Looking ahead: Voluntary carbon markets in Asia

How can the region build more trusted and effective carbon markets?

aerial photography of trees on mountain

An aerial view of the Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia. Image: Filip Agoo/ Everland

An aerial view of the Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia. Image: Filip Agoo/ Everland

Global carbon markets are going through an inflection point. In Asia, the growing prominence of carbon credits as a key market-based solution for emissions offsets or to reduce deforestation has prompted governments to step in and play a larger role in scaling up the trading platforms. Across the region, regulators are now actively developing their own rules to manage carbon trading, and in some countries, new carbon exchanges have been launched to facilitate the trade of carbon credits. 

Even as compliance markets still account for the bulk of carbon credits traded globally, voluntary carbon markets (VCMs) have surged in popularity in recent years due to growing demand from large corporations, often in more developed economies such as the United States and Europe in the “Global North”, seeking to meet their net-zero aspirations and commitments. Independent watchdog organisations and observers of regional carbon market developments point to how richer and larger corporations are increasingly purchasing credits from projects implemented in developing economies across the world, including in Asia. The burgeoning trading space has changed the dynamics of interaction in the region.  

Voluntary demand from corporates is still the primary driver behind carbon market activity, according to the World Bank’s State and Trends of Carbon Pricing 2023 report, as these companies strive to meet obligations under domestic emissions trading schemes and carbon tax regimes. Data, however, is scarce on VCM activity specific to Asia, with only estimates available that project potential funds raised by offsets generated in the region at US$10 billion annually by 2030.   Globally, VCMs posted a near-60 per cent increase in value during the first eight months of 2021, with the volume of carbon credits traded in Asia alone doubling between 2019 and 2021, and the price of carbon increasing over 85 per cent in the same period. 

Charles Bedford, chief impact officer at Carbon Growth Partners, a Hong Kong-headquartered investment manager in carbon markets confirms that demand for carbon credits is increasingly coming from Asia, including from suppliers to large multinationals and second-generation family businesses wanting to make a difference. This demand is driven primarily by “a combination of general ecological consciousness and supply chain requirements,” he said. 

Yet, at the same time, investors and potential buyers are increasingly spooked by high-profile media reports that have emerged to shine a light on how the impacts of voluntary offsets might have been overstated. Recent investigative reports such as those published by the Guardian, allege that most carbon credit projects had no benefits to the climate, and threats to forests were overstated by fourfold on average. This has dampened investor confidence, leading to a decline in trading and prices despite the launch of new VCMs in Asia. Earlier this year, consulting giant Bain said that Asian companies are taking a “wait and see” approach when it comes to participating in VCMs. 

Carbon market experts broadly agree that while the heightened scrutiny has made investors more wary in the short-term, potential investors and carbon project developers in Asia are still likely to benefit from participating in VCMs. 

This report takes a closer look at the various factors that make Asia a potential hub for the development of carbon credits, how VCMs can help fund climate action in the region, and the key challenges and opportunities that lie ahead for facing carbon market actors. 

black android smartphone turned on screen

Photo by Marga Santoso on Unsplash

Photo by Marga Santoso on Unsplash

Asia's unique edge

men on boat

The Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia is home to several endangered species of mammals. Photo credit: Filip Agoo / Everland

The Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia is home to several endangered species of mammals. Photo credit: Filip Agoo / Everland

Experts believe Asia is uniquely positioned to contribute to VCMs as a supplier of carbon credits, particularly in the forestry and carbon sector. Changes in Asia’s land use due to deforestation or degradation of forested land accounts for a large chunk of emissions, but less than three per cent of climate finance has been channelled to forest-related climate mitigation, according to data from the Organisation for Economic Cooperation and Development (OECD). 

Funds generated on VCMs are especially useful in instances where project developers are struggling to get public or government grants and funding, said Colin Moore, carbon advisor for the Mekong region at Wildlife Conservation Society. 

Forestry-focused REDD+ programmes, in particular, have significant potential to supply carbon credits on a large scale, according to the World Bank. REDD+ projects accounted for the largest number of carbon credits in VCMs in 2021, and in December 2022, Guyana became the first country to produce tradable carbon credits associated with the jurisdictional REDD+ programme, which accounted for 33.47 million credits or 8 per cent of all project-level credits issued for the year. 

