PCS 2.0


Launch of PCS 2.0 – Public Consultation

The development of PCS 2.0 is currently underway as a comprehensive upgrade of the Planetary Carbon Standard. This next-generation framework is being designed to ensure the highest levels of environmental integrity, transparency, and technological innovation, while maintaining full alignment with both international compliance mechanisms and voluntary carbon market requirements.

At this stage, PCS is releasing the complete list of PCS 2.0 documents that will form the new standard. The documents themselves will be issued for public comment once they receive formal approval from the PCS Board.


Why PCS 2.0?

Carbon markets have grown rapidly, but legacy systems still face major challenges:

  • Integrity risks (double counting, over-crediting, inconsistent baselines).

  • Limited technology integration (manual MRV, static documents, weak transparency).

  • Compliance gaps (misalignment with Article 6.2, ICVCM CCP+, and CORSIA).

PCS 2.0 addresses these challenges by embedding blockchain-backed registries, AI/ML-enabled MRV, IoT sensor networks, and geospatial monitoring (satellite, LiDAR, drones) directly into its governance and project cycle.

With these innovations, PCS 2.0 is designed to be the most advanced, future-ready standard, delivering trust for investors, buyers, host countries, and local communities.


Expert Team Behind PCS 2.0

PCS 2.0 is being developed through the combined expertise of a multi-disciplinary team to ensure the framework is technically sound, environmentally credible, and socially inclusive. The team includes:

  • A Methodology Technical Supervisor ensuring consistency, accuracy, and alignment with international best practice.

  • A Renewable Energy Specialist advancing methodologies for solar, wind, hydro, geothermal, and hybrid systems.

  • A Biodiversity and Habitat Expert safeguarding ecosystems and embedding nature-positive outcomes.

  • A UNSDG Specialist ensuring projects contribute measurably to the Sustainable Development Goals.

  • Accredited GHG Verifiers with ISO/UNFCCC expertise overseeing validation and verification processes.

  • A GIS & Remote Sensing Expert applying geospatial monitoring, satellite analysis, and LiDAR/drone integration into MRV systems.

  • A Community Program Lead for UNSDGs supporting co-benefits and ensuring Free, Prior, and Informed Consent (FPIC) from local stakeholders.

This interdisciplinary approach ensures PCS 2.0 reflects the highest standards of science, technology, and community engagement.


PCS 2.0 Documentation Set

PCS 2.0 introduces a complete library of standards, methodologies, tools, and guidance documents, structured into 10 categories.

1. Governance & Core Standards

  • PCS-FR-001 – Program Framework

  • PCS-MN-002 – Program Manual

  • PCS-DF-003 – Program Definitions

  • PCS-PS-004 – Project Standard

  • PCS-VVS-005 – Validation & Verification Standard (VVS)

  • PCS-ESS-006 – Environmental & Social Safeguards Standard

  • PCS-SDG-007 – Project Sustainability / SDG Standard

  • PCS-DC-008 – Standard on Avoidance of Double Claiming

  • PCS-COR-009 – Standard on CORSIA Eligibility

  • PCS-ICV-010 – Standard on ICVCM Eligibility

  • PCS-A62-011 – Standard on Article 6.2 Eligibility

  • PCS-MD-012 – Standard for Development of Methodologies

  • PCS-PP-013 – Program Processes

  • PCS-VVB-014 – Procedure for Approval of VVBs

  • PCS-GA-015 – Grievance & Appeals Procedure

  • PCS-CL-016 – Clarifications

  • PCS-BND-017 – Bundling Guidelines

2. Methodologies

Nature-Based Solutions (NBS)

  • PCS-MA-001 – Forestry Methodology

  • PCS-MA-002 – Mangrove Methodology

CCS / Negative Emissions

  • PCS-MT-001 – CCS/BECCS/DACCS Methodology

  • PCS-MT-002 – Geological Storage Guidance

Technology Mitigation (TR Track)

  • PCS-TR-001 – Solar Methodology

  • PCS-TR-002 – Wind Methodology

  • PCS-TR-003 – Hydropower Methodology

  • PCS-TR-004 – Geothermal Methodology

  • PCS-TR-005 – Renewable Hybrid Systems

  • PCS-TR-006 – Industrial Energy Efficiency

  • PCS-TR-007 – Efficient Lighting & Appliances

  • PCS-TR-008 – Fuel Switch Methodology

  • PCS-TR-009 – Landfill Methane Capture

  • PCS-TR-010 – Waste-to-Energy Methodology

  • PCS-TR-011 – Tyre Waste Devulcanization & Recycling

  • PCS-TR-012 – Electric Mobility Projects

  • PCS-TR-013 – Public Transport Modal Shift

3. Methodological Tools

  • PCS-TA-001 – Biomass Burning Tool

  • PCS-TA-002 – Soil Organic Carbon Tool

  • PCS-TA-003 – Fertilizer Emissions Tool

  • PCS-TA-004 – Peat Oxidation Tool

  • PCS-TA-005 – Non-Permanence Risk Assessment Tool (Guide)

