XS-LCA (lifecycle assessment), and IN (Industry) — node IN-ECO (eco-design). Cross-references with WA (Waste) for end-of-life management and IC (ICT) for Digital Product Passport infrastructure.
Biodiversity
Protection and restoration of biodiversity and ecosystems
Ecosystem Conservation & Restoration
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-BIO-001 |
| eu_objective | biodiversity |
| sector | Ecosystem Conservation and Restoration |
| mitigation | N |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
Ecosystem conservation and restoration activities under the EU Taxonomy cover interventions that substantially contribute to protecting and restoring biodiversity and ecosystem services. This includes conservation management of protected areas and Natura 2000 sites, ecological restoration of degraded terrestrial and freshwater ecosystems, invasive alien species management, rewilding and natural regeneration programs, biodiversity monitoring and data systems, and conservation finance mechanisms. The 2026 revision aligns criteria with the EU Nature Restoration Law (adopted 2024) and strengthens requirements for measurable biodiversity outcomes using standardized indicators.
Technical Screening Criteria Summary
Conservation management must demonstrate maintenance or improvement of conservation status for target species and habitats using standardized assessment methodologies (Habitats Directive Article 17 reporting framework). Ecological restoration must follow the EU Nature Restoration Law targets — restoration of at least 20% of degraded land and sea areas by 2030 — and demonstrate measurable improvement in ecosystem condition using biodiversity indicators (species abundance, habitat connectivity, ecosystem function). Invasive species management must use evidence-based control methods and demonstrate population reduction or containment. Rewilding must follow science-based protocols and monitor keystone species recovery. All activities require biodiversity baselines and monitoring plans with minimum 5-year reporting cycles.
Do No Significant Harm (DNSH)
Biodiversity activities must not harm mitigation (restoration activities must not release stored carbon; peatland restoration must demonstrate net carbon benefit), adaptation (ecosystem resilience must be enhanced, not reduced), water (restoration must improve water quality and hydrological function), circular economy (materials used in restoration must be sustainably sourced), and pollution (no use of persistent pesticides or chemicals in ecosystem management; restoration must not mobilize legacy pollutants).
LATAM Relevance
LATAM holds approximately 40% of global biodiversity and faces severe deforestation and habitat loss pressures. The EU Nature Restoration Law and Biodiversity Strategy directly influence European investment criteria for LATAM conservation projects. Colombia — as a megadiverse country with 10% of global species — is a priority target for EU-aligned biodiversity finance. The EUDR creates regulatory linkages between EU market access and LATAM ecosystem conservation, particularly for forest and agricultural commodity supply chains.
Colombia Green Finance Taxonomy Alignment
The TVC covers biodiversity conservation and ecosystem restoration as a core environmental objective. Alignment is strong conceptually — Colombia's framework reflects the country's megadiverse status and prioritizes Amazonian, Andean, and Pacific ecosystem conservation. Methodological differences exist: Colombia uses SINAP (national protected areas system) and MADS biodiversity indicators rather than Natura 2000 frameworks, but the TVC's ambition level matches or exceeds EU requirements given Colombia's biodiversity richness.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector AF (AFOLU) — nodes AF-CON (conservation), AF-RES (restoration), AF-BIO (biodiversity monitoring). Cross-references with WW (Water) for freshwater ecosystem restoration and XS (Cross-Sectoral) for nature-based solutions that serve multiple objectives.
Sustainable Land Management
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-BIO-002 |
| eu_objective | biodiversity |
| sector | Sustainable Land Management |
| mitigation | N |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
Sustainable land management under the EU Taxonomy covers land use practices that substantially contribute to biodiversity protection by maintaining or enhancing ecosystem services, soil health, and landscape connectivity. This includes sustainable soil management, agroecological farming practices, landscape feature restoration and maintenance (hedgerows, buffer strips, wetlands), sustainable urban land planning that incorporates green infrastructure, and land remediation of contaminated or degraded industrial sites. The 2026 revision introduces soil health indicators aligned with the proposed EU Soil Monitoring Law and strengthens landscape connectivity requirements.