“I think the real value of the VCM mechanism has been to demonstrate that it can be a source of direct finance into conservation in the forestry sector.” 
Colin Moore, Wildlife Conservation Society

A black-shanked douc (IUCN Red List: Critically Endangered) rests in the tree in the Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia. Photo credit: Filip Agoo / Everland

A black-shanked douc (IUCN Red List: Critically Endangered) rests in the tree in the Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia. Photo credit: Filip Agoo / Everland

Asia is also a key centre for innovators and start-ups working on technology-based and engineered solutions such as carbon capture, said Mikkel Larsen, chief executive officer of Singapore-based carbon exchange Climate Impact X. The presence of established national frameworks and supporting infrastructure are likely to be key to determining which countries can ramp up their supply of carbon credits to meet international demand, he said. 

“Countries like Indonesia, India and Cambodia are natural supply powerhouses, but [the actual supply of carbon credits] depends on whether these countries have clarity around meeting their Nationally Determined Contributions (NDCs) – pledges made under the 2015 Paris Agreement – and whether they allow for the export of carbon credits,” said Larsen.  

All three countries have yet to establish their own voluntary carbon marketplaces, although Indonesia announced in early May that it would allow foreign entities to purchase carbon credits on its domestic market. Meanwhile, India has drafted a blueprint for a domestic cap-and-trade system, which provides for the introduction of a voluntary market.  

Currently, South Korea, China, Japan and Singapore are home to some of the most established carbon marketplaces in the region, mostly comprising a combination of compliance and voluntary carbon markets. Malaysia’s stock exchange operator Bursa Malaysia launched the country’s first VCM in December 2022. 

Rebuilding trust

elephant near shore

A hippopotamus by Lake Kariba in Zimbabwe. The conservation of the Kariba area is the largest source of income for leading carbon credits seller South Pole, but experts say the extent of its preservation has been overestimated. Image: Aftab Uzzaman on Flickr, CC BY-NC 2.0

A hippopotamus by Lake Kariba in Zimbabwe. The conservation of the Kariba area is the largest source of income for leading carbon credits seller South Pole, but experts say the extent of its preservation has been overestimated. Image: Arpit Rastogi on Unsplash

The potential of VCMs has been overshadowed in recent months by political uncertainty and difficulties surrounding the verification of carbon credits. 

In May, Zimbabwe announced that it would claim half the revenue of all carbon credit projects, declaring previous carbon credit agreements “null and void”. The country is home to about 30 registered carbon projects and 4.2 million credits, making it the world’s twelfth largest producer of carbon offsets, according to Bloomberg. Fears are rife that other countries may follow in the African country’s regulatory footsteps. 

Market participants have also been more cautious after the integrity of carbon credits was challenged by recent reports alleging that a significant chunk of credits on the market were “worthless”. This includes an article by news outlets Guardian, Die Zeit and non-profit SourceMaterial, which found that more than 90 per cent of forestry credits certified by standard setter Verra are unlikely to have contributed to genuine carbon deductions. Carbon finance company South Pole, which is one of the oldest sellers of forest conservation-based offsets, also came under fire for allegedly overstating the impact of their projects, reported Bloomberg Green

More recently, non-profit watchdog Corporate Accountability accused oil giant Chevron for relying on “worthless” carbon credits, which it defined as being of low environmental integrity if linked to forest, plantation or green energy projects without leading to additional greenhouse gas reductions. 

This backlash has “absolutely affected” investor demand for carbon credits, said Bedford. “No company wants to do something they think is good and then get beat up in the press or by a non-governmental organisation for having spent a bunch of money on a project [that turns out to have been overestimating its carbon value].” 

Climate Impact X’s Larsen shared a similar observation. “Recent debates have certainly had an impact on the market. In addition to being counterproductive to ongoing efforts of those that are trying to do things right, this has created a knock-on effect on market confidence,” he told Eco-Business. 

Carbon Growth Partner’s Bedford, however, said that the media scrutiny has been useful in bringing issues surrounding the credibility of carbon credits to the fore. “These sorts of things, I think, are healthy for the market,” he said. 

A main point of contention is whether existing standards for carbon credits, including those under REDD+ schemes overstate the amount of greenhouse gas being removed from the atmosphere or prevented from being released. Bedford, however, points out that the way carbon removal approximates are arrived at essentially makes it “an exercise in predicting the future”. The onus is put on standard setters, auditors and project developers to agree on an estimate, which ultimately could still be wrong, he said.  