  • PCS-TA-006 – User Input Tool for Risk Assessment

  • PCS-TA-007 – Sample Plot Calculation Tool

  • PCS-TA-008 – Dead Wood & Litter Carbon Stock Tool

  • PCS-TA-009 – Trees & Shrubs Carbon Stock Tool

4. Methodology Lifecycle Docs

  • PCS-METH-Intro – Introductory Note

  • PCS-METH-CN – Concept Note

  • PCS-METH-TPL – Methodology Template

  • PCS-METH-AF – Methodology Assessment Form

  • PCS-METH-CL – Clarification Request Form

  • PCS-METH-RR – Revision Request Form

  • PCS-METH-DEV – Deviation Request Form

5. Project Cycle Forms & Reports

NBS Track

  • PCS-PSF-NBS – Project Submission Form (NBS)

  • PCS-PSF-NBS-Inst – Instructions (NBS)

  • PCS-PMR-NBS – Monitoring Report (NBS)

  • PCS-PMR-NBS-Inst – Instructions (NBS)

  • PCS-PVR-NBS – Validation Report (NBS)

  • PCS-ERVR-NBS – Emission Reduction Verification Report (NBS)

Regular Projects (Type A/B)

  • PCS-PSF-REG – Project Submission Form (Regular)

  • PCS-PSF-REG-Inst – Instructions (Regular)

  • PCS-PMR-REG – Monitoring Report (Regular)

  • PCS-PMR-REG-Inst – Instructions (Regular)

  • PCS-PVR-REG – Validation Report (Regular)

  • PCS-ERVR-REG – Emission Reduction Verification Report (Regular)

Post-Registration Changes (PRC)

  • PCS-PRC-Req – PRC Request Form

  • PCS-PRC-App – PRC Approval Request

  • PCS-PRC-VR – PRC Validation Report

Other Project Cycle Docs

  • PCS-CLoss-Not – Carbon Loss Event Notification (NBS)

  • PCS-CLoss-Rep – Carbon Loss Event Report (NBS)

  • PCS-LOA-REG – Letter of Authorization Template (Regular)

  • PCS-LOA-NBS – Letter of Authorization Template (NBS)

  • PCS-LOA-Change – Change in LOA Guidance

6. Safeguards & SDG Forms

  • PCS-ESS-F1 – Safeguards Form (Scopes 1–15)

  • PCS-ESS-F2 – Safeguards Form (Scopes 1–13 Legacy)

  • PCS-ESS-F3 – Safeguards Form (CCS/Tech)

  • PCS-SDG-F1 – SDG Impact Form (Legacy)

  • PCS-SDG-F2 – SDG Impact Form (Current)

7. VVB Applications & Agreements

  • PCS-VVB-MOU – VVB Application (MOU Track)

  • PCS-VVB-ISO – VVB Application (UNFCCC/ISO Track)

  • PCS-VVB-AGR – VVB Agreement Template

8. Registry Infrastructure

  • PCS-REG-UG – Registry User Guide

  • PCS-REG-TC – Registry Terms & Conditions

  • PCS-REG-FAQ – Registry FAQs

  • PCS-REG-ACCT – Registry Account Application Manual

9. Finance, Transition & Reports

  • PCS-FIN-001 – Default Cost of Equity Note

  • PCS-FEE-001 – Fee Schedule

  • PCS-WKP-001 – Annual Workplan

  • PCS-RPT-001 – Annual Report

  • PCS-INFO-001 – GWP Values of GHGs (Info Note)

  • PCS-TRN-001 – Transition Plan (Registration)

  • PCS-TRN-002 – Transition Plan (Issuance)

  • PCS-TRN-003 – Transition Example (ESS)

10. Operational Guidance Manuals

  • PCS-GD-PCF – Prior Consideration Form Guidance

  • PCS-GD-LOA – LOA Creation Manual

  • PCS-GD-PSF – PSF Manual

  • PCS-GD-PMR – PMR Manual

  • PCS-GD-PRC – PRC Manual

  • PCS-CM – Consolidated Manual

  • PCS-ACC-GD – Account Opening Guide

  • PCS-LOA-GD – Change in LOA Manual


Consultation & Next Steps

  • The PCS 2.0 document list has now been released publicly.

  • The draft documents themselves will be published upon final approval by the PCS Board.

  • Once published, they will be opened to public review and comment before final adoption.

  • Stakeholders, project developers, governments, civil society, and market participants will be invited to provide input via the PCS Portal.

This open consultation process reflects PCS’s commitment to:

  • Transparency – all comments will be logged and responded to.

  • Integrity – ensuring science-based, and technology-driven standards.

  • Collaboration – building trust across governments, private sector, and communities.


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