www.hestiya.com The Future of Supply & Demand in the Carbon Credit Market Outlook to 2030 and Beyond
1. Introduction The year 2030 has become the most important milestone in global climate action, not just symbolically, but economically. Across industries, companies are entering the decisive decade where their net-zero commitments begin to convert into real operational requirements. For many organisations, 2030 is the first checkpoint where emissions must significantly decline, and any remaining footprint must be balanced through high-integrity carbon credits. Regulation is accelerating this shift. The EU’s Carbon Border Adjustment Mechanism (CBAM) will fully activate before 2030, reshaping global trade and pushing exporting nations to adopt domestic carbon pricing. At the same time, major compliance systems such as the EU ETS and newly emerging markets in Asia are expanding their scope, creating stronger links between compliance demand and voluntary credits. Aviation adds another major driver: under CORSIA, airlines must begin offsetting growth in emissions above a 2019 baseline, leading to a steep rise in demand for approved credits through 2030. This brings us to the central question shaping the next decade: Will the supply of high-integrity carbon credits, especially durable removals, keep pace with rapidly rising demand? Early signals suggest a tightening market. McKinsey estimates that demand for durable carbon removals alone could reach up to 100 MtCO ₂ per year by 2030, far outpacing current supply. Meanwhile, BloombergNEF (BNEF) projects that although long-term supply could expand significantly, the near-term market is undergoing a reset, with buyers moving sharply toward higher-quality, verified credits. Against this backdrop, 2030 is more than a marker in the climate timeline , it is the tipping point that will determine whether voluntary and compliance markets can scale with integrity, transparency, and su cient supply. 1.
Table of Content 1. Introduction 2. Current state of the market 3. Demand drivers to 2030 4. Supply dynamics to 2030 5. Price outlook & market balance scenarios 6. Risks, uncertainties & unintended consequences 7. Implications for stakeholders 8. HESTIYA’s Role as a Carbon Credit Organisation 9. Conclusion 10. References 2.
2. Current state of the market The carbon market operates through two major systems: the voluntary carbon market (VCM) and compliance (regulated) markets. In the voluntary market, companies and individuals purchase credits to compensate for residual emissions or to support climate-positive projects. These credits come in three broad categories: Ÿ Avoidance/Reduction credits: Projects that prevent emissions (renewable energy, clean cookstoves, methane capture). Ÿ Nature-based removals: Reforestation, afforestation, soil carbon, blue carbon, where CO ₂ is drawn down and stored in ecosystems. Ÿ Engineered removals: High-durability solutions such as Direct Air Capture (DAC), biochar, BECCS, and enhanced rock weathering. In contrast, compliance markets are government- mandated systems such as the EU ETS, California’s cap-and-trade program, or emerging schemes in Japan, Singapore, and the UK. These markets require regulated sectors to meet emissions caps and sometimes allow the use of approved offsets. Market activity over the past two years shows signs of renewed momentum. Multiple market trackers, including Carbon Credits+ and global registries, reported a modest uptick in credit issuances in 2024–2025, especially from nature-based and avoidance projects. At the same time, projects in engineered removals have grown quickly in number, even if the volume of issued credits remains relatively small compared to nature-based supply. Buyer profiles vary widely. Corporates remain the largest segment in the VCM, purchasing credits to meet net-zero commitments and interim targets. Airlines form a fast-growing category because of CORSIA, which requires aviation emissions above a 2019 baseline to be offset using approved credits. A newer buyer group includes investors and climate- tech funds purchasing long-term removal credits to secure future supply or support early-stage technologies. Despite fluctuations and recent scrutiny, analysts see significant long-term value potential. The Taskforce on Scaling Voluntary Carbon Markets (TSVCM) and McKinsey estimate that the VCM could grow to as much as $50 billion by 2030, though this depends heavily on quality improvements, clearer standards, and strong demand for durable removals. 3.