Technical Screening Criteria Summary
Sustainable soil management must demonstrate maintenance or improvement of soil organic carbon, soil biodiversity indicators, and absence of soil degradation (erosion, compaction, salinization) through certified management plans. Agroecological practices must meet minimum criteria for crop diversity, reduction of synthetic inputs, and integration of landscape features covering at least 10% of farm area. Landscape restoration must increase ecological connectivity using evidence-based corridor design. Urban green infrastructure must demonstrate measurable biodiversity enhancement through species surveys and habitat quality assessment. Land remediation must achieve contamination levels that permit ecological function restoration, not just regulatory compliance minimums. All activities must include monitoring with standardized soil and biodiversity indicators reported at minimum 3-year intervals.
Do No Significant Harm (DNSH)
Land management activities must not harm mitigation (practices must maintain or increase soil carbon stocks), adaptation (land management must enhance landscape resilience to climate hazards), water (agricultural practices must not pollute water bodies; nutrient management plans required), circular economy (organic waste returned to soil must meet quality standards), and pollution (remediation must not spread contaminants; no use of persistent organic pollutants in land management).
LATAM Relevance
Land degradation affects 14% of Latin America's territory, driven by unsustainable agriculture, mining, and urbanization. The EU Soil Strategy and proposed Soil Monitoring Law create frameworks that increasingly influence European investment criteria for LATAM land-use projects. Colombia's land reform process (Reforma Rural Integral from the 2016 Peace Agreement) and PDET territorial development programs create unique opportunities for taxonomy-aligned sustainable land management at scale in previously conflict-affected areas.
Colombia Green Finance Taxonomy Alignment
The TVC addresses sustainable land management under both its biodiversity and soil management objectives. Alignment is moderate — Colombia's framework covers soil conservation and agroecological practices but without the EU's specific soil health indicators or landscape connectivity metrics. Colombia's strength lies in its integration of land management with peace-building and rural development objectives, a dimension absent from the EU framework but central to Origo's LATAM contextualization.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector AF (AFOLU) — nodes AF-SOI (soil management), AF-AGE (agroecology), AF-LAN (landscape management). Cross-references with BU (Buildings) for urban green infrastructure, WA (Waste) for organic waste-to-soil pathways, and XS (Cross-Sectoral) for land-use planning frameworks.
Pollution Prevention
Prevention and control of pollution
Air & Water Pollution Control
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-POL-001 |
| eu_objective | pollution |
| sector | Air and Water Pollution Control |
| mitigation | N |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
Air and water pollution control under the EU Taxonomy covers activities that substantially contribute to pollution prevention and control by reducing emissions of pollutants to air, water, and soil. This includes installation and operation of air pollution abatement equipment (flue gas treatment, particulate filters, catalytic converters), industrial wastewater treatment systems, stormwater management infrastructure, noise pollution mitigation, and environmental monitoring and remediation services. The 2026 revision updates emission thresholds to align with the revised Industrial Emissions Directive (IED) and introduces specific criteria for PFAS contamination prevention and remediation, reflecting growing regulatory focus on persistent pollutants.
Technical Screening Criteria Summary
Air pollution control must achieve emission levels at or below Best Available Techniques Associated Emission Levels (BAT-AELs) as defined in BREF documents under the IED. Key thresholds include NOx, SOx, particulate matter (PM2.5 and PM10), and volatile organic compounds (VOCs). Water pollution control must achieve effluent quality that meets or exceeds IED BAT-AELs and Water Framework Directive environmental quality standards. Stormwater management must demonstrate pollutant load reduction through nature-based solutions or treatment trains. Noise mitigation must demonstrate measurable reduction in noise levels to below WHO environmental noise guidelines. PFAS remediation must use destruction technologies (not merely containment) and achieve PFAS concentrations below defined environmental quality standards.
Do No Significant Harm (DNSH)
Pollution control activities must not harm mitigation (treatment technologies must be energy-efficient; no net increase in GHG emissions from pollution control), adaptation (pollution infrastructure must be climate-resilient), water (air pollution control must not transfer pollutants to water; cross-media effects must be minimized), circular economy (captured pollutants and treatment residues must be managed sustainably — recovered materials preferred over disposal), and biodiversity (pollution reduction must demonstrate positive outcomes for ecosystem health in affected areas).
LATAM Relevance
Air and water pollution are major public health concerns across LATAM — Bogotá, Lima, and Mexico City face persistent air quality challenges, while mining and industrial pollution impact water quality in many regions. European industrial companies operating in LATAM are increasingly expected to meet EU-level emission standards regardless of local regulatory requirements. EU trade agreements with LATAM (EU-Mercosur, EU-Andean) include environmental provisions that reference pollution control standards aligned with EU frameworks.
