Gazprom CCUS Strategy, Power of Siberia 2 China Deal, Kazakhstan Pipeline Agreement, and 2 Key Alliances (2025)
CCUS Adoption, Gazprom’s Dual Strategy with 2 Major Pipeline Deals
In 2025, Gazprom executed a dual strategy that prioritized immediate revenue from new, large-scale fossil fuel infrastructure while simultaneously laying the foundational groundwork for future carbon capture, utilization, and storage (CCUS) applications. This approach shows a clear division between current capital allocation and long-term strategic positioning. While competitors like Exxon Mobil and Chevron advanced multiple large-scale CCUS projects, Gazprom’s activities remained focused on expanding its core business, with decarbonization efforts concentrated in early-stage research and partnerships.
Gazprom’s Fossil Fuel Expansion in 2025
The company’s primary commercial focus in 2025 was securing long-term natural gas export contracts and constructing the necessary infrastructure, primarily targeting Asian markets.
- On September 3, 2025, Gazprom signed a legally binding agreement with China to build the Power of Siberia 2 natural gas pipeline, a massive project underscoring its strategic pivot to Asia.
- Just over a month later, on October 13, 2025, the company signed a memorandum of intent with Kazakhstan to construct a new cross-border gas pipeline with an initial capacity of 10 billion cubic meters per year.
- These deals demonstrate that the vast majority of Gazprom’s capital in 2025 was allocated to monetizing its hydrocarbon reserves, a core business that future CCUS initiatives would be designed to support rather than replace.
Foundational Steps in Carbon Capture
While expanding its gas infrastructure, Gazprom also took preliminary steps to build capabilities in the decarbonization sector, focusing on knowledge acquisition and asset evaluation.
- A key move was a technology partnership established on December 15, 2025, between subsidiary Gazprom Neft and Khalifa University in the Middle East to exchange expertise on industrial innovation, including carbon-related technologies.
- A July 2025 assessment of Arctic energy projects noted that Russia is evaluating depleted gas fields and connected pipeline infrastructure, largely controlled by Gazprom, as potential sites for storing captured CO 2.
- This evaluation of existing assets for repurposing indicates a long-term view of leveraging legacy infrastructure for future low-carbon applications like blue hydrogen production, a path also being explored by firms like Conoco Phillips.
Gazprom’s 2 Key Decarbonization Alliances in 2025
Gazprom’s partnerships in 2025 were primarily aimed at building technical knowledge and strengthening regional energy ties, rather than executing specific, large-scale CCUS projects. These alliances position the company for future decarbonization activities but do not represent a near-term capital shift away from its core fossil fuel business.
Kazakhstan Cross-Border Pipeline Agreement
The most significant agreement signed by Gazprom in 2025 was for fossil fuel infrastructure, reinforcing its role as a key regional energy supplier.
- On October 13, 2025, Gazprom and the government of Kazakhstan signed a deal for a major new cross-border natural gas pipeline.
- This project solidifies a critical energy corridor and long-term supply relationship, which is a prerequisite for any future discussions about transporting lower-carbon fuels like blue hydrogen through the same infrastructure.
Khalifa University Technology Partnership
The collaboration with a leading Middle Eastern technical university signals Gazprom’s intent to learn from regions with more advanced decarbonization initiatives, such as the CCUS hubs being developed by ADNOC.
- The partnership between Gazprom Neft and Khalifa University, finalized on December 15, 2025, is designed to facilitate the exchange of expertise in industrial innovation and scientific projects within the energy sector.
- The focus includes carbon-related technologies, indicating a strategic effort to build internal competency and explore international best practices without committing to immediate, high-cost domestic projects.
Table: Gazprom Strategic Partnerships and Agreements (2025)
| Partner / Project | Time Frame | Details and Strategic Purpose | Source |
|---|---|---|---|
| Khalifa University | Dec 2025 | Technology partnership established between Gazprom Neft and the UAE-based university to exchange expertise in industrial innovation, including carbon-related technologies. Signals intent to build technical knowledge. | Khalifa University |
| Government of Kazakhstan | Oct 2025 | Signed a memorandum of intent for a major new cross-border natural gas pipeline. The project strengthens regional energy ties and reinforces the focus on fossil fuel infrastructure expansion. | Pipeline Journal |
| China (CNPC) | Sep 2025 | Signed a legally binding agreement to construct the Power of Siberia 2 natural gas pipeline. Secures a major long-term export market in Asia for its core hydrocarbon business. | Pipeline Journal |
Russia and Asia, Gazprom’s Geographic Pivot in 2025
In 2025, Gazprom executed a decisive geographic pivot toward Asian markets for its core natural gas business, while its decarbonization activities remained confined to domestic strategic evaluations and knowledge-sharing with partners in the Middle East. This geographic split highlights the differing maturities of its fossil fuel export business and its nascent low-carbon strategy.
