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DRAM vs DPP: PERPRES 110/2025's Dual Documentation Pathway for Carbon Units

PERPRES 110/2025 introduces DRAM and DPP as distinct pathways for carbon project documentation, separating domestic SPE GRK from international certification systems—a framework absent from PERPRES 98/2021
DRAM vs DPP: PERPRES 110/2025's Dual Documentation Pathway for Carbon Units

DRAM vs DPP: PERPRES 110/2025's Dual Documentation Pathway for Carbon Units

PERPRES 110/2025 Comparative Analysis Series - Article 4 of 5

This series analyzes the comprehensive transformation from PERPRES 98/2021 to PERPRES 110/2025:

  1. From Carbon Rights to Carbon Allocation - The Paradigm Shift
  2. Emissions Trading Infrastructure - From Batas Atas to Quota System
  3. International Carbon Markets - Otorisasi and Corresponding Adjustment
  4. Dual Certification Pathway - DRAM vs DPP Documentation
  5. Registry Evolution - From Single SRN PPI to Dual Registry System

Articles 1(40) and 1(41) of PERPRES 110/2025 introduce two parallel documentation systems completely absent from PERPRES 98/2021: "Dokumen Rancangan Aksi Mitigasi Perubahan Iklim" (DRAM - Climate Change Mitigation Action Design Document) for domestic certification and "Dokumen Perencanaan Proyek" (DPP - Project Planning Document) for international standards. Article 1(40) defines DRAM as "dokumen yang menjelaskan desain proyek, memenuhi persyaratan yang ditetapkan oleh Pemerintah, menguraikan rincian pengurangan dan/atau penyerapan Emisi GRK dalam rangka memperoleh Unit Karbon SPE GRK" (document explaining project design, meeting Government-established requirements, detailing GHG emission reduction and/or absorption to obtain GHG Emission Reduction Certificate Carbon Units). Article 1(41) defines DPP as "dokumen yang menjelaskan desain proyek, memenuhi persyaratan yang ditetapkan oleh standar internasional, menguraikan rincian pengurangan dan/atau penyerapan Emisi GRK dalam rangka memperoleh Unit Karbon non-SPE GRK" (document explaining project design, meeting international standard requirements, detailing GHG emission reduction/absorption to obtain non-Certificate Carbon Units). This bifurcation creates distinct pathways with different standards, procedures, and resulting carbon unit types (see Matrix 1.1 below).

1.0 Documentation Framework Comparison

1.1 From Undefined to Dual-Pathway System

PERPRES 98/2021 contained no definitions or requirements for carbon project documentation. While it defined Unit Karbon (Pasal 1(15)) and mentioned MRV requirements (Pasal 1(21)), it never specified what documents projects must prepare to generate carbon units. This regulatory silence left project developers uncertain about documentation requirements, likely relying on inherited CDM (Clean Development Mechanism) templates or voluntary market standards without clear domestic legal foundation.

PERPRES 110/2025 fills this gap by establishing two formal pathways. The DRAM pathway leads to "SPE GRK" (Sertifikat Pengurangan Emisi GRK - GHG Emission Reduction Certificates) defined in Article 1(37) as domestic certificates verified through MRV and registered in SRUK. The DPP pathway leads to "non-SPE GRK" carbon units certified under international standards like VCS (Verified Carbon Standard), Gold Standard, or potentially Article 6.4 Paris Agreement mechanisms. This dual structure acknowledges that Indonesia's carbon market will interact with both domestic compliance needs and international voluntary/compliance markets.