Headlines from Mother Jones, the Guardian and Bloomberg have revealed concerns with exisiting carbon credits. Image: Samantha Ho/ Eco-Business

Headlines from Mother Jones, the Guardian and Bloomberg have revealed concerns with exisiting carbon credits. Image: Samantha Ho/ Eco-Business

Helping companies identify high-quality carbon credits

Several ongoing initiatives aim to help buyers recognise which carbon credits are aligned with their goals. These include: 

• The Integrity Council for the Voluntary Carbon Market (ICVCM)’s Core Carbon Principles consists of 10 principles to evaluate crediting mechanisms and categories. These were released in March 2023. 

• The Voluntary Carbon Markets Integrity Initiative (VCMI) plans to publish its final Claims Code of Practice later this year. It guides companies on when and how they should use carbon credits as part of their net-zero targets. 

• The Science Based Targets Initiative provides guidance for companies setting Paris Agreement–aligned decarbonisation plans, and the role of offsets in meeting those targets. 

Source: State and Trends of Carbon Pricing 2023, World Bank 

On top of that, incorporating new methodologies for verifying carbon credits now take at least a year, given increasingly stringent requirements surrounding the need for empirical data and proof, said Maggie Lee, World Wildlife Fund (WWF) regional head for Asia-Pacific, Europe and North Africa. “The market is not going to wait [that long],” she said. This has discouraged potential project developers, who are also being careful given the negativity surrounding the concept of carbon offsets. 

But global efforts are being made by these parties and more to continuously improve their standards and the science behind them, said Larsen. He pointed out that there has been a record high retirement of carbon credits in April this year as organisations that have bought the carbon credits utilised them to offset emissions. This suggests that there is still robust demand for carbon credits to be used as offsets, primarily for high-emission industries, said Larsen. 

“I would rather have less efficient investment in decarbonisation than no investment in decarbonisation,” said Bedford. Since markets are designed to filter out inefficiencies, the issue with low quality carbon credits is likely only a “temporary problem”, he said. 

Larsen is also optimistic. “To create an effective and well-functioning market takes time. We are mindful that this is especially so in complex carbon markets," he said. 

To offset or not to offset? 

There are strong and often divisive opinions as to whether carbon credits should be counted as “offsets” that can help companies meet their net-zero emissions goals. 

Proponents argue that it would be ingenuine to prevent companies, especially in hard-to-abate sectors, from investing in carbon credits to offset their emissions because these companies should be made to pay for their current emissions even as they plan to decarbonise. While companies should make decarbonising their own operations a priority, the reality is that some industries will have a harder time decarbonising quickly, pointed out Bedford. 

 “We aren’t just going to switch off coal, oil and gas tomorrow, so what can these companies do in the meantime? If they are not paying compensation for all their residual emissions by buying offsets, then they are cheating [on their decarbonisation goals],” he said, explaining that companies must still use offsets to account for residual emissions produced between now and the year in which they expect to reach net zero. 

But others say that offsets are simply a pay-to-pollute mechanism for heavy emitters.  

Given the challenge of accurately estimating the impact of carbon projects, even well-meaning companies should not use credits to claim carbon neutrality, said Dufrasne. “There are so many difficulties in meeting that promise of tonne-for-tonne compensation, whether it is the lack of permanence of credits, the difficulty in measuring them, the uncertainty in those measurements or the difficulty in assessing additionality,” he said, even for the most well-meaning actors. 

Some companies are sensitive to these challenges and are taking due action. Larsen said that an encouraging development he is seeing among clients is the growing understanding that the use of carbon credits to offset emissions should be in addition to ongoing decarbonisation efforts. “They view carbon credits for what it is, a partnership with the project developer or supplier to offer solutions that they cannot,” he said.  

Ultimately, the consensus among experts is that frameworks need to be developed that can assure that companies have done their best to reduce their emissions before they retire carbon credits as offsets. 

