Guatemala
Country layer — v1.2
- Guatemala — Overview & CTH Presence
- Guatemala — Regulatory & Climate Framework
- Guatemala — Green Finance Taxonomy Alignment
- Guatemala — CLP Cohort Data Summary
- Guatemala — Taxonomy Node Mapping
Guatemala — Overview & CTH Presence
| country | Guatemala |
| iso_code | GT |
| cth_presence | CLP cohorts only (no REIN Hub) |
| gf_taxonomy | None — opportunity: largest Central American capital market |
| ndc_target | 22.6% unconditional GHG reduction by 2030 |
| eudr_commodities | Coffee (high — Huehuetenango, Antigua), Cacao (moderate), Wood (Petén), Rubber (minor) |
| schema_version | 1.1 |
| last_updated | 2026-05-27 |
Country Profile
Guatemala is Central America's largest economy by GDP and population (~18 million). CTH engagement consists of CLP cohorts only, with no REIN Hub established. Despite this, Guatemala presents the most diverse cleantech opportunity set of the three Central American countries in the Origo taxonomy: world-leading cardamom exports, highland specialty coffee, the Maya Biosphere Reserve (Petén), and the region's strongest geothermal energy capacity after Costa Rica.
Economy and Climate Context
Guatemala's economy is diversified across agriculture (10% of GDP but 30% of employment), remittances (~18% of GDP), manufacturing, and services. Coffee from highland regions (Huehuetenango, Antigua, Cobán) is a major export commodity and the primary EUDR exposure. Guatemala is the world's largest cardamom exporter — a commodity NOT on the EUDR list but economically significant. The Petén department contains the Maya Biosphere Reserve, one of the largest contiguous forest areas in Mesoamerica, under severe deforestation pressure.
CTH Engagement Summary
CTH's Guatemala footprint includes CLP cohort participation since 2023. Startups have focused on geothermal energy applications, coffee traceability, and Maya forest conservation technologies. Guatemala has the largest untapped cleantech potential of the three Central American countries due to its market size, geothermal resources, and forest conservation needs. A REIN Hub for Guatemala could serve as a Central American anchor node.
EUDR Exposure
Guatemala has significant EUDR exposure across four commodities. Highland coffee (Huehuetenango, Antigua Guatemala, Cobán) is the highest-exposure commodity, with EU as a major destination market. Cacao production in Alta Verapaz represents moderate exposure. Wood from Petén and other forested departments faces EUDR requirements, particularly timber from community forest concessions in the Maya Biosphere Reserve's multiple-use zone. Rubber production is minor but present. Notably, cardamom — Guatemala's other major agricultural export — is not subject to EUDR.
{
"country": "guatemala",
"iso_code": "GT",
"cth_clp": true,
"cth_rein": false,
"gf_taxonomy": false,
"ndc_year": 2021,
"eudr_commodities": ["coffee", "cacao", "wood", "rubber"],
"schema_version": "1.1"
}
Guatemala — Regulatory & Climate Framework
| country | Guatemala |
| iso_code | GT |
| cth_presence | CLP cohorts only |
| gf_taxonomy | None — opportunity: largest Central American capital market |
| ndc_target | 22.6% unconditional by 2030 |
| eudr_commodities | Coffee, Cacao, Wood, Rubber |
| schema_version | 1.1 |
| last_updated | 2026-05-27 |
Climate Framework
Guatemala's climate governance is anchored in Acuerdo Gubernativo 329-2009, which created the institutional framework for climate change response. This is one of the older climate instruments in the region and predates the Paris Agreement — it needs updating to reflect current ambitions. The Ley Marco para Regular la Reducción de la Vulnerabilidad, la Adaptación Obligatoria ante los Efectos del Cambio Climático y la Mitigación de Gases de Efecto Invernadero (Decreto 7-2013) provides a more recent legal foundation but implementation has been slow.