Matrix 1.1: Documentation Pathway Comparison

ElementDocument Definition
PERPRES 98/2021Absent
DPP (PERPRES 110/2025 - Pasal 1(41))Dokumen Perencanaan Proyek
Dokumen Rancangan Aksi Mitigasi
ElementStandard Source
PERPRES 98/2021None specified
DPP (PERPRES 110/2025 - Pasal 1(41))Standar internasional (International standards)
Persyaratan Pemerintah (Government requirements)
ElementResulting Unit Type
PERPRES 98/2021Generic Unit Karbon
DPP (PERPRES 110/2025 - Pasal 1(41))Unit Karbon non-SPE GRK
Unit Karbon SPE GRK
ElementCertificate Form
PERPRES 98/2021Sertifikat atau persetujuan teknis
DPP (PERPRES 110/2025 - Pasal 1(41))International registry units
SPE GRK (Certificate)
ElementVerification Route
PERPRES 98/2021Generic MRV
DPP (PERPRES 110/2025 - Pasal 1(41))International verification bodies
Domestic MRV to SPE GRK
ElementRegistry
PERPRES 98/2021SRN PPI only
DPP (PERPRES 110/2025 - Pasal 1(41))SRUK + international registries
SRUK
ElementPrimary Market
PERPRES 98/2021Unclear
DPP (PERPRES 110/2025 - Pasal 1(41))International voluntary/compliance
Domestic compliance/voluntary

1.2 SPE GRK vs Non-SPE GRK Units

The documentation pathway directly determines the resulting unit type. Article 1(37) defines SPE GRK as "bukti pengurangan emisi oleh usaha dan/atau kegiatan yang telah melalui MRV, serta tercatat dalam SRUK dalam bentuk nomor dan/atau kode registri" (proof of emissions reduction by business and/or activities that have undergone MRV, and are recorded in SRUK in the form of registry number and/or code). This definition specifies three requirements: MRV completion, SRUK registration, and unique registry identification.

Non-SPE GRK units, while not explicitly defined in Article 1, are implied as Unit Karbon certified through international standards (referenced in the expanded Article 1(18) Unit Karbon definition). These follow international certification body procedures—validation, monitoring, verification, issuance—and may register in international registries (Verra, Gold Standard Registry) in addition to or instead of SRUK. The critical distinction: SPE GRK units undergo government-controlled verification and must register in the government registry; non-SPE GRK units follow private or international procedures.

Matrix 1.2: Unit Type Characteristics

CharacteristicGeneration Document
PERPRES 98/2021 Unit KarbonNot specified
SPE GRK (PERPRES 110/2025)DRAM
Non-SPE GRK (PERPRES 110/2025)DPP
CharacteristicVerification Standard
PERPRES 98/2021 Unit KarbonGeneric MRV
SPE GRK (PERPRES 110/2025)Government MRV procedures
Non-SPE GRK (PERPRES 110/2025)International standard procedures
CharacteristicVerification Body
PERPRES 98/2021 Unit KarbonNot specified
SPE GRK (PERPRES 110/2025)Presumably government-accredited
Non-SPE GRK (PERPRES 110/2025)International certification bodies
CharacteristicRegistry Requirement
PERPRES 98/2021 Unit KarbonSRN PPI mandatory
SPE GRK (PERPRES 110/2025)SRUK mandatory
Non-SPE GRK (PERPRES 110/2025)SRUK or international (TBD)
CharacteristicNumbering
PERPRES 98/2021 Unit KarbonRegistry number
SPE GRK (PERPRES 110/2025)Nomor dan/atau kode registri
Non-SPE GRK (PERPRES 110/2025)International serial numbers
CharacteristicDomestic Recognition
PERPRES 98/2021 Unit KarbonAutomatic
SPE GRK (PERPRES 110/2025)Automatic (government-issued)
Non-SPE GRK (PERPRES 110/2025)Requires government acceptance
CharacteristicInternational Recognition
PERPRES 98/2021 Unit KarbonUnclear
SPE GRK (PERPRES 110/2025)Requires international approval
Non-SPE GRK (PERPRES 110/2025)Automatic under standard

2.0 DRAM Pathway Characteristics

2.1 Government Standard Requirements

The DRAM pathway's defining feature is compliance with "persyaratan yang ditetapkan oleh Pemerintah" (requirements established by Government). PERPRES 110/2025 does not specify these requirements, leaving them to implementing regulations. Drawing from international practice and Indonesia's existing frameworks, DRAM requirements likely will include: (1) project description and objectives, (2) baseline methodology demonstrating additionality, (3) monitoring plan with parameters and frequency, (4) estimated emission reductions/removals, (5) safeguards for environmental and social impacts, (6) stakeholder consultation documentation, and (7) sustainable development contribution assessment.

