Resources
Discover our White Papers for in-depth insights into sustainability trends and innovations, and explore our FAQs for quick answers about Theaus Global's initiatives and services. Dive in to deepen your understanding and connect with our mission for a sustainable future.
Estimating the Emissions Reductions from Supply-side Fossil Fuel Interventions
Carbon Credits and Benchmarking Leakage from Avoided Oil and Gas Extraction
The Time is Now: Eliminating Oil Supply Through Carbon Credits
The Supply Side of Climate Policies: Keeping Unburnable Fossil Fuels in the Ground
Pathways to an International Agreement to Leave Fossil Fuels in the Ground
Buy Coal! A Case for Supply-Side Environmental Policy
Supply-Side Crediting for Accelerated Decarbonization - A Political Economy Perspective
Partners, Not Rivals- The Power of Supply-Side and Demand-Side Climate Policy
Unextractable fossil fuels in a 1.5 °C world
The atlas of unburnable oil for supply-side climate policies
Stepping stones to keep fossil fuels in the ground: Insights for a global wind down from Ireland
Most fossil fuels must remain in the ground to meet Paris Agreement goals, researchers say
Eliminating Oil Supply through Carbon Credits
High-quality Australian coal is lowering global carbon emissions
Institutional mechanisms to keep unburnable fossil fuel reserves in the soil - ScienceDirect
FAQs
Carbon Credit FAQ's
Here are some frequently asked questions (FAQs) about the carbon credit industry that can help provide clarity and insight into this complex sector:
1. What are carbon credits?
Carbon credits are permits that represent the right to emit one ton of carbon dioxide (CO₂) or an equivalent amount of other greenhouse gases (GHGs). They are part of market-based mechanisms designed to incentivize companies to reduce their carbon emissions.
2. How do carbon credits work?
Carbon credits can be bought and sold in voluntary and compliance markets. Companies or individuals that emit more GHGs than their allowable limit can buy credits from those who have reduced their emissions or from projects that capture or avoid emissions.
3. What is the difference between compliance and voluntary carbon markets?
- Compliance Markets: These are regulated by governments and are mandatory for certain sectors. For example, the European Union Emissions Trading Scheme (EU ETS) is a compliance market.
- Voluntary Markets: These markets operate outside of government mandates and allow companies and individuals to offset their carbon footprint voluntarily.
4. How are carbon credits generated?
Carbon credits are typically generated through projects that reduce, capture, or avoid greenhouse gas emissions. These projects might include renewable energy (solar, wind), reforestation, methane capture, or energy efficiency initiatives.
5. What types of projects can generate carbon credits?
Carbon credits can be generated by a wide range of projects, including:
- Renewable energy (e.g., wind farms, solar power plants)
- Reforestation and forest conservation
- Methane capture (from landfills, livestock, etc.)
- Energy efficiency improvements (in industrial processes or buildings)
- Carbon capture and storage (CCS) technologies
6. What is the role of carbon offsetting?
Carbon offsetting allows companies or individuals to compensate for their emissions by investing in projects that reduce or capture GHGs. For example, a business may purchase carbon credits from a renewable energy project to offset emissions from their manufacturing process.
7. What is the difference between a carbon credit and a carbon offset?
- Carbon Credit: A carbon credit represents the right to emit one ton of CO₂ or equivalent GHGs.
- Carbon Offset: A carbon offset is the reduction of one ton of CO₂ or its equivalent that is used to compensate for emissions elsewhere. Offset projects typically focus on activities like tree planting, renewable energy development, and carbon capture.
8. Why do companies buy carbon credits?
Companies buy carbon credits to:
- Comply with regulations in carbon compliance markets.
- Offset their emissions and work towards becoming carbon-neutral.
- Demonstrate corporate social responsibility and sustainability efforts.
- Meet investor or consumer demand for more sustainable business practices.
9. What is carbon neutrality?
Carbon neutrality is when an entity’s net carbon emissions are zero. This is achieved by balancing the amount of CO₂ emitted with an equivalent amount of CO₂ reduction or removal through purchasing carbon credits or offsets.
10. What is the role of carbon pricing?
Carbon pricing assigns a cost to emitting carbon, encouraging companies to reduce emissions. This can be done through carbon taxes or cap-and-trade systems, where companies must buy carbon credits if they exceed emission caps.