Securing Asian Gas Markets
The company’s most significant actions in 2025 involved cementing its role as a primary energy supplier to the East.
- The Power of Siberia 2 pipeline deal with China represents a monumental shift, creating a long-term infrastructure link to a major growth market and diversifying away from historical reliance on European exports.
- The agreement with Kazakhstan for another major pipeline further integrates the regional energy network, with Russia at its center, strengthening its position as a key supplier to Central and East Asia.
Domestic and Middle Eastern CCUS Exploration
In contrast to the concrete infrastructure projects in Asia, Gazprom’s carbon capture activities were geographically limited and exploratory.
- Within Russia, the focus was on assessing the potential of domestic assets. A July 2025 report confirmed that Gazprom’s depleted gas fields are considered primary candidates for future CO 2 storage, tying CCUS development directly to the company’s existing geographic footprint.
- Internationally, the partnership with Khalifa University in the UAE shows an outreach to a region making significant strides in CCUS, suggesting a strategy of learning from others before committing capital at home. This contrasts with the direct investment approach of companies like Equinor in new geographic markets.
| Market Segment⇅ | 2025 Market Size ($B)⇅ | 2026 Market Size ($B)⇅ | 2033 Forecast ($B)⇅ | 2036 Forecast ($B)⇅ | CAGR (%)⇅ | Source⇅ |
|---|---|---|---|---|---|---|
| Carbon Capture & Storage | 3.90 | 4.20 | 6.70 | 8.21 * | 7 | Carbon Capture & Storage Market Size Report, 2026-2033 ↗ |
| Solid Sorbents for Direct Air Capture | 0.42 * | 0.47 * | 1.12 * | 1.63 | 13.10 | Solid Sorbents for Direct Air Capture Market ↗ |
| Carbon Credit/Carbon Offset | 1122.26 * | 1260.30 | 2838.80 | 4020.44 * | 12.30 | Carbon Credit/Carbon Offset Market Forecast, 2033 ↗ |
Exploratory Stage, Gazprom CCUS and Methane Detection Focus
Gazprom’s application of decarbonization technology in 2025 was bifurcated, with a clear preference for deploying mature, low-cost solutions for immediate operational gains while keeping capital-intensive CCUS in a strategic, long-term planning phase. The company prioritized mitigating direct methane emissions over capturing post-combustion CO 2, reflecting a cautious and economically pragmatic approach to its environmental strategy.
Methane Detection as an Immediate Priority
Evidence from 2025 suggests Gazprom’s technology-driven emissions reduction efforts focused on operational efficiency and leak mitigation.
- The company’s initiatives in 2025 were noted for prioritizing technologies like infrared cameras and advanced methane detection systems to reduce Scope 1 emissions from its vast infrastructure network.
- This approach delivers more immediate and measurable emissions reductions at a lower capital cost compared to building new CCUS facilities, aligning with a strategy of pragmatic operational improvements.
CCS Infrastructure in Early Assessment
Large-scale carbon capture remains a future possibility for Gazprom, contingent on national policy and the feasibility of repurposing its existing assets.
- The consideration of depleted gas fields for CO 2 storage is a critical component of Russia’s national decarbonization strategy, placing Gazprom at the center of the country’s ambitions to produce “blue” hydrogen from natural gas.
- However, these activities remained in the assessment stage throughout 2025. Unlike peers such as Total Energies, which committed billions to CCUS hubs, Gazprom did not announce any specific pilot projects or final investment decisions on CCUS facilities during the year.
SWOT Analysis, Gazprom’s CCUS Position and Market Pressures
An analysis of Gazprom’s position in 2025 reveals that while its immense infrastructure and state backing provide a strong foundation for future CCUS deployment, its current strategic focus on fossil fuel expansion and the lack of strong national policy drivers present significant weaknesses and threats to its long-term competitiveness in a decarbonizing world.