The government-set standards provide flexibility to tailor requirements to Indonesian conditions. Unlike international standards designed for global application, DRAM requirements can address Indonesia-specific issues: peat emissions factors, tropical forest methodologies, renewable energy grid factors, waste management practices. This customization potential represents both opportunity (contextual relevance) and risk (potential for lower rigor than international standards).

Matrix 2.1: DRAM Likely Requirements

Requirement AreaAdditionality
International Standard (DPP) BaselineCDM/VCS additionality tests
Expected DRAM AdaptationMay simplify for certain sectors
Regulatory AdvantageReduces transaction costs
Requirement AreaBaseline
International Standard (DPP) BaselineConservative reference scenarios
Expected DRAM AdaptationMay use Indonesia-specific baselines
Regulatory AdvantageBetter reflects national circumstances
Requirement AreaMonitoring
International Standard (DPP) BaselineContinuous with high frequency
Expected DRAM AdaptationMay allow less frequent monitoring
Regulatory AdvantageReduces ongoing costs
Requirement AreaSafeguards
International Standard (DPP) BaselineInternational safeguard standards
Expected DRAM AdaptationMust meet Indonesian EIA requirements
Regulatory AdvantageAligns with domestic law
Requirement AreaValidation
International Standard (DPP) BaselineThird-party international
Expected DRAM AdaptationGovernment or accredited domestic
Regulatory AdvantageBuilds local capacity
Requirement AreaPermanence
International Standard (DPP) BaselineLong-term liability (forestry)
Expected DRAM AdaptationMay address through national mechanisms
Regulatory AdvantageRisk pooling possible
Requirement AreaLeakage
International Standard (DPP) BaselineProject boundary analysis
Expected DRAM AdaptationMay account at jurisdictional level
Regulatory AdvantageRecognizes nested approaches

3.0 DPP Pathway Characteristics

3.1 International Standard Compliance

The DPP pathway requires compliance with "standar internasional" (international standards) without specifying which standards qualify. Likely candidates include: (1) Verified Carbon Standard (VCS/Verra), (2) Gold Standard, (3) Climate Action Reserve (CAR), (4) American Carbon Registry (ACR), (5) Article 6.4 Mechanism methodologies once operational, and (6) sector-specific standards like Plan Vivo for community forestry. The regulation's openness allows market evolution as new standards emerge.

International standard compliance offers credibility advantages for accessing global carbon markets. Foreign buyers often require internationally certified credits for corporate voluntary commitments or compliance obligations (e.g., CORSIA). DPP-generated non-SPE GRK units would satisfy these requirements without buyers needing to assess unfamiliar domestic standards. However, international certification typically costs more due to international verifier fees, longer procedures, and more stringent requirements.

Matrix 3.1: International Standards Characteristics

StandardVCS (Verra)
Primary UseVoluntary market
Indonesia RelevanceMany Indonesian REDD+ projects
DPP ApplicationForestry, renewable energy, agriculture
StandardGold Standard
Primary UseHigh-integrity voluntary
Indonesia RelevanceLimited Indonesian projects
DPP ApplicationRenewable energy, household devices
StandardArticle 6.4
Primary UseParis Agreement compliance
Indonesia RelevanceNew mechanism (2024+)
DPP ApplicationAll sectors once operational
StandardCAR
Primary UseCalifornia compliance + voluntary
Indonesia RelevanceLimited Indonesian use
DPP ApplicationTropical forest protocols
StandardPlan Vivo
Primary UseCommunity carbon
Indonesia RelevanceSmallholder agroforestry
DPP ApplicationCommunity forest management
StandardACR
Primary UseVoluntary market
Indonesia RelevanceMinimal Indonesian projects
DPP ApplicationMethodology development opportunity
StandardCDM (Legacy)
Primary UseKyoto Protocol
Indonesia RelevanceMany transitioning projects
DPP ApplicationTransitioning to Article 6.4

4.0 Strategic Pathway Selection

4.1 Factors Influencing Pathway Choice

Project developers face strategic decisions in selecting DRAM versus DPP pathways. The choice depends on multiple factors: target market (domestic vs international), cost tolerance (DRAM likely cheaper), time urgency (DRAM may be faster), buyer requirements (international buyers may demand DPP), project size (large projects can absorb DPP costs), and risk appetite (DRAM requirements uncertain pending implementing regulations).

