2021 is likely to be remembered as the year in which carbon finance emerged as an important topic for discussion among a wide range of industries.
In the 2021 class of new participants in voluntary carbon markets the oil and gas majors along with hedge funds and banks were heard as the most active players, who were determined to enter the market. But as the year unfolded various different sectors of the economy joined the market following their commitments to decrease carbon footprints.
Many political entities like the EU and for instance, UK as well as the US state of California have carbon markets covering specific industry sectors and the production of gases. These form an important component of efforts to achieve the Paris Agreement target of limiting global warming at 2° Celsius above preindustrial levels (with a more ambitious ideal of remaining within a 1.5 C increase), even when some of the markets are older than their Paris commitments.
However, other industries have also adopted the same principles as compliance schemes and pledged to reduce GHG emissions (GHG) by taking part in carbon markets for free.
Voluntary carbon markets permit carbon emitters to offset their inevitable emissions through the purchase of carbon credits that are generated through projects aimed at eliminating or the reduction of GHG from the atmosphere.
Each credit – which is equivalent to a metric tonne of diminished, avoided or removed CO2 or a comparable GHG is able to be used by a corporation or an individual to compensate for the emission of one ton of CO2 or equivalent gases. If a credit is utilized to offset the emission of gases, it becomes an offset. It is transferred into a registry for retired credits, also known as retirements, and it is no longer tradable.
Businesses can take part in the carbon market on a voluntary basis by themselves or as part an industry-wide program such as CORSIA, the Carbon Offsetting and Reduction Scheme for International Aviation, which was developed by the aviation sector in order to offset CO2 emissions. Airlines that are part of international airlines participating in CORSIA have committed to offset all the CO2 emissions they create beyond a predetermined level in 2019.
Although compliance markets are currently limited to certain regions and regions, voluntary carbon credits are significantly more flexible and unrestrained by boundaries set by national states and political alliances. They also have the potential to be utilized by every sector of the economy instead of a limited number of industries.
The Taskforce on scaling Voluntary Carbon Markets which is sponsored by the Institute of International Finance with backing from McKinsey estimates that the carbon market credits could reach upwards to $50 billion by as soon as 2030.
The participants
Five main players constitute the core of the carbon credit marketplace.
PROJECT DEVELOPERS
Project developers form an upstream section in the marketplace. They design and build the projects that issue carbon credits. These can range from large-scale, industrial-style projects such as a huge-volume hydro power plant to smaller ones that are community-based, like clean cookstoves.
There are several projects that aim to reduce or eliminate direct emissions that result from industrial processes like the management of fugitive emissions, ozone-capture or elimination of ozone depleting substances and wastewater treatment. Natural-based projects include REDD+ (avoided deforestation) soil sequestration or the afforestation. Other forms include tech carbon capture such direct air capture. new categories are added continuously.
Each credit has a specific vintage that refers to the year in which it was first issued, as well as a specific delivery date, which is when the credit is available for sale. In addition to their main goal of avoiding or removing GHGs from the air, credit projects can create additional benefits and aid in meeting certain UN’s Sustainable Development Goals (SDGs). For instance, they could contribute to improved welfare for the inhabitants of the region, better drinking water, and the decrease in economic inequality.
END BUYERS
The market for downstream is made up of end buyers: companies as well as individual consumers that have made a commitment to offset all or a part the GHG emissions.
Among the early buyers for carbon credits are tech companies like Apple and Google airlines, as well as oil and gas giants, however more sectors of industry including finance, are now joining the market, in the process of setting their own net-zero goals or look for a way to hedge against the financial risks associated with the transition to renewable energy.
The introduction of Article 6 of the Paris Agreement on Nov 13 at the UN Climate Conference, or COP26 at Glasgow established the guidelines for a crediting mechanism that could be utilized by 193 of the parties to the Paris agreement to meet their emission reduction targets or contributions that are determined by the national government. Implementation of the Article 6 has made it possible for nations to purchase voluntary carbon credits as provided that Article 6 rules are respected.
RETAIL TRADERS
To tie demand and supply There are brokers as well as retail traders, similar to in other commodity markets. Retail traders purchase huge amounts of credits directly from the seller and then bundle them into portfolios, ranging from many hundreds of tonnes equivalent of CO2, and sell those bundles to consumers, typically with some commission.