NDC Commitments
Guatemala's updated NDC (originally 2019, updated 2021) commits to a 22.6% unconditional GHG reduction by 2030 relative to BAU. This is the most modest unconditional target among the three countries in this phase, reflecting institutional and fiscal constraints. Key sectoral priorities: (1) LULUCF — reducing deforestation in Petén and the northern lowlands, which account for the majority of Guatemala's emissions; (2) Energy — expanding geothermal, solar, and biomass generation; (3) Agriculture — improved practices in coffee and staple crop production to reduce emissions intensity.
Key Institutions
MARN Guatemala (Ministerio de Ambiente y Recursos Naturales) is the primary climate and environmental authority. CONAP (Consejo Nacional de Áreas Protegidas) manages the Maya Biosphere Reserve and other protected areas. INAB (Instituto Nacional de Bosques) governs forest management and community forestry concessions. ANACAFÉ (Asociación Nacional del Café) manages coffee sector policy and export standards. The Superintendencia de Bancos regulates the financial sector but has limited green finance mandates.
Climate Plans and Strategies
Guatemala's Política Nacional de Cambio Climático provides the strategic vision. The Plan de Acción Nacional de Cambio Climático (PANCC) operationalizes NDC commitments. The Estrategia Nacional para la Reducción de la Deforestación (ENREDD+) targets reduced deforestation through REDD+ mechanisms, with Petén as the priority landscape. Guatemala's National Adaptation Plan focuses on water security, food sovereignty, and disaster risk reduction — reflecting the country's high vulnerability to hurricanes, drought, and volcanic activity.
Community Forest Concessions
Guatemala's community forest concession model in the Maya Biosphere Reserve's multiple-use zone is internationally recognized as one of the most successful community-managed forest governance systems in the tropics. ACOFOP (Asociación de Comunidades Forestales de Petén) coordinates 12 community concessions covering over 400,000 hectares. This model has demonstrated deforestation rates near zero within concession areas, significantly lower than surrounding unmanaged areas. It is directly relevant to EUDR timber compliance and REDD+ carbon market activity.
{
"country": "guatemala",
"iso_code": "GT",
"cth_clp": true,
"cth_rein": false,
"gf_taxonomy": false,
"ndc_year": 2021,
"eudr_commodities": ["coffee", "cacao", "wood", "rubber"],
"schema_version": "1.1"
}
Guatemala — Green Finance Taxonomy Alignment
| country | Guatemala |
| iso_code | GT |
| cth_presence | CLP cohorts only |
| gf_taxonomy | None — opportunity: largest Central American capital market |
| ndc_target | 22.6% unconditional by 2030 |
| eudr_commodities | Coffee, Cacao, Wood, Rubber |
| schema_version | 1.1 |
| last_updated | 2026-05-27 |
Green Finance Taxonomy Status
Guatemala does not have a national green finance taxonomy as of May 2026. However, this represents a significant opportunity: Guatemala has the largest capital market in Central America, with the Bolsa de Valores Nacional and a banking sector large enough to support green bond issuance. The Superintendencia de Bancos has not yet issued green finance guidance, but the institutional infrastructure exists for taxonomy development if political will materializes.
Gap Analysis
The absence of a Guatemalan GF taxonomy creates these gaps for Origo: (1) No domestic activity classification for crosswalking — latam_guatemala flags rely on NDC priorities, community forestry governance frameworks, and EUDR commodity exposure; (2) The largest Central American economy lacks a green finance standard, creating a regional gap that ripples through CABEI-financed programs; (3) No taxonomy means no standardized eligibility criteria for the community forest concession model — which could be a globally significant green finance use case.
Nearest Equivalents
Guatemala references the following proxy frameworks: (1) Costa Rica's green finance guidelines — the most developed Central American reference; (2) CBI taxonomy — applicable through CABEI bond programs; (3) EU Taxonomy — referenced by European coffee importers under EUDR compliance; (4) REDD+ safeguards and benefit-sharing standards — particularly relevant for Petén community forestry; (5) FSC (Forest Stewardship Council) certification — several community concessions in Petén hold FSC certification, which serves as a de facto green standard for timber.