3. Demand drivers to 2030 a) Corporate net-zero commitments & scope- based action Companies across sectors are accelerating their commitments to net-zero, driven by investor expectations, stakeholder pressure, and evolving disclosure frameworks. As more organizations adopt science-aligned climate goals, reductions across Scope 1, 2 and 3 become central to strategy. However, most companies will continue to face residual emissions, particularly in hard-to-abate sectors, creating a growing need for high-quality carbon credits to bridge the gap. Guidance from the Science Based Targets initiative (SBTi) is evolving, reinforcing the role of deep decarbonization first, supported by credible use of removals for unavoidable emissions. Corporate reporting requirements, including ISSB standards and CSRD in the EU, are intensifying the focus on transparency and integrity in climate-action plans. This is increasing demand for credits with strong verification, traceability, and durability. Market analyses from McKinsey & Company and the Taskforce on Scaling Voluntary Carbon Markets (TSVCM) indicate that demand for carbon credits could multiply several times by 2030. As reductions become more cost- intensive, companies are expected to rely more on removals-based solutions, especially nature restoration and engineered options,to meet long-term net-zero targets. This trend positions the voluntary carbon market as a strategically important tool in global decarbonization. b) Regulation & compliance spill-over New regulatory frameworks are beginning to blur the lines between voluntary and compliance carbon markets. Policies such as the Carbon Border Adjustment Mechanism (CBAM), the expansion of Emissions Trading Systems (ETS) in regions like the EU and China, and aviation’s CORSIA mandate are increasing the need for verifiable, eligible carbon units. These compliance-driven mechanisms require high-integrity credits aligned with stringent monitoring, reporting, and verification criteria. Industries such as aviation, shipping, sustainable aviation fuel (SAF), and low-carbon hydrogen are expected to become major purchasers of credits. 4. 300 250 200 150 100 50 0 Projected Carbon Credit Demand by Buyer Type to 2030 2025 2026 2027 2028 2029 2030 Projected Demand (MtCo2e)
Insights from the International Emissions Trading Association (IETA), PwC, and the International Energy Agency (IEA) highlight how these sector-specific requirements will create spill-over demand for high- quality credits,particularly carbon removals and long- duration solutions. As compliance rules tighten, companies operating in global supply chains will need credit portfolios that withstand regulatory scrutiny. This is expected to push buyers toward credits that meet internationally recognized integrity benchmarks. c) Corporate procurement preferences: quality & permanence Corporate buyers are becoming more selective, prioritizing the integrity and permanence of the carbon credits they purchase. This shift is driven by the increasing adoption of guardrails such as the Integrity Council for the Voluntary Carbon Market (ICVCM) Core Carbon Principles (CCPs), the International Carbon Reduction & Offset Alliance (ICROA) Code of Best Practice, and stronger due- diligence processes across ESG frameworks. Market outlooks from EcoAct and other climate advisory firms show a clear rise in buyers looking for long-term removals, with higher durability, over traditional avoidance credits. Permanence, additionality, and verifiable climate impact now shape procurement strategies. As a result, higher-integrity projects such as re-/afforestation, blue-carbon restoration, soil-carbon programs, and engineered removals (like DAC and mineralization) are capturing a growing share of corporate interest. This systemic shift is expected to reshape the voluntary carbon-market’s supply-demand balance by 2030. d) New demand sources: financial instruments, offtake contracts & mandates A new wave of financial innovations is reshaping carbon markets. Instruments such as offtake agreements, forward contracts, and corporate carbon-procurement funds are creating predictable, multi-year demand for high-quality credits. Investors are increasingly integrating carbon assets into long- term decarbonization strategies, with structured deals helping accelerate project financing, for both nature- based and engineered removals. Insights from the IEA and BloombergNEF suggest that structured demand will be critical for scaling capital-intensive solutions such as direct air capture, biochar, and SAF. IEA By locking in future credit purchases, offtake mechanisms de-risk early-stage technologies and help bring high-integrity removal supply to market faster.’ 5.