Modern cookstoves require less firewood than traditional ones to produce enough heat for boiling, cutting fuel requirements by as much as 50 per cent. Image: Soneva Foundation /Flickr (CC BY-NC 2.0)

Modern cookstoves require less firewood than traditional ones to produce enough heat for boiling, cutting fuel requirements by as much as 50 per cent. Image: Soneva Foundation /Flickr (CC BY-NC 2.0)

Emerging opportunities

Primates at the Keo Seima Wildlife Sanctuary in Cambodia, home to the critically endangered black-shanked douc langur and the endangered yellow-cheeked crested gibbon. Image: Wildlife Conservation Society

An Asian elephant (IUCN Red List: Endangered) walks through thick vegetation in the Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia. Photo credit: Filip Agoo / Everland

An Asian elephant (IUCN Red List: Endangered) walks through thick vegetation in the Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia. Photo credit: Filip Agoo / Everland

Amid concerns about the credibility of carbon credits, champions of carbon projects also point to the additional benefits or co-benefits these projects may have on biodiversity and local communities. For example, projects that involve distributing modern cookstoves to millions of households across Asia and Africa not only led to a measurable reduction in carbon but have also improved household air quality and as a result, women’s health

Carbon credit ratings agency Sylvera takes these impacts on biodiversity and community into account when evaluating carbon projects, using the United Nations’ Sustainable Development Goals (SDGs) to assess community co-benefits and the Integrated Biodiversity Assessment Tool for biodiversity impacts. Although co-benefits are not part of Sylvera’s overall rating for a project, the agency said that measuring these impacts helps it provide a holistic view of projects. 

“The co-benefits would mitigate the risks associated with saying that a carbon project is just an offset,” said WWF’s Lee, explaining that such projects can be viewed as a broader endeavour aligned with additional SDGs beyond climate action. 

The Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia is home to two eco-regions: the Annamite Mountains and the lower Mekong dry forests. Image: Filip Agoo / Everland

The Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia is home to two eco-regions: the Annamite Mountains and the lower Mekong dry forests. Image: Filip Agoo / Everland

An Asian elephant (Elephas maximus; IUCN Red List: Endangered) in the Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia. Image: Filip Agoo / Everland

An Asian elephant (Elephas maximus; IUCN Red List: Endangered) in the Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia. Image: Filip Agoo / Everland

Yellow-cheeked gibbons (IUCN Red List: Endangered) in the Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia. Image: Filip Agoo / Everland

Yellow-cheeked gibbons (IUCN Red List: Endangered) in the Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia. Image: Filip Agoo / Everland

A male yellow-cheeked crested gibbon (IUCN Red List: Critically Endangered) swings from a branch in the Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia. Image: Filip Agoo/ Everland

A male yellow-cheeked crested gibbon (IUCN Red List: Critically Endangered) swings from a branch in the Keo Seima Wildlife Sanctuary REDD+ Project in Cambodia. Image: Filip Agoo/ Everland

A case study on co-benefits: Cambodia’s Keo Seima Wildlife Sanctuary 

Spanning more than 300,000 hectares of tropical forest, the Keo Seima Wildlife Sanctuary in eastern Cambodia is home to one of the country’s largest avoided deforestation REDD+ projects.  

Over the past decade, the Wildlife Conservation Society (WCS), which supported the site’s legal protection in 2002, sold over 600,000 carbon credits valued at more than US$3 million for the project. It has attracted multinational buyers including entertainment giant Disney, engineering firm Arcadis and luxury brand Kering.  

 “For most of that period, we made small sales that helped contribute to site-based conservation. But in recent years, the ability to sell greater volumes has especially led to us being able to scale up our conservation action on the ground,” said WCS’ Moore. 

The funds from carbon credit sales have been used to help protect the sanctuary from illegal logging and the encroachment of plantation crops such as rubber, according to WCS. The project is estimated to avoid 17.4 million tonnes of carbon dioxide-equivalent (CO2-e) emissions over the next 10 years. 

Beyond avoiding emissions, the project has also contributed to improved biodiversity and social protection in the conservation area. Conservation efforts have played a globally significant role in growing the populations of two critically endangered primates: the black-shanked douc and the yellow-cheeked crested gibbon, which are doing better than initially predicted. The wildlife sanctuary is also home to one of the region’s largest remaining populations of Asian elephants. 

WCS’ social monitoring programme has also shown that more than 2,500 households in the Keo Seima region are doing better than before, said Moore. Seven villages of the region’s 20 villages have secured legally recognised communal land titles and more than 400 jobs have been created through the project. 

 “It’s been transformative in that respect. Our monitoring tells us that we are having measurable impact,” said Moore.  

Carbon Growth Partners’ Bedford, an investor in the Keo Seima REDD+ project, said that despite criticisms against the REDD+ mechanism, which includes limited evidence that proves avoided deforestation, he believes that investments into the project have paid off. 