While the majority of the transactions currently take place through private discussions and over-the counter trades, some exchanges are also forming. The two largest carbon credit exchanges available right now are NYC-based Xpansiv CBL and Singapore based AirCarbon Exchange (ACX).
Exchanges have been trying to make simpler and speedier the trading of carbon credits which are characterized by a high level of complexity due to the large number of factors that influence their price by introducing standard products, that make sure that certain fundamental specifications are followed.
For example, both the The Xpansiv CBL in addition to ACX have set up standard products for nature-based credit CBL’s Nature-based Global Emission Offset (N-GEO), and the ACX Global Nature Token.
Credit trading with these labels is guaranteed to be compliant with certain characteristics including the kind of underlying project, a relatively recent date of birth, and certificate from a limited group of standards.
Exchanges’ standardized products – especially those designed for forward delivery – are most popular among traders and financial institutions looking to purchase and hold the product in anticipation of skyrocketing carbon credit demand.
End buyers who need to buy credits in order to reduce their carbon emissions are likely to opt for non-standardized products because they allow them to look into the specific aspects of each underlying project, and ensure the integrity of the credit purchased and therefore defend themselves against charges of greenwashing.
The exchanges are often used to settle big bilateral agreements that were concluded offscreen. In a market note published in May, CBL claimed that an even larger number of bilateral agreements negotiated offscreen were brought by traders for settlement on CBL’s platform. CBL platform.
They comprised large portions of transactions of transactions on CBL.
BROKERS
Brokers purchase carbon credits at the expense of a trader and sell them to an end buyer typically, often with a small commission.
STANDARDS
There is also a fifth actor that is unique in carbon market. Standards are organizations, usually non-profit organizations, that verify the project’s compliance with its stated objectives as well as its declared emissions levels.
Standards have a series of methodologies, or requirements for every type of carbon-related project. For example Reforestation projects must adhere to specific guidelines for calculating the carbon dioxide absorption from the planned forest and hence the number of carbon credits that it earns over the course of time.
Renewable energy projects will be subject to a different set of regulations to apply when calculating its value in terms of reduced CO2 emissions as well as carbon credits that are generated in the course of time.
The certifications also assure that certain core principles or requirements of carbon finance are adhered to:
Additionality: The project should not be legally enforceable or accepted as a standard practice. financially appealing without credits revenues.
Don’t overestimate the CO2 emissions reductions must be equal to the number of offset credits granted for the project. It should also into account any unintended GHG emissions generated by the project.
Permanence: The impact of the GHG reductions should not be in danger of reversal and should lead to a continuous drop in emissions.
Unique claim: Every metric ton of CO2 may only be claimed once and must include the proof of credit retirement when the project is completed. Credits become offsets at retirement.
Additional environmental and social benefits: Projects should comply with the lawful requirements of the jurisdiction of the project and must provide additional co-benefits in line to the United Nations’ SDGs.
The overlap of roles, bilateral trade
There is a cross-over of roles, which is unique with carbon markets.
A lot of brokers function as traders, and a number of financial institutions have brokering arms in addition to project development arms.
End buyers are also able to invest in their own carbon projects and opt to keep all or a portion of the credits they receive for their own offsetting needs.
All of these companies could ultimately offer credits to buyers or developer. A developer could make arrangements to sell them directly. Each of these combinations can have an impact on price and, ultimately, affect market transparency.
Pricing a wide range of products
If a company decides to look into free carbon market as a potential method of compensating for its carbon emissions one of the primary aspects it will be looking for is the cost of carbon credits. With this information the company can determine what level of ambition to set when making its emissions reduction goals and if market-based voluntary options can really help in reaching it.
At the same time, a clear price signal for carbon allows those who are already trading to be sure that they’re trading their credit at a rate that represents the real market value.
But putting a price on carbon credits is far from an easy task, mostly because of the variety of credits on the market and the multitude of variables that affect the price.
Projects issuing carbon credits could be of different types and sub-types. How the underlying project is among the main factors affecting the price of the carbon credit.
Carbon credits can be grouped into two categories, or baskets: avoidance projects (which stop emitting GHGs completely, thus reducing the quantity of GHGs released to the air) as well as removal (which eliminate GHGs completely from the air).
The basket of avoidance includes renewable energy initiatives, however it also includes forestry and farming emissions avoidance projects. These projects, sometimes referred to as REDD+, stop destruction of wetland habitats or deforestation, or implement soil management practices in farming that limit GHG emissions. This includes projects designed to prevent carbon emissions caused by dairy animals as well as beef cattle with different diets.