4. Supply dynamics to 2030 a) Nature-based solutions (NBS): growth potential and limits Nature-based solutions (NBS), including reforestation, avoided deforestation, mangrove restoration, and blue- carbon ecosystems, represent the largest near-term supply opportunity. Their cost-effectiveness, strong co- benefits, and mature methodologies have helped NBS dominate global issuances. Analyses from BloombergNEF (BNEF) offer insight into issuance trends and the expanding project pipeline. However, scaling NBS comes with constraints. Permanence risks, leakage concerns, and differing verification standards all limit long-term credibility. Jurisdictional safeguards and stronger MRV frameworks are increasingly necessary as buyers demand higher- integrity credits. Land availability, competition with agriculture, and rising scrutiny on additionality also pose structural limits to growth. While NBS will continue to be a major source of high- quality credits through 2030, supply expansion will depend on governance, monitoring rigor, and the maturity of emerging markets such as blue carbon. High-integrity buyers are expected to shift toward projects with stronger safeguards and durability, tightening the supply of premium NBS credits. 2.0 1.8 1.6 1.4 1.2 1.0 0.8 0.6 Feasibility Development Permitting Project Stages Monitoring Issuance Projected Demand (MtCo2e) Typical Timeline: Development to Credit Issuance Nature-based Solution Engineered Removals 6.
b) Engineered removals (DAC, BECCS, enhanced weathering) Engineered removals, Direct Air Capture (DAC), BECCS, and enhanced weathering,deliver the strongest permanence among all credit types. Though currently expensive, costs are expected to fall with greater deployment, innovation, and supportive policies. The International Energy Agency (IEA) highlights that durable carbon removals must scale significantly to meet global net-zero goals. c) Project finance, developer pipeline & lead times Most NBS projects take 2–4 years to reach issuance, while engineered removals may require 5–10 years. Financing gaps, permitting complexity, MRV requirements, and high upfront capital costs slow progress from concept to credit issuance. Studies from McKinsey & Company show a significant difference between announced supply and realized supply, especially in engineered removals, where technical and financial risks are high. Even with strong pipelines, administrative and financing constraints will keep supply growth uneven through 2030. d) Quality filters & market consolidation With the rise of integrity standards, lower-quality projects are being pushed out of the market. The Integrity Council for the Voluntary Carbon Market (ICVCM) and its Core Carbon Principles (CCPs) are shaping which projects qualify for high-integrity demand. Market analyses from EcoAct and BloombergNEF highlight a “market reset” where buyers strongly prefer additionality, permanence, and robust MRV. This is driving consolidation across registries, verification bodies, and developers,ultimately strengthening trust while reducing the volume of lower-quality credits. 7.
5. Price outlook & market balance scenarios Three market scenarios (McKinsey / BNEF framing) 8. 2 10 1 10 Low-demand / High-Supply Baseline (Gradual growth) High-demand / Constrained supply Illustrative Price Medians by Technology under Three Market Scenarios to 2030 NBS (Nature-based) BECCS DAC Median Price (USD/CO ₂ ) 1. Low-demand / High-supply (soft prices): demand remains muted, buyer price sensitivity is high, and excess supply from lower-cost NBS and announced projects keeps prices depressed. Risk: project churn and low developer returns; Result: premium removals remain niche. 2. Baseline: Gradual demand growth, improving supply: steady corporate uptake, tighter quality filters, and gradual scale-up of engineered removals produce moderate price recovery and a clearer premium for higher-integrity removals. 3. High-demand / Constrained supply (price rise; premium for removals): Rapid corporate and regulated demand outpaces supply, especially for durable removals, leading to sharp price increases and strong premiums for DAC/BECCS and verified removals. Price-comparison & historical reference Use IEA and S&P historical series to benchmark technology cost ranges and recent trends. The IEA publishes historical and current removal-cost charts (DAC/BECCS) and notes how costs could fall with scale and policy support & data underpins many voluntary market price series. Use these datasets to show historical price ranges and recent volatility by technology (nature-based vs engineered).
