Blue Gold of Russia

Monetizing Gas in the Era of Sanctions and Energy Transition

2022 marked a turning point for Russian gas. The loss of the European market (a 51% drop in pipeline exports to 101 bcm) and sanctions against LNG projects forced the industry to seek new ways to monetize resources 1 3 . Russia now faces a complex choice: where to direct excess volumes of "blue fuel"? The focus is on three strategies: expanding LNG exports, developing gas chemistry, and stimulating domestic demand.

Pipeline Exports: Eastern Vector

With the loss of Europe, China has become the main hope. In 2024, supplies via Power of Siberia grew by 35%, reaching 31 bcm, and by 2025 will reach the project maximum of 38 bcm 4 . Parallel development of new routes:

  • Power of Siberia 2: project for gas supplies from Western Siberia to China via Mongolia.
  • Central Asian direction: exports to Uzbekistan and Kazakhstan via the Central Asia-Center pipeline 4 .
Transformation of Russian Gas Exports
Direction 2021 (bcm) 2024 (bcm) Change
Europe (pipeline) 185 101 â–¼ 45%
China (Power of Siberia) 16 31 â–² 94%
LNG (total exports) 33 million tons 47.2 million tons â–² 43%

LNG: Sanctions vs Ambitions

LNG Production Growth

Despite sanctions against Arctic LNG 2 and Cryogas-Vysotsk, the sector shows growth. In 2024, LNG production in Russia increased by 5.4%, to 34.7 million tons, and exports to 47.2 bcm 2 4 .

Key Players
NOVATEK

Controls 12.1% of gas production in Russia. Its Yamal LNG plant produced 21 million tons in 2024, accounting for 60% of national production 2 .

Plans until 2030

Target of 100 million tons of LNG per year (20% of global market). But sanctions have already reduced capacity forecasts from 250 million tons to 70 million tons 3 .

Logistics Problems

The EU banned transshipment of Russian LNG in its ports from March 2025, blocking the supply scheme through France and Belgium. The alternative is direct flights to Asia, but this requires an icebreaker fleet and new gas carriers 9 .

Gas Chemistry: Ammonia as Salvation?

Processing gas into value-added products is a strategic response to sanctions. In 2022-2023, ammonia exports from Russia fell 7 times (from 4.4 million tons to 0.6 million tons) due to the blocking of the Togliatti-Odessa ammonia pipeline 1 . But the industry is adapting:

New Capacities

Urea units were launched at Togliattiazot (0.7 million tons) and KuibyshevAzot (0.5 million tons), increasing ammonia consumption by 10% 1 .

Logistics Restructuring

Uralchem is building a terminal on the Black Sea for ammonia exports to Asia and Africa 1 .

Ammonia Market Prospects
Parameter 2024 Forecast to 2035
Global consumption 232 million tons 260 million tons
Russia's share in production 18 million tons 22-25 million tons (estimate)
Key sales markets Asia-Pacific (55% demand), Latin America (1.5% annual growth)
Technological Barriers
  • Shortage of personnel with higher education to manage chemical production.
  • Dependence on Chinese equipment: "China is reluctant to share technologies, offering turnkey construction" 3 .

Domestic Market: Gas for Engines and Regions

The growth of gas consumption within the country is a key hedge against export risks. In 2024, domestic demand grew by 4.2%, to 516 bcm 4 . Drivers:

Gasification

The level reached 74.7% in 2024 (+0.9 p.p. per year). 303,000 households were connected in a year 4 .

Gas Motor Fuel (GMF)
  • In 2025, plans to build 56 new stations for methane transport
  • 29 regions introduced preferential vehicle tax for methane vehicles
  • Leaders: Bashkortostan, Tatarstan (budget for transport conversion tripled) 8
Growth of the Gas Motor Fuel Market
Indicator 2024 Plan for 2025
Filling stations 387 (capacity) +56 new facilities
Regions with tax benefits 29 33 (including new ones)
LNG as GMF sales 40 thousand tons 60-70 thousand tons (estimate)

Long-term Challenges: Reserves at Risk

Key Issues
  • Depletion of fields: Nadym-Pur-Taz region is 75% depleted
  • Share of hard-to-recover reserves (HRR): 54% of current reserves, including Arctic shelf (23%), requiring huge investments 5
  • Technology testing grounds: 15 sites created for developing extraction from complex formations (Bazhenov formation, Achimov deposits). Participants: Gazprom Neft, Rosneft, Tatneft 5
Reserve Depletion Forecast

Without development of hard-to-recover reserves, gas production in Russia could halve by 2040 5 .

In-depth Analysis: Catalytic Methane Reforming Experiment

Objective

Improving the efficiency of gas processing into hydrogen or methanol without high energy costs.

Methodology
  1. Catalyst preparation: Deposition of nickel nanoparticles (5% wt.) on a zeolite substrate by impregnation
  2. Activation: Heating in argon flow to 600°C to form active centers
  3. Feed supply: Mixture of methane (90%) and COâ‚‚ (10%) at 20 atm pressure
  4. Parameter control: Reaction temperature - 700°C, contact time - 2 seconds
Results
  • Methane conversion: 78% vs 40-50% in traditional units
  • Hydrogen yield: 65% of theoretical maximum
  • Byproduct: Syngas (Hâ‚‚/CO mixture), suitable for methanol production 3
Significance

The technology reduces gas chemistry costs by 15-20%, which is critical for competition with the Middle East.

Scientific Toolkit: Key Materials for Gas Industry

Reagent/Material Function Example Application
Amines (MEA, DEA) Absorption of COâ‚‚ and Hâ‚‚S from gas Feed purification before liquefaction
ZSM-5 type zeolites Cracking catalyst Gasoline production from gas condensate
Nickel-zeolite catalysts Methane conversion to hydrogen Reforming for gas chemistry
Cryogenic mixtures Gas cooling to -160°C Liquefaction at LNG plants
Cellulose acetate membranes Separation of gas mixtures Helium extraction from natural gas

Conclusion: Three Pillars of New Gas Strategy

Export Diversification

Accelerating construction of Power of Siberia 2 and LNG plants for Asia.

Deep Processing

Investments in gas chemical clusters on the coast (e.g., in Taman) for ammonia and methanol exports.

Technological Sovereignty

Development of domestic catalysts and equipment for hard-to-recover reserves.

"For Russia, it is critical to combine LNG logistics flexibility with breakthroughs in gas chemistry. Only then will 'blue gold' remain a source of prosperity in the energy transition era," notes Igbal Guliyev from MGIMO 7 . Sanctions are not a dead end, but a stimulus to rethink gas value in new realities.

References