Pathways to Monetizing Carbon Capture and Storage Across Clean Fuel and Carbon Markets

ClearBlue Markets recently concluded its three-part Clean Fuels Markets in Practice learning series, designed to give project developers, compliance teams, and credit buyers an end-to-end understanding of environmental credit markets.

While Session 1 laid the groundwork for creating and selling credits (particularly for EV fleets and renewable fuels), and Session 2 mapped the North American policy landscape and cross-border arbitrage opportunities, Session 3 brought the series to its culmination.

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In this final webinar, ClearBlue CEO Michael Berends and Director of Project Development Ivan Cosentino drilled down into Carbon Capture and Storage (CCS) under Canada’s Clean Fuel Regulations (CFR), and explained how developers can turn complex capture technology into verified, long-dated revenue.

Here is a summary of the session’s key messages, regulatory warnings, and commercial strategies.

The Looming Blend Wall and the Structural Supply Gap

The market is currently sending a clear price signal that the "easy" credits are running out, placing an enormous premium on the decarbonization scale that only CCS can provide.

The Update: Following the federal election, CFR Liquid Class credits have surged to around $375 CAD, sitting just beneath the government's ~$380 compliance fund ceiling. This tightening comes as standard biofuel blending approaches its technical limits (the "blend wall") by the late 2020s.

Practical Impact: Demand is structurally locked in by regulation to exceed 30 million credits a year by 2030, and 45 million by 2035. To keep the market balanced as the blend wall hits, ClearBlue modelling indicates that CCUS and EOR projects must generate roughly 7 million credits per year by 2030.

Compliance Category 1 (CC1): The Four Upstream Revenue Buckets

Under CC1, eligible fossil fuel lifecycle projects fall into four main categories. However, each comes with strict technical caveats:

1. Energy Efficiency & Electrification: This includes replacing natural gas-driven compressors with electric motors or installing waste heat recovery systems. The Catch: You must install physical, advanced equipment that exceeds standard baselines; you cannot simply tune an engine or change an operational setting.
2. Methane Conservation: Installing Vapor Recovery Units (VRUs) on storage tanks or capturing solution gas. The Catch: The gas must be conserved (routed to a sales line or consumed as fuel). You cannot simply flare the gas.
• The Financial Example: If a tank battery vents 10,000 tonnes of $CO_2e/year$, and 80% of your crude ships to Canada, a VRU installation generates 8,000 credits/year. At ~$360 CAD per credit, that is roughly $2.9 million per year in revenue from an equipment cost of $400,000–$800,000—a payback period measured in months.
3. Combined Heat & Power (CHP): Installing cogeneration units at remote facilities. The Catch: The electricity CI must be below 40 $gCO_2e/MJ$, and 100% of the energy must be consumed on-site. Any energy exported to the grid makes those megajoules completely ineligible.
4. Carbon Capture & Storage (CCS): Geological storage of $CO_2$, which offers the largest, longest revenue profile of any pathway.

Fossil vs. Biogenic CCS: Understanding the Revenue Multiplier

A fundamental regulatory split exists based on the source of the captured $CO_2$, which drastically alters revenue potential.

• Fossil CCS: Captures emissions from crude oil or bitumen processing to lower upstream CI scores
• Biogenic CCS (Actual Removals): Capturing $CO_2$ from bioethanol or Renewable Natural Gas (RNG) production resulting in negative CI. Because the biological feedstock naturally sequestered carbon from the atmosphere, generally classified this as an "Actual Removal".

Practical Impact: Actual Removals can generate deeply negative CI scores (e.g., -100 to -200 $gCO_2e/MJ$). When stacked strategically, ultra-low-CI digester RNG can currently generate more than $90 USD/MMBTU in Canada. This arbitrage is driving the most sophisticated capital allocation in the CFR market today.

The Rulebooks: Generic QM vs. CCS QM

Project developers cannot afford to confuse the regulatory rulebooks. CCS projects are explicitly excluded from the "Generic QM" used for other CC1 projects like VRUs and CHP.

• Generic QM: Features a 10-year crediting period (+ 5-year extension). Crucially, it enforces a 10% buyer-side cap, meaning these credits can cover at most 10% of a primary supplier's annual obligation.
• CCS QM: The dedicated $CO_2$ Capture & Permanent Storage QM features a 20-year crediting period (the longest revenue runway in North America) and allows for multi-facility aggregation (registering generation, capture, pipeline, and injection as one single project). It requires a minor 0.5% annual permanence holdback. Most importantly, it has no 10% buyer cap, allowing developers to negotiate stronger, much larger offtake agreements.

The Path to Commercialization

CCS is no longer a pilot project; the regulatory framework is live, and buyers are actively seeking supply. ClearBlue manages this through a 4-stage lifecycle to de-risk capital:

1. Pre-Assessment: Determine QM applicability, run the additionality review against provincial laws, and model the full revenue stack across all eligible markets.
2. PDD Development: Build a fully auditable Project Design Document specifically designed for the ECCC's rigorous government registry standards.
3. Validation & ECCC Recognition: Navigate 3rd-party validation to lock in the 10- or 20-year crediting period.
4. Commercialization: Benchmark prices, secure offtake agreements, and execute transfers in the CATs system.

The Bottom Line: The projects that begin pre-assessment today are the ones that will be entering their crediting periods right as the market's scarcity peak arrives. The development clock takes time. A conversation with an expert costs nothing, but a missed development window could cost millions.

Contact us  for help navigating the validation process and commercialize your CCS project. 

Missed the sessions? Register to receive the full recordings of all three parts of the Clean Fuels Markets in Practice series.