Define the buyer brief
Clarify volume, use case, timeline, preferred geographies, exclusions, budget range, and reporting expectations.
Service guide
Carbon Credit Procurement
A clear, quality-led guide to sourcing verified carbon credits, comparing supply, reviewing project documentation, and preparing credits for credible retirement.
Overview
Finding credits is easy. Finding suitable credits is the work.
Carbon credit procurement is the process of matching a buyer's climate objective, budget, geography, timing, and claim type with verified carbon credits that can stand up to quality review.
A strong process looks past headline pricing. It checks the registry, project type, methodology, vintage, verification status, retirement pathway, and whether the credit is appropriate for the statement the buyer intends to make.
01
Buyer brief
Goals, timing, geography, budget, volume, and claim context.
02
Supply review
Credit type, registry, project documentation, availability, and pricing.
03
Transaction evidence
Transfer, cancellation, retirement, and post-purchase records.
Procurement path
A practical path from brief to shortlist.
Compare credit supply
Review nature-based, renewable energy, methane, industrial, engineered removal, and local-market options where relevant.
Screen project quality
Assess documentation, methodology, verification, permanence risk, additionality, safeguards, pricing, and availability.
Support the transaction
Help buyers move through commercial terms, registry evidence, cancellation or retirement, and post-purchase records.
Quality screen
What should be checked before credits are purchased?
High-integrity procurement uses a quality screen before a purchase decision is made. These are the kinds of checks buyers should expect to see in a defensible process.
Additionality
The mitigation should be beyond what would likely have happened without carbon credit revenue.
Permanence
Stored carbon needs durability checks, reversal risk controls, and compensation mechanisms where applicable.
Robust quantification
Baselines, monitoring, and emissions calculations should be conservative, complete, and methodologically sound.
No double counting
Credits should be uniquely tracked so they are not issued, claimed, or used more than once.
Registry traceability
Serial numbers, ownership status, issuance, transfers, and retirement or cancellation should be clearly visible.
Claims fit
The chosen credits should match the buyer's intended climate claim and sit alongside real emissions reduction work.
Supply options
Different credit types carry different uses and risks.
Nature-based
Forestry, soil, blue carbon, conservation, and restoration projects can provide climate and nature value, with careful permanence and land-use review.
Energy and efficiency
Renewable energy, fuel switching, and efficiency credits can suit some markets, while additionality and policy context need close attention.
Methane and industrial
Methane capture, waste, refrigerant, and industrial abatement can deliver measurable climate benefits when monitoring is strong.
Engineered removals
Technology-led removals may offer higher durability, often with smaller supply and higher pricing than many avoidance credits.
ACCUs
Australian Carbon Credit Units are issued under Australia's ACCU Scheme, with one ACCU representing one tonne of CO2e abatement.
Reference points
Built around recognised market guidance.
Procurement advice should be informed by credible frameworks, not sales pressure. These references shape the quality language used on this page.