“I’m willing to live with the uncertainty [surrounding the effectiveness of the UN’s REDD+ mechanism], because without that revenue, we would have total deforestation,” he said. “I’ve been there. I understand that the place would have otherwise been completely deforested and we would have lost two primate species, [if we hadn’t done anything]. That, to me, is worth the millions of credits bought.” 

Beyond their interest in deriving co-benefits from carbon credit schemes, organisations looking to purchase these credits often tend towards sectors in which they already operate. For example, shipping companies in Hong Kong appear more interested in financing blue carbon projects, which involves carbon stored in coastal and marine ecosystems, said Bedford. On the other hand, technology companies such as Microsoft prefer to invest in technology-based removals of carbon as they are looking to drive innovation in the field, he said. 

In general, companies select carbon credits based on the relevance of a project’s attributes to their business, said Climate Impact X’s Larsen. “These include factors such as the project location, credit type and the project’s alignment to the United Nations Sustainable Development Goals,” he said. 

Marine-related carbon projects, which form part of the “blue economy” appears to be the “sexiest buzzword in town now,” said WWF’s Lee. Although the science on blue carbon is still at a nascent stage, it is also increasingly relevant due to its impact on coastal communities, which are most vulnerable to the depletion of fish stocks and sea level rise, she added. 

“The blue economy has so much to offer because it can be worked into local communities, agriculture, aquaculture and even potentially fisheries,” Lee said.  

WCS’ Moore pointed out, however, that more work needs to be done to improve the science surrounding emissions reductions using marine ecosystems. For example, although Southeast Asia has the highest mangrove coverage in the world and is home to a number of mangrove projects, most of the accounting for these projects have focused on forest cover instead of carbon sequestered, he said. 

Another area in which there are significant opportunities for carbon capture is agriculture or soil. Moore said that there is significant potential for Asia’s agricultural sector to tap into carbon markets, as land use accounts for a big percentage of emissions. According to the Food and Agriculture Organisation, crops and livestock production accounted for 69 per cent of 2018 emissions in Asia, the highest contribution to emissions compared to other parts of the world. 

But agriculture-based carbon projects are also complex, requiring large areas of land to increase the scale of emissions reduction and potentially requiring multiple smallholders to be engaged, noted Moore. 

We need to find models that work to reduce carbon in the agricultural sector so that we can start delivering finance to a sector which is critical from an emissions standpoint, but also critical for local livelihoods and sustainable development,” he said. 

“Soil carbon is not in the spotlight as much as blue carbon, but Australia has come up with methodologies for soil carbon that could work very well for highly agricultural countries such as Thailand,” said Lee.  

According to S&P Global, soil carbon can be increased through land management practices such as ensuring that there is no reduced or no tillage, prevention of overgrazing and ground cover maintenance. The Australian government has promoted soil carbon storage via grants and data programmes, as well as supporting farmers via the country’s carbon crediting scheme.

aerial photography of rice terraces during daytime

Photo by Ivan Bandura on Unsplash

Photo by Ivan Bandura on Unsplash

Additionalities and adjustments

white wind mills

Wind mills harvest energy in the United States. Some experts argue that renewable energy projects are not 'additional' and therefore should not be funded via carbon credits. Image: Dan Meyers on Unsplash

Wind mills harvest energy in the United States. Some experts argue that renewable energy projects are not 'additional' and therefore should not be funded via carbon credits. Image: Dan Meyers on Unsplash

There is much more scepticism, however, over whether carbon credits should be used to fund renewable energy, large hydropower infrastructure and electric vehicles.  

Carbon Markets Watch’s Dufrasne describes these as projects that would have happened anyway, with renewable energy projects funded otherwise via existing financial instruments, such as government grants, bonds or loans, and that would not have required carbon market financing.  These projects do not meet the criteria of additionality, which refers to projects that would only exist because of funding from carbon credits. 

In 2019, two leading VCM standard setters, Verra and Gold Standard, decided to prohibit most renewable energy projects with some exceptions, such as for projects in least-developed countries.  

“The [projects] that need to be excluded from carbon credits are those that are not additional,” he said. “I think it's important for countries and voluntary market actors to see it as a way of kind of targeting projects that the host country would not be able to finance anyway.” 

While there is still hesitance over whether carbon credits bought on VCMs should contribute towards a host country’s net-zero emissions commitments, taking such an approach would help to provide some distinction between voluntary projects and government-funded activity that contributes towards a country’s NDCs, said Dufrasne. Article 6 of the Paris Agreement encourages countries to cooperate to achieve emissions reductions targets and refers to carbon credit transfers as a possible mechanism to do so. However, the provision does not refer specifically to credits traded on VCMs and how they should be accounted for, Dufrasne noted.  