Development Prospects
Guatemala could leapfrog other Central American countries in GF taxonomy development due to its capital market size and the internationally recognized community forestry model that provides a ready-made green activity classification template. IDB and World Bank technical assistance programs are supporting sustainable finance development in Guatemala. A realistic timeline for taxonomy adoption is 3–4 years, potentially accelerated if CABEI mandates taxonomy alignment for its regional lending programs.
{
"country": "guatemala",
"iso_code": "GT",
"cth_clp": true,
"cth_rein": false,
"gf_taxonomy": false,
"ndc_year": 2021,
"eudr_commodities": ["coffee", "cacao", "wood", "rubber"],
"schema_version": "1.1"
}
Guatemala — CLP Cohort Data Summary
| country | Guatemala |
| iso_code | GT |
| cth_presence | CLP cohorts only |
| gf_taxonomy | None — opportunity: largest Central American capital market |
| ndc_target | 22.6% unconditional by 2030 |
| eudr_commodities | Coffee, Cacao, Wood, Rubber |
| schema_version | 1.1 |
| last_updated | 2026-05-27 |
CLP Cohort History
Guatemala has participated in CLP cohorts since 2023. While lacking a REIN Hub, Guatemala produces a more diverse startup pipeline than El Salvador due to its larger economy and varied geography — highland coffee, Petén forests, Pacific coast agriculture, and volcanic geothermal resources create distinct cleantech niches. Guatemala's CLP cohorts have been moderately sized, reflecting an ecosystem with more entrepreneurs than El Salvador but less institutional support than Peru.
Cohort Summary
| Year | Startups | Primary Sectors | Notes |
|---|---|---|---|
| 2023 | 4 | AF, EN | First cohort; coffee traceability and geothermal applications |
| 2024 | 5 | AF, EN, IC | Maya forest conservation tech; solar deployment |
| 2025 | 4 | AF, IC | EUDR-focused; community forest governance platforms |
| 2026 | 3 | AF, EN | Current cohort; geothermal + coffee |
Sector Distribution
Across Guatemala CLP cohorts, sector distribution is: AFOLU (50%) — highland coffee, Maya forest conservation, community forestry governance, cacao agroforestry; Energy (31%) — geothermal applications, solar, biomass from agricultural waste; Climate Intelligence (19%) — deforestation monitoring for Petén, supply chain traceability, and REDD+ MRV platforms.
Key Observations
Guatemala's CLP participation reveals distinct patterns: (1) Community forestry governance technology is a unique niche — no other CTH country has this focus; (2) Geothermal startups reflect Guatemala's volcanic geology and existing geothermal infrastructure; (3) Highland specialty coffee (Huehuetenango, Antigua) creates premium market access that motivates EUDR compliance investment; (4) The Maya Biosphere Reserve generates carbon market activity (REDD+) that attracts climate intelligence startups; (5) Cardamom, Guatemala's most distinctive agricultural export, falls outside the EUDR framework but could benefit from Origo-style traceability infrastructure for voluntary sustainability markets.
{
"country": "guatemala",
"iso_code": "GT",
"cth_clp": true,
"cth_rein": false,
"gf_taxonomy": false,
"ndc_year": 2021,
"eudr_commodities": ["coffee", "cacao", "wood", "rubber"],
"schema_version": "1.1"
}
Guatemala — Taxonomy Node Mapping
| country | Guatemala |
| mapping_type | taxonomy_node_mapping |
| schema_version | 1.1 |
Node Mapping Summary
Guatemala's taxonomy node mapping reflects its diverse EUDR exposure (coffee, cacao, wood, rubber), its unique community forest concession model in Petén, strong geothermal energy potential, and highland agricultural adaptation needs. AFOLU nodes for coffee and forestry are tagged Y. Geothermal and solar energy nodes are tagged Y. NbS/bioeconomy extension nodes related to the Maya forest are tagged Y. Community forest governance creates a distinct node relevance pattern not seen in the other two countries.
