Kazakhstan is pursuing a new energy strategy that pairs unused gas from oil production with cryptocurrency mining, hoping to revive an industry that previously strained the national grid.
Authorities want miners to generate their own electricity on site from associated petroleum gas that is now routinely burned off at wellheads.
The approach is designed to cut wasteful flaring, ease pressure on the power system, and give oil producers a commercial use for a byproduct that has long been treated as a liability.
Associated gas comes up with crude oil.
In remote fields it is often uneconomic to capture and pipe to market, so operators flare it.
That practice wastes energy, produces emissions, and can constrain oil output because of environmental rules and fines.
A July 2026 presidential decree created a path for producers to convert that gas into off-grid power for digital mining when the resource is not required for state needs.
Ministries of energy and of artificial intelligence and digital development are now drafting the detailed legal rules.Industry figures illustrate the scale.
In 2024 Kazakhstan flared an estimated 300 to 340 million cubic meters of associated petroleum gas.
Converted to electricity, that volume could have produced roughly 1.2 to 1.3 terawatt-hours.
Officials say 40 to 60 fields currently flare gas.
Individual sites could support medium- or large-scale mining operations once generation equipment is installed.
The commercial logic is straightforward.
Mining firms would finance and place gas-to-power units at qualifying fields. Oil companies would sell gas that previously had no market value and would avoid millions in emission penalties.
Because the gas has little alternative use, producers have indicated they can offer it well below commercial rates.
Miners, in turn, would secure multi-year power costs insulated from grid tariff swings and would operate independently of the national network.
Containerized mining hardware can be deployed quickly in remote locations, matching the geography of many oil fields.
Officials and industry representatives describe the arrangement as mutually beneficial.
Oil output could rise if flaring limits ease.
The government would collect additional tax revenue.
Environmental performance would improve if less gas is simply burned.
Miners who left or scaled back after earlier power shortages would have a dedicated, cheaper energy source that does not compete with households and industry on the grid.
Building generation capacity is not trivial.
New plants can cost the equivalent of 1.7 million to 2.2 million euros per megawatt and take more than three years.
The forthcoming regulations on pricing, permits, and compliance will therefore decide how quickly capital actually arrives.
Both mining operators and oil-field owners have already shown interest, according to officials.
The policy sits inside a wider effort to rebuild Kazakhstan’s position in digital assets after the country first attracted a large share of global hash rate and then imposed restrictions when electricity demand surged.
By turning an environmental problem into a dedicated power supply, authorities hope to bring mining activity back without repeating the grid congestion of earlier years. Success will depend on clear rules and on whether the economics of on-site generation prove durable for both sides.