Carbon Credit Pricing & Market Benchmarks

AlliedOffsets uses a Pricing Model, which aggregates and analyses real market offers collected from participants across the ecosystem. The algorithmically derived prices are based on over 17,000 price inputs per year, updated 3x per week. These include developers, brokers, and marketplaces who share data with us daily, weekly, or monthly depending on existing partnerships.

The result is a continuously updated view of carbon credit pricing that reflects both current offers and broader market sentiment.

Carbon projects differ widely by project type and methodology.

For example:

• Removal vs. Avoidance: Removal projects (like afforestation/reforestation) physically remove CO2 from the atmosphere, making their credits more valuable to many buyers compared to avoidance or reduction projects (like renewable energy or cookstoves).
• Cost and Risk:
  Forestry and other nature-based projects involve long-term land management, higher setup costs, and ongoing verification risks. In contrast, renewable energy projects are generally cheaper to implement and more predictable.
• Co-Benefits:
  Community-focused projects, such as cookstoves, can offer strong additional benefits besides the carbon reduction or removal that can influence prices.

In short, removal credits tend to command higher prices due to permanence and climate impact, while avoidance projects are often lower-priced but may offer other valuable co-benefits. Geography further amplifies these differences, local policy, labor costs, and verification expenses all impact prices.

AlliedOffsets tracks an extensive dataset of over 49,000+ individual price points, representing actual transactions.

We also maintain 14 price indices, including a Biochar index and a Superpollutant index.
These indices provide tailored views across different project types and methodologies.

AlliedOffets archive each model run and update, allowing users to access historical price estimates and track how our pricing model and individual price points has evolved over time.

This makes it possible to analyse trends, volatility, and long-term market cycles across methodologies, projects, credits, vintages and indices.

Generally, credit prices increase with the permanence and cost of carbon removal:

• Technology-based avoidance (e.g., renewable energy) – lowest prices
• Nature-based removals (e.g., forestry, soil carbon) – moderate prices
• Technology-based removals (CDR) – highest prices, reflecting the innovation and scalability challenges of these solutions.

Forward and offtake agreements help bring cost certainty and financing stability to project developers. By locking in future delivery prices, buyers enable expensive emerging technologies (like DAC or biochar) to scale.

These instruments also signal market confidence and help set expectations for future spot prices.

Yes, the voluntary carbon market is generally less regulated and more diverse, leading to a broader range of prices.

In contrast, compliance markets (like the EU ETS or UK ETS) operate under strict policy caps and trade allowances rather than project-based credits.
For reference:

• EU ETS and UK ETS prices hover around $80 and $50 per tCO2, respectively.
• CDR project costs span a wide range, from about $20 to over $1,000 per ton, depending on the specific removal approach and its level of technological maturity.

Each market serves different purposes and buyer profiles but increasingly influences one another.

AlliedOffsets sits in the middle of the voluntary carbon market and maintain strong relationships with developers, brokers, registries, and market platforms to access verified pricing information. Every data point is cross-checked and standardised before inclusion in our models to ensure accuracy and comparability.

Yes, AlliedOffsets provides downloadable datasets and an API for carbon credit pricing, covering historical prices, current bid/ask data, project-level pricing, and market indices. Our data is verified, and updated regularly, making it easy to integrate into dashboards, trading platforms, or sustainability reports. This gives corporates, traders, and analysts a transparent, centralized view of the voluntary carbon market without needing to gather data from multiple registries.