9. Volatility drivers Policy shocks: Sudden ETS expansions or new compliance rules (CBAM, national mandates) can instantly reroute demand. Reputational / corporate strategy shifts:Banks or major buyers revising net-zero targets (example: HSBC’s target changes and exits) alter large-pool demand and investor sentiment. Registry corrections & integrity resets: Retroactive invalidations, stronger CCP adoption, or registry consolidation can remove supply or reclassify credits. Reuters+1 Tech-cost declines: Faster-than-expected cost drops for DAC/BECCS reduce premium pressure over time (IEA discussion on innovation and cost declines). IEA+1 Technology Low-demand / High-supply Baseline (Gradual growth) High-demand / Constrained supply Nature-based (NBS) $3–$8 $8–$15 $20–$40 BECCS $80–$150 $150–$300 $300–$500 DAC $150–$250 $250–$400 $400–$700
6. Risks, uncertainties & unintended consequences Quality risk: low-integrity credits undermining trust (EcoAct) A key market vulnerability is the continued presence of low-integrity credits,projects with weak additionality, over-estimated baselines, or insu cient monitoring. These undermine confidence in the entire voluntary carbon market. As EcoAct notes in its Carbon Market Outlook, growing scrutiny from buyers, auditors, and civil society is accelerating the shift toward high-integrity supply. Standards bodies,including ICVCM’s CCPs and registry upgrades,are responding with stronger methodologies, deeper disclosure requirements, and clearer quality thresholds to protect market credibility. Over-reliance on removals: moral hazard (Oliver Wyman / Reuters) A second risk is the growing dependence on removals as a substitute for near-term emissions cuts. Oliver Wyman and Reuters analysis warn that over-reliance on removals can delay essential decarbonization, creating a “moral hazard” where companies purchase future-delivery removal credits rather than reducing emissions today. This imbalance could weaken global climate progress, particularly if removal supply fails to scale at the pace expected by corporate buyers and governments. Policy & political risk: shifting regulatory signals (IETA) Carbon markets remain vulnerable to abrupt changes in policy direction. Adjustments to CBAM timelines, ETS rule expansions, new credit-eligibility rules, and the treatment of removals under future compliance markets can sharply influence demand. IETA’s recent analysis highlights that markets can reprice rapidly when political decisions introduce uncertainty, accelerate compliance needs, or redefine which credits qualify under regulated mechanisms. Supply chain & geopolitics: project financing and cost shocks (BNEF, McKinsey) Supply is heavily constrained by real-world frictions, energy price spikes, commodity shortages (e.g., sorbents for DAC), regional permitting delays, and the availability of project finance. BNEF and McKinsey both point out that limited capital flows into engineered removals, along with slow permitting and infrastructure bottlenecks, could restrict supply just as corporate demand accelerates. Geopolitical volatility further complicates cross-border project development, affecting everything from feedstock availability to long-term contracted pricing. 10.
7. Implications for stakeholders 11. a) Corporate buyers Corporate buyers should prioritize durable, high-integrity credits and use a blended approach, near-term avoidance paired with growing investments in removals. The IEA recommends long-term offtake deals to secure scarce durable-removal supply and support project financing. Procurement teams can rely on checklists that assess additionality, permanence, MRV strength, and alignment with recognized quality frameworks. Strong internal governance, policies, audits, and clear reporting, ensures credits are used responsibly and in line with net-zero goals. b) Project developers & investors Developers and investors need staged financing, stronger risk-mitigation tools, and rigorous quality to access premium buyers. BloombergNEF and McKinsey highlight the importance of forward offtake contracts, blended capital, and insurance mechanisms to unlock early investment. High-integrity design, credible baselines, robust MRV, and transparent co-benefits, helps projects stand out as buyer preferences shift toward durable, trusted credits. c) Policymakers & standard-setters Policymakers can scale durable removals through incentives, public procurement, and eventual inclusion in ETS systems. IETA and IEA emphasize consistent rules to reduce investor uncertainty and speed deployment of technologies like DAC and BECCS. Strong quality frameworks, such as ICVCM’s CCPs, combined with harmonized MRV and clear credit-eligibility rules, help ensure integrity and build long-term market confidence.