Colombia Green Finance Taxonomy Alignment
The TVC covers pollution prevention and control under its environmental objectives, with particular emphasis on air quality in urban areas and industrial water pollution. Alignment is partial — Colombia uses national emission standards (Resolution 2254 of 2017 for air, Resolution 0631 of 2015 for water discharge) that are generally less stringent than EU BAT-AELs. The TVC lacks specific PFAS-related criteria, and the IED's integrated permitting approach has no direct Colombian equivalent.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector XS (Cross-Sectoral) — nodes XS-AIR (air quality), XS-POL (pollution control). Cross-references with IN (Industry) for industrial emission abatement, WW (Water) for water quality management, and BU (Buildings) for indoor air quality and urban noise reduction.
Chemical Safety & Substitution
Source Metadata
| Field | Value |
|---|---|
| source | eu_taxonomy |
| source_version | EU Taxonomy 2026 revision |
| source_id | EU-POL-002 |
| eu_objective | pollution |
| sector | Chemical Safety and Substitution |
| mitigation | N |
| adaptation | N |
| last_checked | 2026-05-26 |
EU Taxonomy Definition
Chemical safety and substitution under the EU Taxonomy covers activities that substantially contribute to pollution prevention by reducing the use and release of hazardous chemicals and promoting safer alternatives. This includes development and production of safer chemical alternatives to substances of very high concern (SVHCs), implementation of green chemistry processes that eliminate hazardous inputs, chemical risk assessment and management services, contaminated site remediation, and development of chemical tracking and transparency systems. The 2026 revision strengthens alignment with the REACH Regulation revision and the EU Chemicals Strategy for Sustainability, introducing criteria for endocrine disruptor substitution and PFAS phase-out pathways.
Technical Screening Criteria Summary
Chemical substitution activities must replace SVHCs listed under REACH Annex XIV or substances restricted under Annex XVII with safer alternatives that demonstrate equivalent functionality and lower hazard profiles through comparative risk assessment. Green chemistry manufacturing must demonstrate reduction or elimination of at least one hazardous substance category (carcinogenic, mutagenic, reprotoxic, persistent bioaccumulative toxic, endocrine disrupting) while maintaining product performance. PFAS substitution must provide alternatives for at least one PFAS application with demonstrated equivalent performance. Chemical management services must implement systematic substitution planning following the OECD Substitution Toolbox methodology. Site remediation must achieve contaminant levels that restore environmental function and comply with soil and groundwater quality standards.
Do No Significant Harm (DNSH)
Chemical safety activities must not harm mitigation (substitute chemicals must not have higher lifecycle GHG emissions than the substances they replace), adaptation (chemical management must account for climate-related release risks), water (alternatives must not increase water pollution risk; wastewater from chemical production must meet discharge standards), circular economy (substitute materials must be recyclable and compatible with circular material flows), and biodiversity (no testing on endangered species; substitutes must not pose ecotoxicological risks exceeding those of replaced substances).
LATAM Relevance
Chemical safety is increasingly relevant for LATAM as the region's agricultural and manufacturing sectors face growing scrutiny from EU chemical regulations. The EU's PFAS restriction proposal and REACH revision create compliance requirements for LATAM chemical manufacturers and users exporting to Europe. Colombia's agricultural sector — heavily reliant on agrochemicals for export crops — faces particular exposure to EU maximum residue level (MRL) requirements and pesticide bans that drive taxonomy-aligned chemical substitution.
Colombia Green Finance Taxonomy Alignment
The TVC does not explicitly address chemical safety or substitution as a standalone category, representing a notable gap. Colombia's chemical management is governed by the Strategic Approach to International Chemicals Management (SAICM) commitments and national regulations (Decree 1076 of 2015), but these lack the EU's systematic substitution framework. The growing alignment between Colombian agricultural exports and EU chemical standards (particularly MRLs for pesticides) creates an indirect pathway for future TVC updates in this area.
Cleantech Taxonomy Crosswalk
Maps to Cleantech Taxonomy sector XS (Cross-Sectoral) — node XS-CHM (chemical safety), and IN (Industry) — node IN-CHM (chemicals manufacturing). Cross-references with AF (AFOLU) for agrochemical substitution, WW (Water) for chemical contamination of water resources, and IC (ICT) for chemical tracking and transparency digital systems.