AFOLU Nodes
| Node ID | Label | latam_guatemala | Rationale |
|---|---|---|---|
| CT-AF-001 | Land & Soil | Y | Highland coffee soil management; Petén land restoration after slash-and-burn |
| CT-AF-002 | Forests & Woodlands | Y | Maya Biosphere Reserve — one of Mesoamerica's largest forests; community concessions |
| CT-AF-003 | Oceans & Water | partial | Motagua and Polochic river basin management; Pacific coast fisheries |
| CT-AF-004 | Ice & Snow | N | No relevance — tropical country |
| CT-AF-005 | Air & Atmosphere | partial | Guatemala City air quality; volcanic emissions monitoring |
| CT-AF-006 | Smart Farming | Y | Precision agriculture for highland coffee and cacao; cardamom production data |
| CT-AF-007 | Livestock & Fisheries | partial | Petén cattle ranching contributes to deforestation; not a major EUDR exposure |
| CT-AF-008 | Crops | Y | Coffee, cacao, cardamom — major export crops with climate vulnerability |
| CT-AF-009 | Alternative Meat & Seafood | N | No market presence |
| CT-AF-010 | Alternative Dairy & Egg | N | No market presence |
Energy Nodes
| Node ID | Label | latam_guatemala | Rationale |
|---|---|---|---|
| CT-EN-001 | Critical Minerals | partial | Nickel (Izabal), some metallic mineral reserves; controversial mining sector |
| CT-EN-002 | Hydrogen | N | No hydrogen development programs |
| CT-EN-003 | Nuclear | N | No nuclear program |
| CT-EN-004 | Bio & Synthetic Fuels | partial | Sugarcane ethanol and palm oil biodiesel; controversial social impacts |
| CT-EN-005 | Fossil Fuels (Transition) | partial | Oil production in Petén; transition planning needed |
| CT-EN-006 | Solar | Y | Good irradiance across Pacific slope; rural off-grid solar for remote communities |
| CT-EN-007 | Wind | partial | San Marcos wind corridor; 2 operating wind farms |
| CT-EN-008 | Geothermal | Y | Strongest geothermal potential in Central America after Costa Rica; Zunil, Amatitlán |
| CT-EN-009 | Biomass | Y | Sugarcane bagasse, coffee husk, and palm waste; significant installed capacity |
| CT-EN-010 | Hydro Tidal & Wave | partial | Hydropower significant (~30% of generation); Chixoy dam; social controversy |
| CT-EN-011 | Batteries | N | No battery production or significant storage deployment |
| CT-EN-012 | Alternative Storage | N | No alternative storage projects |
| CT-EN-013 | Grids | partial | SIEPAC interconnection; grid modernization for renewable integration |
| CT-EN-014 | EV Charging | N | Minimal EV adoption |
| CT-EN-015 | Peer-to-Peer Energy | N | No regulatory framework |
Climate Intelligence & Carbon Nodes
| Node ID | Label | latam_guatemala | Rationale |
|---|---|---|---|
| CT-IC-001 | IoT & Earth Observation | Y | CONAP Petén monitoring; satellite deforestation detection for Maya Biosphere Reserve |
| CT-IC-002 | Climate Data | Y | INSIVUMEH climate/volcanic monitoring; drought early warning for Dry Corridor |
| CT-IC-003 | Climate Finance | Y | Largest Central American capital market; CABEI green bond access; REDD+ finance |
| CT-IC-004 | Climate Risk | Y | Hurricane, drought (Corredor Seco), volcanic, and seismic risk — extremely high vulnerability |
| CT-IC-005 | Climate Insurance | partial | CCRIF SPC parametric insurance; agricultural index insurance pilots |
| CT-XS-001 | Carbon Capture & Storage | N | No CCS activity |
| CT-XS-002 | B2B Carbon Offsets | Y | Maya Biosphere Reserve REDD+ projects; active carbon credit generation |
| CT-XS-003 | B2C Carbon Offsets | partial | Tourism-linked offsets; limited scale |
| CT-XS-004 | Carbon Intelligence | partial | Limited national carbon registry; REDD+ reporting systems |
| CT-XS-005 | Carbon Accounting | partial | National GHG inventory; community forest carbon accounting for REDD+ |
