popular articles

In India, carbon removal draws ambitious projects

Carbon dioxide removal strategies are expanding in India with new initiatives and a potential rise in demand in 2025. This article explores the major factors driving this trend and the technological perspectives.

Please share:

Several sources indicate that India is steadily consolidating its position in the field of carbon dioxide removal (CDR). This segment differs from avoidance-type carbon credits, which have historically focused on renewable energy. According to observers, the growing popularity of CDR in India largely stems from the market’s increasing maturity and international demand. Local players are relying on this lever to diversify their carbon credit offerings and boost their visibility among international buyers.

India’s market potential

Most credits sold internationally by Indian developers have long been from the “avoidance” segment, notably in renewable energy. However, concerns over credit integrity and falling prices have fueled the expansion of carbon removal methods. Experts say Indian companies, looking to strengthen their decarbonization strategies, are increasingly exploring processes such as biochar production and Enhanced Rock Weathering (ERW). This shift reflects a desire to offer higher-value credits on the market.

Regulatory frameworks are moving in the same direction, with the inclusion of certain removal techniques in national offset mechanisms. Sources mention the authorities’ identification of ten key sectors, among which are sequestration solutions like afforestation and biochar. This integration is sparking interest among major industrial groups seeking to prepare for future compliance requirements. Project developers expect a ripple effect on the demand for removal-based credits and greater international collaboration.

Challenges and assets for developers

India’s cost competitiveness is a significant argument for expanding CDR projects, according to various accounts. Climatic conditions and the availability of agricultural resources facilitate the use of solutions such as biochar, considered less vulnerable to natural hazards than certain reforestation projects. More advanced technologies, like Direct Air Capture (DAC), are also attracting growing interest, even though their deployment is slowed by substantial initial investments. Some observers believe that suitable regulatory incentives could accelerate the rollout of these projects.

Technology-driven initiatives require specific infrastructures and skills, which can be challenging for developers. However, several sources emphasize that rigorous measurement and verification standards lend greater credibility to credits derived from these projects. Foreign investors, especially in North America, are watching India’s potential closely, drawn by competitive operating costs. New financing opportunities may arise thanks to international partnerships and the increasing recognition of CDR in global agreements.

Outlook for 2025

Sources report that in 2025, domestic demand for carbon removal credits may experience a slight increase. This expectation is linked to the progressive establishment of a national carbon market that would encourage local companies to integrate removal solutions into their strategies. Meanwhile, Article 6 of the Paris Agreement, which aims to regulate international credit exchanges, could provide opportunities for technological partnerships. Observers highlight that better understanding of removal methods and growing transparency requirements could stimulate the adoption of these credits.

Some actors note, however, that a lack of national awareness currently limits enthusiasm for these methods. The still-high cost of certain technologies, notably DAC, may hinder their rapid expansion. Several developers nevertheless plan to scale up activities—particularly in biochar and rock weathering—to meet growing expectations of international buyers. This diversification could allow them to broaden their credit portfolios and strengthen India’s position in the global market.

Concerns about sustainability and the real impact of certain projects are prompting companies to carry out more thorough checks before purchasing credits. Strict certification processes already help dispel doubts over CDR’s effectiveness. Analysts assert that the balance between international demand and Indian supply may improve with more standardized practices. Emerging growth prospects encourage all parties to carefully assess their needs and capacity for innovation.

Register free of charge for uninterrupted access.