Governments could put out guidance and issue a list of sectors and activities in which they welcome contributions from the voluntary market, and then develop frameworks to apply corresponding adjustments to those projects, he said. Corresponding adjustments are an accounting mechanism established under Article 6, which would allow for the carbon credits to be counted by the project developer or the buyer instead of the host country. This ensures that double counting of the emissions does not occur. 

On the other hand, governments could choose not to apply corresponding adjustments; buyers, instead of claiming carbon credits as offsets, could also communicate that they were helping the specific country reach its climate target instead, said Dufrasne. 

Carbon market participants should also be cautious when it comes to projects requiring large scale infrastructure, such as hydropower dams, said WWF’s Lee. Beyond flooding large areas of land and potentially disposing local communities, the construction of dams can also have detrimental and irreversible impacts on rivers, and as a result, affect freshwater systems. 

Getting back on track

woman picking plants

A farmer picks plants in Nedumangad, India. Experts say that Asia could benefit from developing agricultural or soil-based carbon credits. Image: Nandhu Kumar on Unsplash

A farmer picks plants in Nedumangad, India. Experts say that Asia could benefit from developing agricultural or soil-based carbon credits. Image: Nandhu Kumar on Unsplash

Given the current uncertainty and public scepticism surrounding the real impact of carbon credits, Dufrasne suggests that a “course correction” is needed for VCMs. “We may need to take a step back to jump further,” he said, referring to the possible need to exclude a big share of credits that are currently on the market “because they do not deliver the climate impact that they are supposed to.” 

“A lot of these projects are good for the climate, but they are massively exaggerating their impact. That is what creates the credibility and integrity issues,” he said.  

But corporations that have invested in these projects and other carbon market actors should not be villainised for their attempts at climate action.  

“It’s quite unfair, actually. People are constantly nitpicking on corporations [to lower their emissions], so it really hurts the ones that are trying. Meanwhile, the ones that aren’t trying don’t even need to lift a single finger; they are staying away from the heat,” said Lee.  

What is needed, she said, is effective policing or regulations of VCMs, although the challenge is that it is difficult for any actor to say that an organisation or government has done everything in their ability to reduce emissions, especially as different industries have different needs and capabilities.  

Modern and more efficient cookstoves such as the one pictured require less fuel and emit less carbon than traditional three-stone cookstoves. Image: Soneva Foundation/ Flickr (CC BY-NC 2.0)

Modern and more efficient cookstoves such as the one pictured require less fuel and emit less carbon than traditional three-stone cookstoves. Image: Soneva Foundation/ Flickr (CC BY-NC 2.0)

Still, carbon itself is “woefully underpriced”, especially in voluntary markets, said Bedford. According to live data on global prices from CarbonCredits.com, carbon is priced at more than US$90 per tonne of carbon dioxide equivalent (CO2-e) on Europe’s Emissions Trading Scheme, a compliance carbon market. Aviation-industry, nature-based and tech-based offsets, however, were traded under US$2 per tonne of CO2-e as of 15 June 2023. 

Bedford believes that prices between voluntary and compliance markets will converge over time, and that companies will lose out if they do not begin investing in carbon credits today. Carbon credits, he said, are “the biggest investment opportunity of our lifetimes.” 

It will take time to see “regionally significant impacts” from flow of finance to carbon projects via VCMs, said Moore. He pointed to the fact that although VCMs have been in operation for over a decade, financial volumes have remained small for a majority of that period.  

“It will require sustained investment over a long period to transform existing economic incentives,” said Moore. 

“Businesses need to understand how to work in this space. Getting their feet wet by investing in a project now is the right way to think about it. Otherwise, they will pay the price later when prices rise.” 
Charles Bedford, Carbon Growth Partners

Credits

Eco-Business wishes to credit the following people who contributed to the development of this report:

Charles Bedford, Colin Moore, Gilles Dufrasne, Maggie Lee and Mikkel Larsen.

This report was developed and written by Samantha Ho, with the support of Zakri Zulkurnain and Ng Wai Mun. Infographics by Philip Amiote.

Special thanks to the Konrad Adenauer Stiftung - Regional Project Energy Security and Climate Change Asia-Pacific (RECAP).