Cookstove projects as well as fuel efficiency projects or the construction of buildings that are energy efficient are covered under the basket of avoidance and the same goes for projects that capture and eliminating industrial pollution.
The removal category covers projects for capturing carbon from the atmosphere and then storing it. They could be based on nature that use trees or soil as an example, to take carbon out and store it. Examples include afforestation, reforestation projects, as well as wetland management (forestry and farming). They can also be tech-based and include technologies like direct air capture, or carbon capture and storage.
Credits for removal are typically traded at a higher price than avoidance credits, and not only because of the higher level of investment required by the base project but because of the high demand for these kinds of credits. They are also considered to be a more effective weapon in the fight against climate change.
Beyond the nature of the project that is the basis, the cost of carbon credits is influenced by the volume of credits traded over a period (the higher the volume the less expensive, generally) or the geographic location for the particular project its age (typically the more recent the time period, the less expensive the price) as well as the delivery time.
When the carbon project helps meet some of the UN’s SDGs, the worth of a credit from that project to potential buyers could be greater, and the credit might be traded at a higher price than other types of projects.
For instance, community-based initiatives tend to be localized and typically designed and managed by local organizations or NGOs are more likely to yield less carbon credits. Additionally, it is often more expensive to be certified. But, they typically provide greater co-benefits in addition to meeting the UN’s SDGs that contribute, for instance, to better living conditions for the inhabitants, improved water quality, or decrease in economic inequality.
Because of this, credits emitted by community-based projects could be traded at a premium to projects that do not meet SDGs like industrial projects, which are generally more extensive and may produce large quantities of credits and have higher levels of easily-verified GHG offset possibilities.
The current carbon markets the cost of a carbon credit can range from a few cents for each one metric ton of CO2 emissions up to $15/mtCO2e for afforestation and reforestation projects. to as high as $300 per mtCO2e for removal projects that are based on technology such as CCS.
S&P Global Platts assesses the value of a range of carbon credits. The company currently provides 20 price evaluations, including the spot and forward (Year 1,) prices. Each price assessment reflects the most competitive credit available for each category, based on trading offers, bids and trades reported in the brokered market, or on exchange and trading instruments.
Platts collects bid deals, offers and trades in carbon credits that are certified through the standards listed below: The Gold Standard, Climate Action Reserve (CAR), Verified Carbon Standard (VCS) architecture for REDD+ Transactions and the American Carbon Registry. The price indications are straight from the participants of markets on each trading day.
Platts produces four standalone prices: the CEC (reflecting the CORSIA eligible prices) and the CNC (reflecting natural-based products with an age of each of the last five years and including both credits for avoidance and removal) as well as the Renewable Energy Carbon credits price (vintage of every three years), and Methane Collection price, which includes credits generated by projects designed to reduce methane emissions such as Landfill Gas Collection, Waste Gas along with Livestock Waste Management projects (vintage of each of the last 3 years).
There are two price baskets that include the avoidance prices as well as removal prices. The first basket comprises the Platts Price for Household Devices, Platts Industrial Pollutants price and Platts Nature-based Price for Avoidance. The second basket contains Platts Organic Carbon Capture and Platts Technical Carbon Capture.
Along with publishing the cost of each evaluation contained in the two baskets, Platts analyzes the value of the basket itself, and produces a Carbon Avoidance Credits price and Carbon Avoidance Credits price and Carbon Removal Credits price. The two baskets’ assessments show the most competitive of the price ranges they have.
Due to the variety of credit options, Platts also reports price indications for each type of project as they are traded in the larger market for voluntary transactions and not just as part of CORSIA. CORSIA scheme, in an effort to improve transparency.
While the rise of carbon markets for voluntary use dates back to the early 2000s, following the ratification and implementation of the Kyoto protocol, their growth was hindered by the global economic crisis of 2008. The latest wave of public and private commitments to cut carbon emissions in recent times has led to a renewed surge of the interest in carbon credits that are voluntary as a method of reducing carbon footprints.
While there are no barriers in the entry process, absence or transparency of transactions and insufficient understanding of how carbon finance operates has kept potential participants from participating.
However, the increased interest in studying voluntary carbon markets and the work by several actors to expand and standardize their operations, suggest that carbon finance will soon be able attract new participants and expand in size.