Table: SWOT Analysis for Gazprom’s CCUS Initiatives (2025)
| SWOT Category | Analysis based on 2021–2024 Context | Key Signals and Activities in 2025 | What Changed / Validated in 2025 |
|---|---|---|---|
| Strengths | Owner of vast natural gas reserves and extensive pipeline infrastructure suitable for repurposing. Strong government backing as a state-controlled entity. | Evaluation of depleted gas fields and pipeline networks for CO 2 storage confirmed as a strategic option. Maintained central role in Russia’s national energy strategy. | The strategic value of existing infrastructure for future CCUS and blue hydrogen was explicitly validated in strategic assessments, solidifying this as a core strength. |
| Weaknesses | Limited publicly announced, large-scale CCUS projects or investments compared to international oil company (IOC) peers. Perceived lag in low-carbon technology adoption. | Prioritized capital on massive new gas pipelines (Power of Siberia 2, Kazakhstan deal). Decarbonization efforts focused on lower-cost methane detection over CCUS. No major CCUS project announcements. | The strategic priority of fossil fuel expansion over CCUS investment was confirmed by major pipeline deals, widening the gap with competitors actively building CCUS projects like Occidental Petroleum. |
| Opportunities | Potential to become a major blue hydrogen producer for Europe and Asia. Growing global demand for decarbonized natural gas and LNG. | European market pressure to decarbonize gas supplies created an incentive for blue hydrogen. The global CCS market grew to $3.9 billion. The Khalifa University partnership opened a channel for technology transfer. | Market pressures from export destinations (EU) and the growth of the global CCS market provided a clearer commercial rationale for eventually pursuing CCUS, validating it as a necessary future pivot. |
| Threats | Increasing competition from other low-carbon energy sources and LNG suppliers with lower carbon intensity. Risk of assets becoming stranded under more aggressive global climate policies. | Russia’s national climate strategy was assessed as lacking strong regulatory drivers for industrial decarbonization. Continued pivot to Asia exposes the company to that region’s future carbon policies. | The threat became more defined: a weak domestic policy environment could slow CCUS development, making Gazprom’s exports less competitive in carbon-conscious markets over the long term. |
Gazprom’s Next Move: A Pilot Project or Continued Expansion?
The most critical signal to watch for in the coming year is whether Gazprom allocates capital to a specific pilot CCUS project, a move that would validate its strategic considerations from 2025 and mark a tangible step toward decarbonizing its operations. Without such a commitment, its low-carbon strategy will remain secondary to its core business of fossil fuel expansion.
- If Gazprom announces a CCUS pilot, watch for the selection of a specific storage site, likely one of its depleted gas fields, and the naming of technology partners for the capture facility. This would signal a material shift from strategy to execution.
- Conversely, if capital allocation continues to flow exclusively to projects like Power of Siberia 2, it would confirm that the company’s decarbonization efforts are primarily for strategic positioning and responding to policy discourse, not near-term operational change.
- The market pressure from European buyers, noted in an April 2025 analysis, serves as a powerful external driver. A failure to advance on CCUS or blue hydrogen could impact the long-term sellability of its natural gas in key markets, forcing a strategic response.
The questions your competitors are already asking
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- ExxonMobil carbon capture projects status
- Blue hydrogen production costs vs natural gas
- Power of Siberia 2 pipeline capacity and timeline
- Russia national carbon capture policy
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Erhan Eren
Erhan Eren is the CEO and Co-Founder of Enki, a commercial intelligence platform for emerging technologies and infrastructure projects, backed by Equinor, Techstars, and NVIDIA. He spent almost a decade in oil and gas, first at Baker Hughes leading market intelligence, strategy, and engineering teams, then at AI startup Maana, where he spearheaded commercial strategy to acquire net new accounts including Shell, SLB, and Saudi Aramco. It was across these roles, watching teams stitch together executive briefings from scattered PDFs and Google searches, that the idea for Enki was born. Erhan holds a BS in Aeronautical Engineering from Istanbul Technical University and an MS in Mechanical and Aerospace Engineering from Illinois Institute of Technology. He has spent over 20 years at the intersection of energy, strategy, and technology, and built Enki to give professionals the clarity they need without the analyst-grade budget or timeline.