8. HESTIYA’s Role as a Carbon Credit Organisation We ensure emissions reductions come first Ÿ HESTIYA guides clients to reduce their Scope 1–3 emissions before relying on credits. Ÿ We position carbon credits as a responsible complement to decarbonisation, not a shortcut. We provide a dual-track procurement model (Balancing short-term needs and long-term net-zero pathways) Ÿ HESTIYA supplies high-quality nature-based credits for immediate, near-term climate action. Ÿ We secure long-term offtake contracts for durable removals (DAC, BECCS, mineralisation) to help clients meet future net-zero obligations. We curate only high-integrity credits (Aligned with ICVCM Core Carbon Principles and third-party verification) Ÿ HESTIYA screens every project for additionality, permanence, leakage, and MRV strength. Ÿ Our marketplace prioritises CCP-aligned, independently verified credits trusted by leading buyers. We support project scaling through innovative finance (Based on IEA-recommended instruments) Ÿ HESTIYA uses structured offtake agreements to unlock early capital for high-quality developers. Ÿ We offer staged procurement, price stability tools, and insurance-backed guarantees to derisk supply. We monitor market signals and guide strategic buying Ÿ HESTIYA tracks durability premiums, supply constraints, and regulatory shifts. Ÿ We help clients set buying triggers and thresholds based on real-time market intelligence. We champion transparency across all credit use Ÿ HESTIYA provides clear documentation on every credit’s type, purpose, and limitations. Ÿ We offer disclosure templates and annual reporting support to strengthen client credibility. 12.
By 2030, the voluntary carbon market reaches a decisive turning point. If policy support, investment flows, and corporate action align, durable removals and high- integrity credits can scale fast enough to support global net-zero pathways. If they don’t, the market will face tightening supply, rising prices, and significant reputational risk,especially for buyers relying on low- quality or poorly verified credits. Analyses from BloombergNEF and McKinsey point to the same inflection: enormous opportunity on one side, and mounting quality and credibility challenges on the other. The path forward is pragmatic, not ideological. Buyers must balance integrity, impact, and finance, prioritising high-quality credits, locking in durable-removal supply, and supporting the projects that will shape the next decade of climate action. By acting strategically now, organisations can accelerate the scale the world urgently needs while protecting their long-term credibility. that 2030 is a turning point. If policies and investment align, removals and high-integrity credits can scale; if not, quality shortages and reputational risks will intensify. Close with a call for pragmatic procurement: balance integrity, impact and finance to accelerate the necessary scale. Cite BNEF and McKinsey again as converging evidence of both opportunity and risk 9. Conclusion 14. References: 1. McKinsey & Company. Insights on Carbon Markets and Decarbonization. McKinsey & Company, https://www.mckinsey.com/. 2. BloombergNEF. BloombergNEF Research Library. Bloomberg L.P., https://about.bnef.com/. 3. International Emissions Trading Association (IETA). Policy and Market Reports. IETA, https://www.ieta.org/. 4. PwC. Carbon Policy and Market Guidance. PwC, https://www.pwc.com/. 5. International Energy Agency (IEA). Carbon Removal and Clean Energy Analysis. IEA, https://www.iea.org/. 6. EcoAct. Carbon Market Outlook. EcoAct, https://eco-act.com/. 7. Integrity Council for the Voluntary Carbon Market (ICVCM). Core Carbon Principles. ICVCM, https://icvcm.org/. 8. ICROA (International Carbon Reduction and Offset Alliance). Code of Best Practice. ICROA, https://www.icroa.org/. 9. Oliver Wyman. Climate and Sustainability Insights. https://www.oliverwyman.com/. 10. Reuters. Climate and Carbon Market Coverage. https://www.reuters.com/. 11. S&P Global. Environmental and Carbon Market Data. https://www.spglobal.com/. 12. Taskforce on Scaling Voluntary Carbon Markets (TSVCM). Final Reports and Papers. https://www.iif.com/tsvcm. 13.