11. What is a carbon tax?
A carbon tax is a price set by governments on carbon emissions. The tax is applied to fossil fuels based on their carbon content, aiming to incentivize companies to reduce emissions by making carbon-intensive activities more expensive.
12. Are all carbon credits equal in quality?
No, carbon credits vary in quality based on the type of project, location, and verification standards. High-quality credits come from projects that meet rigorous certification standards and provide measurable, long-term carbon reductions.
13. How are carbon credits verified?
Carbon credits are typically verified by independent third-party organizations such as Cercarbono, Verified Carbon Standard (VCS), Gold Standard, American Carbon Registry (ACR) or Climate Action Reserve. These organizations ensure that the projects generating the credits adhere to strict methodologies and actually reduce or remove emissions.
14. What are the criticisms of the carbon credit market?
Criticisms of the carbon credit market include:
- The risk of "greenwashing," where companies buy credits instead of reducing their own emissions.
- The complexity and lack of standardization in the voluntary market, making it difficult to ensure the quality of credits.
- The concern that some projects may not deliver the promised emission reductions or may displace communities and ecosystems.
15. What is additionality in the context of carbon credits?
Additionality refers to the principle that a project should only generate carbon credits if the emissions reductions or removals would not have occurred without the project or the sale of the credits. In other words, the project must be "additional" to business-as-usual activities.
16. What is the future of carbon credits?
The future of carbon credits looks promising, especially as more countries, companies, and sectors commit to net-zero emissions targets. The demand for high-quality carbon credits is expected to grow as sustainability becomes more central to global business strategies and regulatory frameworks.
17. What are the risks of investing in carbon credits?
The risks include market volatility, lack of standardization in voluntary markets, and the potential for regulatory changes that could affect prices. Additionally, there are risks associated with the credibility of the credits if the projects they fund don’t deliver on their promises.
18. Can individuals buy carbon credits?
Yes, individuals can purchase carbon credits to offset their personal carbon footprint, such as emissions from air travel, household energy use, or car travel. Several online platforms allow individuals to buy carbon credits from verified projects.
19. What are the benefits of carbon credits to the environment?
Carbon credits incentivize emissions reductions by providing financial rewards to projects that capture or reduce GHGs. This can help slow global warming, protect ecosystems, and drive investment in cleaner technologies and renewable energy sources.
20. What role do carbon credits play in achieving net-zero emissions?
Carbon credits play a complementary role in achieving net-zero emissions by allowing entities to offset their remaining emissions after implementing reduction strategies.
Key Insurance Solutions for Carbon Credits
The insurance market can offer several solutions to support and de-risk carbon credits, making them more attractive to investors, buyers, and project developers. These insurance products address market, regulatory, and delivery risks associated with carbon offset projects.
1. Credit Integrity & Delivery Insurance
Covers: Non-delivery of promised carbon credits due to project failure, natural disasters, or regulatory changes.
Benefit: Ensures that buyers receive valid, high-quality carbon credits or financial compensation if the project fails.
2. Reversal & Buffer Pool Protection
Covers: Unforeseen reversal of carbon sequestration (e.g., wildfires in reforestation projects, droughts affecting soil carbon storage).
Benefit: Protects against natural or human-caused disruptions that could invalidate stored emissions reductions.
3. Regulatory & Compliance Risk Insurance
Covers: Changes in carbon credit regulations, new taxes, or loss of eligibility under international climate agreements.
Benefit: Mitigates uncertainty, especially in voluntary and compliance carbon markets.
4. Market Price & Credit Value Insurance
Covers: Carbon credit price volatility, ensuring project developers receive a guaranteed minimum price per credit.
Benefit: Encourages long-term investments in high-quality carbon projects.
5. Third-Party Liability Insurance
Covers: Legal challenges, fraud, or misrepresentation claims related to carbon offset projects.
Benefit: Protects companies from lawsuits or reputational damage due to disputed carbon credit validity.
6. Political Risk & Sovereign Risk Insurance
Covers: Risks of nationalization, government seizure of carbon projects, or changes in environmental policies that invalidate credits.
Benefit: Supports carbon credit projects in developing countries or politically unstable regions.
Emerging Trends
Parametric Insurance: Uses predefined triggers (e.g., a wildfire exceeding a certain threshold) to automatically compensate affected carbon credit projects.
Blockchain & Smart Contracts: Some insurers are integrating blockchain to improve transparency and trust in carbon credit verification.