Publicite

Recently published in

Perenco and its partners launch the first UK test for CO₂ injection into a depleted gas reservoir in the North Sea. This experimental phase aims to provide crucial data for the long-term geological storage of CO₂. ##
Captura, in collaboration with Equinor, has commissioned a new pilot facility in Kona, Hawaii, capable of capturing 1,000 tons of CO₂ per year. This milestone marks a key step toward the large-scale deployment of Direct Ocean Capture (DOC) technology.
Captura, in collaboration with Equinor, has commissioned a new pilot facility in Kona, Hawaii, capable of capturing 1,000 tons of CO₂ per year. This milestone marks a key step toward the large-scale deployment of Direct Ocean Capture (DOC) technology.
Lydian takes a strategic step forward by demonstrating a technology that uses captured CO2 and renewable electricity to produce sustainable aviation fuel, addressing both civil market demands and critical military needs.
Lydian takes a strategic step forward by demonstrating a technology that uses captured CO2 and renewable electricity to produce sustainable aviation fuel, addressing both civil market demands and critical military needs.
A study published in Scientific Reports reveals new allometric equations dedicated to Colophospermum mopane. These models aim to better manage biomass and encourage decarbonization practices for economic players in the forestry sector.
A study published in Scientific Reports reveals new allometric equations dedicated to Colophospermum mopane. These models aim to better manage biomass and encourage decarbonization practices for economic players in the forestry sector.
A Norwegian shipowner has equipped an ethylene carrier with an onboard CO2 capture and storage system. The initiative could reduce its greenhouse gas emissions by 70%.
Gigablue and SkiesFifty collaborate to capture 200,000 tons of CO₂ through innovative marine solutions, strengthening aviation's net-zero ambitions.
Gigablue and SkiesFifty collaborate to capture 200,000 tons of CO₂ through innovative marine solutions, strengthening aviation's net-zero ambitions.
The Gulf Coast of the United States is developing carbon capture projects to decarbonize its heavy industries, but regulatory and financial challenges are slowing implementation.
The Gulf Coast of the United States is developing carbon capture projects to decarbonize its heavy industries, but regulatory and financial challenges are slowing implementation.
Chevron and its partners, Shell and Mobil, are exploring the geological storage of CO₂ off the coast of Australia, a key project for emissions management in the Carnarvon Basin.
Chevron and its partners, Shell and Mobil, are exploring the geological storage of CO₂ off the coast of Australia, a key project for emissions management in the Carnarvon Basin.
The U.S. Department of Energy is funding a 200 million USD project led by Technip Energies and LanzaTech to convert captured CO2 into ethanol and ethylene, reducing the carbon footprint of the chemical industry.
In 2025, China plans to expand its carbon market by integrating steel, cement, and aluminum sectors while introducing new methodologies for carbon credits. A strategic overhaul will also aim to better address international requirements.
In 2025, China plans to expand its carbon market by integrating steel, cement, and aluminum sectors while introducing new methodologies for carbon credits. A strategic overhaul will also aim to better address international requirements.
Technip Energies, in partnership with GE Vernova and Balfour Beatty, is building the UK’s first gas-fired plant equipped with a carbon capture system, marking a significant step in reducing industrial emissions.
Technip Energies, in partnership with GE Vernova and Balfour Beatty, is building the UK’s first gas-fired plant equipped with a carbon capture system, marking a significant step in reducing industrial emissions.
Maritime transport is essential to cross-border carbon capture and storage initiatives in Asia-Pacific, with projected annual volumes reaching 100 million tons by 2050.
Maritime transport is essential to cross-border carbon capture and storage initiatives in Asia-Pacific, with projected annual volumes reaching 100 million tons by 2050.
With annual emissions thresholds declining and methodological delays, carbon credit prices in Australia are expected to soar in 2025, drawing attention from market players.
SLB Capturi has completed the construction of the world's first industrial-scale carbon capture plant for Heidelberg Materials in Norway. A major breakthrough that will reduce up to 400,000 tons of CO2 annually in the cement sector.
SLB Capturi has completed the construction of the world's first industrial-scale carbon capture plant for Heidelberg Materials in Norway. A major breakthrough that will reduce up to 400,000 tons of CO2 annually in the cement sector.
Australia must cut 15 megatons of its annual emissions to achieve its 43% reduction target by 2030. Investment mechanisms and carbon credits will play a key role in this ambitious effort.
Australia must cut 15 megatons of its annual emissions to achieve its 43% reduction target by 2030. Investment mechanisms and carbon credits will play a key role in this ambitious effort.
New Zealand's final carbon auction of 2024, scheduled for December 4, is expected to see partial clearance, with prices exceeding NZ$64/tCO2e and an anticipated increase for 2025.
New Zealand's final carbon auction of 2024, scheduled for December 4, is expected to see partial clearance, with prices exceeding NZ$64/tCO2e and an anticipated increase for 2025.
Western Australia unveils an ambitious action plan for carbon capture, storage, and utilization (CCUS), supported by $16.9 million in funding, aiming to achieve carbon neutrality while boosting its economy.
COP29 marks a milestone for carbon markets with the adoption of crucial rules for Article 6 of the Paris Agreement. These advancements promise transparency and attractiveness for international carbon credits.
COP29 marks a milestone for carbon markets with the adoption of crucial rules for Article 6 of the Paris Agreement. These advancements promise transparency and attractiveness for international carbon credits.
Hanwha Power Systems and TC Energy collaborate to commercialize a waste heat recovery technology based on supercritical CO₂, aiming to produce zero-carbon energy within pipeline infrastructures.
Hanwha Power Systems and TC Energy collaborate to commercialize a waste heat recovery technology based on supercritical CO₂, aiming to produce zero-carbon energy within pipeline infrastructures.
India is preparing to launch an ambitious Carbon Credit Trading Scheme (CCTS) focused on reducing industrial emissions intensity. This initiative, planned for 2026-27, could transform emission management nationwide.
India is preparing to launch an ambitious Carbon Credit Trading Scheme (CCTS) focused on reducing industrial emissions intensity. This initiative, planned for 2026-27, could transform emission management nationwide.
Indonesia and Japan establish a historic collaboration for carbon credit trading under the Paris Agreement, enhancing transparency and international environmental standards.
Saudi Arabia, the world’s largest oil exporter, has inaugurated its first carbon credit exchange platform during COP29 in Baku, aiming to bolster its decarbonization efforts and diversify its economy.
Saudi Arabia, the world’s largest oil exporter, has inaugurated its first carbon credit exchange platform during COP29 in Baku, aiming to bolster its decarbonization efforts and diversify its economy.
Occidental Petroleum, in partnership with Enterprise Products Partners, is setting up a CO₂ pipeline network in Southeast Texas to transport captured emissions, thus supporting carbon capture and storage projects in the Houston area.
Occidental Petroleum, in partnership with Enterprise Products Partners, is setting up a CO₂ pipeline network in Southeast Texas to transport captured emissions, thus supporting carbon capture and storage projects in the Houston area.
The European Union's Carbon Border Adjustment Mechanism (CBAM) could have little effect on Asia’s voluntary carbon market and minimal impact on finished product prices, according to experts at the Asia Climate Summit.
The European Union's Carbon Border Adjustment Mechanism (CBAM) could have little effect on Asia’s voluntary carbon market and minimal impact on finished product prices, according to experts at the Asia Climate Summit.

Advertising