The dual pathway structure suggests a stratified market may emerge. Large, well-financed projects targeting international buyers (e.g., REDD+ jurisdictional programs, utility-scale renewable energy) likely choose DPP for international credibility. Smaller domestic projects targeting Indonesian compliance markets (e.g., industrial energy efficiency, waste-to-energy) may prefer DRAM for lower costs and faster timelines. Importantly, nothing in PERPRES 110/2025 prohibits pursuing both pathways simultaneously—projects could seek SPE GRK and non-SPE GRK certification in parallel, maximizing market access.

Matrix 4.1: Pathway Selection Decision Framework

Decision FactorCost
DRAM Pathway AdvantageLower verification fees
DPP Pathway AdvantageHigher but internationally recognized
Neutral/Both Possible-
Decision FactorSpeed
DRAM Pathway AdvantageLikely faster (domestic only)
DPP Pathway AdvantageSlower (international procedures)
Neutral/Both Possible-
Decision FactorBuyer Base
DRAM Pathway AdvantageDomestic market
DPP Pathway AdvantageInternational market
Neutral/Both PossibleCan dual-certify
Decision FactorCredibility
DRAM Pathway AdvantageGovernment-backed
DPP Pathway AdvantageInternational reputation
Neutral/Both PossibleBoth have merit
Decision FactorRegulatory Certainty
DRAM Pathway AdvantageUncertain (awaiting regulations)
DPP Pathway AdvantageEstablished standards
Neutral/Both PossibleDPP clearer currently
Decision FactorMethodology Availability
DRAM Pathway AdvantageTBD by government
DPP Pathway AdvantageExtensive international library
Neutral/Both Possible-
Decision FactorLanguage
DRAM Pathway AdvantageBahasa Indonesia likely
DPP Pathway AdvantageEnglish required
Neutral/Both PossibleTranslation costs vary

Continue Reading: PERPRES 110/2025 Comparative Analysis Series

This series analyzes the comprehensive transformation from PERPRES 98/2021 to PERPRES 110/2025:

  1. Article 1: From Carbon Rights to Carbon Allocation - The Paradigm Shift
  2. Article 2: Emissions Trading Infrastructure - From Batas Atas to Quota System
  3. Article 3: International Carbon Markets - Otorisasi and Corresponding Adjustment
  4. Article 4 (this article): Dual Certification Pathway - DRAM vs DPP Documentation
  5. Article 5: Registry Evolution - From Single SRN PPI to Dual Registry System


PERPRES 110/2025 Comparative Analysis Series - Article 4 of 5

This series analyzes the comprehensive transformation from PERPRES 98/2021 to PERPRES 110/2025:

  1. From Carbon Rights to Carbon Allocation - The Paradigm Shift
  2. Emissions Trading Infrastructure - From Batas Atas to Quota System
  3. International Carbon Markets - Otorisasi and Corresponding Adjustment
  4. Dual Certification Pathway - DRAM vs DPP Documentation
  5. Registry Evolution - From Single SRN PPI to Dual Registry System

LEGAL DISCLAIMER: This analysis compares carbon project documentation frameworks in PERPRES 98/2021 and PERPRES 110/2025 for educational purposes. It does not constitute legal advice or carbon project development guidance. The introduction of DRAM and DPP pathways affects project documentation, verification procedures, and market access. Specific implementation requires consideration of: (1) forthcoming government regulations defining DRAM requirements and procedures, (2) recognition criteria for international standards qualifying for DPP pathway, (3) SRUK registration procedures for both SPE GRK and non-SPE GRK units, (4) verification body accreditation for DRAM projects, (5) cost structures for each pathway, (6) timeline expectations pending implementing regulations, and (7) dual certification feasibility and procedures. Carbon project developers should consult qualified environmental law and carbon market counsel specializing in Indonesian certification pathways for guidance on appropriate pathway selection for their specific project types and market targets.

Law Database

Access PERPRES 110/2025 in the CRPG Law Database: PERPRES 110/2025