Waste, Built Environment & Transport Nodes
| Node ID | Label | latam_guatemala | Rationale |
|---|---|---|---|
| CT-WA-001 | Waste to Energy | partial | Guatemala City landfill methane; sugarcane waste cogeneration |
| CT-WA-002 | Sustainable Materials | partial | Timber from community concessions (FSC-certified); bamboo potential |
| CT-WA-003 to CT-WA-005 | Waste (remaining) | partial | Municipal waste challenges in Guatemala City; coffee processing waste |
| CT-BU-001 to CT-BU-005 | Built Environment (all) | partial | Guatemala City green building emerging; seismic resilience technology overlap |
| CT-TR-001 to CT-TR-005 | Transport (all) | partial | Transmetro BRT expansion; limited cleantech transport startup activity |
Extension Nodes
| Node ID | Label | latam_guatemala | Rationale |
|---|---|---|---|
| CT-EX-001 | Drought-resistant crop varieties | Y | Corredor Seco drought affecting staple crops and coffee; critical food security |
| CT-EX-002 | Flood resilience (nature-based) | Y | Hurricane and tropical storm flooding; Polochic/Motagua basins |
| CT-EX-003 | Heat adaptation for agriculture | Y | Coffee rust at lower elevations; heat stress in Corredor Seco |
| CT-EX-004 | Early warning systems | Y | Volcanic, seismic, hurricane, and drought early warning critical |
| CT-EX-005 | Community-led reforestation | Y | Maya Biosphere community concession model — global best practice |
| CT-EX-006 | Mangrove restoration | partial | Pacific coast mangroves; smaller scale than Caribbean nations |
| CT-EX-007 | Silvopastoral systems | Y | Petén cattle ranching — silvopastoral as deforestation alternative |
| CT-EX-008 | Bioeconomy: NTFPs | Y | Petén community concessions: xate palm, chicle, allspice — globally significant |
| CT-EX-009 | PES platforms | Y | REDD+ payments for Maya Biosphere conservation; PINPEP incentive program |
| CT-EX-010 | Solar home systems | Y | Rural electrification gaps in Alta Verapaz, Petén, and western highlands |
| CT-EX-011 | Community biodigesters | partial | Highland livestock communities; limited scale |
| CT-EX-014 | Remote sensing deforestation monitoring | Y | Petén deforestation monitoring; CONAP surveillance; fire detection |
| CT-EX-015 | AI-powered carbon MRV | Y | Maya Biosphere REDD+ MRV requirements; community concession verification |
| CT-EX-016 | Supply chain traceability | Y | Coffee, cacao, and timber traceability for EUDR and voluntary markets |
| CT-EX-017 | Precision agriculture platforms | Y | Highland coffee, cacao, and cardamom farm management |
| CT-EX-018 | Deforestation-free certification | Y | EUDR compliance for coffee and cacao; FSC for community timber |
| CT-EX-019 | Supply chain due diligence | Y | EUDR operator obligations for Guatemalan exporters |
| CT-EX-020 | Smallholder EUDR assistance | Y | Highland coffee smallholders need EUDR compliance support |
| CT-EX-021 | EUDR operator documentation | Y | Documentation for coffee, cacao, and timber operators |
| CT-EX-022 | Cacao geolocation | Y | Alta Verapaz cacao plot mapping |
| CT-EX-023 | Cacao agroforestry monitoring | Y | Cacao under forest canopy in Alta Verapaz |
| CT-EX-032 | Cross-commodity landscape compliance | Y | Multi-commodity landscapes in Petén and Alta Verapaz |
| CT-EX-038 | Timber legality verification | Y | Community concession timber legality — FSC-certified operations in Petén |
| CT-EX-039 | Community forest management | Y | ACOFOP community concessions — global best practice for forest governance |
| CT-EX-040 | Smallholder group certification | Y | Highland coffee cooperatives; community forestry group certification |