Anna Pekala, Pia Lotta Straub, Ask Tonsgaard Hjordt Brüel
September 10, 2023
Crafting a strong case for Carbon Removal: Some key fundamentals to keep in mind
Reaching global net zero emissions rests on deploying novel technologies that contribute to removing carbon emissions from hard-to-abate point sources and the atmosphere. One option is carbon capture utilisation and storage (CCUS). We explore how the sale of carbon removal credits can help project developers make CCUS a more sustainable and commercially feasible way forward.
Both the International Governmental Panel on Climate Change (IPCC) and the International Energy Agency (IEA) expect carbon capture utilisation and storage (CCUS) technologies to play a pivotal role in limiting global warming to 1.5°C above pre-industrial levels, in line with the Paris Agreement1.
The need to tackle the climate crisis has led to new urgency by policymakers and industry players in planning more and at scale CCUS projects globally. Since 2021, almost 200 CCUS projects have been added to the global planning pipeline according to the Global CCS Institute, a 44% year-on-year increase2.
While the commitment is clear, most CCUS projects are at an early development stage, where developing technically feasible solutions and tackling related barriers across the value chain have been a key focus.
Taking CCUS to the next step of reaching commercial, large-scale deployment requires heightened attention to the commercial aspect of these projects. Project developers increasingly need to focus on defining the overall business model for commercialising the use of captured carbon.
While additional financing of CCUS projects will likely be needed to secure successful deployment of these critical technologies, there are three different options for CCUS developers to commercialise captured carbon, depending on the source of carbon captured.
The inherent focus on fossil carbon in compliance markets means that project developers seeking to trade carbon removal credits from biogenic carbon will find the voluntary carbon market as their opportunity space.
Below, we focus on the opportunity space of entering into carbon removal credit trading markets.
Understand, assess, enable: Key actions for CCUS developers to unlock the value of carbon removals
Understand the carbon markets and identify the opportunity space for CCUS
Carbon markets have existed for more than three decades. The 1997 Kyoto protocol on climate change laid the foundation for the main international carbon market scheme existing today. What is new is the large-scale introduction of technology-based carbon removal solutions from CCUS technologies.
Project developers – offering carbon removals through Bioenergy Carbon Capture and Storage (BECCS) projects or Direct Air Carbon Capture and Storage (DACCS) – will therefore need to find and define a suitable position in the market.
Which solutions exist and how do they compete?
CCUS developers must understand the various carbon solutions traded in the market, and how they differ from technology based CCUS solutions, and the implications and uncertainties arising from these distinctions.
While carbon markets are indeed established today, carbon credits primarily originate from low-cost nature-based solutions such as reforestation, or avoidance credits such as renewable energy certificates (RECs). Trading of removals from technology-based solutions such as CCUS is therefore still at an early development stage. Developers particularly need to develop an understanding of the potential uncertainties related to technology-based carbon removal credits’ ability to compete with other low-cost solutions in the market.
One of the key challenges within the carbon removal credit market is that most existing solutions are low-cost nature-based carbon removal solutions, trading at prices as low as EUR 2-3 per tonne of CO23. As a consequence, technology-based carbon removal solutions such as BECCS and DACCS struggle to be cost-competitive with nature-based solutions such as reforestation.
Eligible CCUS projects do, however, offer more robust carbon removal permanence, project additionality, and verifiability than nature-based solutions4. These projects have a higher likelihood for permanent carbon storage and a lessened risk for reversibility, have a higher likelihood to occur from the sale of carbon credits, and are easier to monitor, report, and verify that carbon is removed.
As the voluntary carbon markets remain largely unregulated, a proper standardised distinction between the various solutions based on their quality parameters, which could impact preferences for higher quality solutions and come to be reflected in market prices, is still missing.
Upcoming frameworks for reliable certification of high-quality carbon removals
To overcome such uncertainties and develop harmonised methodologies to assess the validity of carbon removals, the EU is now developing a Carbon Removal Certification Mechanism (CRC-M) to certify carbon removals generated in Europe. Since 2020, Ramboll has been a key partner for various stakeholders providing detailed assessments of eligible carbon removal solutions, technologies, and possible certification mechanisms.
Aiming to boost innovative carbon removal technologies and sustainable nature-based solutions, while fighting greenwashing, the framework will set out to define high-quality carbon removals and the process to monitor, report and verify the authenticity of these removals.
For these reasons, the CRC-M, set to be adopted in 2023, is widely anticipated among CCUS developers hoping to gain better conditions for carbon removals originating from CCUS. While price differentiations between different types of carbon removals are likely to remain, an increased demand for carbon removal credits with these quality parameters could ensure a better market position for technology-based carbon removal solutions in the future.
Assess the demand potential
To unlock the value of carbon removals and successfully enter carbon removal credit trading markets, CCUS developers need to assess the demand potential to understand the potential buyers and their interests, develop an understanding of carbon markets and identify the opportunity space for CCUS, and enable the issuance of tradable credits. There are several important commercial aspects to first consider regarding the demand for carbon removal credits.
Who are the potential buyers of carbon removal credits?
Demand for carbon removal credits is growing rapidly, driven not only by private companies seeking to remove hard-to-abate or residual emissions to meet their net zero targets, but also by national governments seeking to reach their countries’ climate targets. While demand could be significant, it will be necessary to determine who potential buyers of the carbon removal credits will be, and what are their specific motivations for purchasing the credits, as it might have impact on both the expected volumes and price levels.
How much are they willing to pay, and will it be enough to support your project?
Buyers across different sectors, industries and countries will have different requirements and needs, meaning that their willingness to pay will be different as well. Therefore, it is crucial to assess the price levels, that correspond to the mapped demand, and whether the resulting income will be enough to financially support the project. This step will be key, although the lack of transparency around carbon pricing today makes it challenging for project developers to estimate current and future price levels.
These initial considerations should be used to inform the development of a business model that specifically addresses how carbon removal credits can become an additional revenue stream – an often-critical element in supporting the business case for CCUS.
Enable the issuance of tradable credits
Future CCUS developers must also understand that the generation and sale of carbon removal credits through the voluntary carbon market is likely to have a mutual interdependency with several external stakeholders.
In addition to potential buyers, these include third-party standard bodies and traders. It is critical to understand each actor’s role within the carbon market and what types of partnerships should be formed to enable the issuance of tradeable credits.
External Sources:
1 IPCC 2022, “Sixth Assessment Report Summary for Policy Makers”; IEA 2021, “Energy Technology Perspectives 2020” 2 Global CCUS Institute 2022, “2022 Status Report” 3 The World Bank 2022, ”State and trends of carbon pricing 2022” 4 Environment Agency Austria 2021, “Certifications of Carbon Removals”
Want to know more?
Anna Pekala
Market Director
+45 51 61 26 75
Ask Tonsgaard Hjordt Brüel
Global Industry Lead, Energy
+45 51 61 29 15