eManufacturing: The Next Industrial Power Shift in Hydrocarbon Production

As hydrocarbon demand grows and supply risks persist, a new onshore production pathway is taking shape—turning air and electricity into fuels, chemicals, and materials at industrial scale.

---

Hydrocarbons still power more than 80% of the global economy—and demand is rising, not falling.

Aviation is scaling. Petrochemicals are projected to drive over a third of oil demand growth. Emerging markets continue to industrialize. At the same time, recent energy shocks—from Europe’s supply crisis to ongoing geopolitical instability—have exposed how fragile and concentrated hydrocarbon supply remains.

For global leaders, the issue is no longer energy transition rhetoric. It is supply security.

The next question is straightforward: who can produce the molecules the world depends on—and where?

A new answer is emerging.

Hydrocarbons can now be produced from air and electricity.

From Geology to Manufacturing

For more than a century, industrial power has been defined by geology. Countries with oil and gas reserves shaped global markets. Companies that could extract and refine hydrocarbons dominated value chains.

That constraint is beginning to break.

Advances in electrochemistry now enable the synthesis of hydrocarbons using three inputs: CO2, water, and electricity. Carbon is captured, hydrogen is produced via electrolysis, and the two are combined to create fuels and chemical feedstocks.

This is not a replacement for existing supply. It is a second system—one that is not limited by underground reserves.

It is manufacturing, not extraction.

A New Lever for Supply Security

Today’s hydrocarbon system is concentrated, capital intensive, and exposed to disruption. A handful of regions control the majority of production. Supply chains stretch across continents. Price volatility is a constant.

Diversification is no longer optional.

By contrast, eManufacturing introduces a new supply model:

• Production from abundant, onshore inputs

• Facilities sited near electricity and demand—not reserves

• Modular, scalable infrastructure

For the first time, countries without fossil resources can become hydrocarbon producers.

That is a structural shift in global industrial power.

The Rise of Electric Manufacturing

The other half of this transformation is electrons.

Electricity is rapidly becoming the dominant input to industrial systems. Renewable generation has scaled exponentially, with solar and wind costs falling by up to 90% over the past decade. Hydropower continues to provide stable, baseload energy in key regions.

As electricity becomes cheaper and more abundant, it is no longer just a utility—it is a feedstock.

The next generation of fuel and chemical manufacturers will be electric.

In eManufacturing systems, electrons drive:

• Hydrogen production

• CO2 conversion

• Molecular synthesis at industrial scale

We turn air and electrons into the molecules that power the modern world.

That is a fundamental industrial advancement.

Power-to-X: Scaling a New Production System

The trajectory of global energy and molecule production is already shifting—hydrocarbon demand continues to grow steadily, while renewable electricity is scaling exponentially and e-fuels capacity is beginning to accelerate from a low base.

This convergence is creating the conditions for a new production system. Power-to-X technologies operationalize this shift. Powered by 100% renewable electricity—including hydropower—these systems convert CO2, water, and electricity into fuels, chemicals, and materials.

Key outputs include:

• E-Jet® SAF: Synthetic aviation fuel compatible with existing fleets and infrastructure

• E-Naphtha™: A critical chemical input used to produce plastics, textiles, and everyday goods

  
  

Demand is already forming at scale. The EU’s ReFuelEU mandate requires increasing SAF blending through 2050. The U.S. Inflation Reduction Act has introduced major incentives for low-carbon fuels. Airlines and chemical companies are actively securing future supply.

At the same time, petrochemicals are expected to become the largest driver of oil demand growth globally.

The market is not shrinking. It is evolving.

Proof at Industrial Scale

This transition is no longer theoretical.

Twelve’s AirPlant™ demonstrates how eManufacturing operates in practice—using renewable electricity to convert CO2 and water into hydrocarbons at industrial scale. The system produces E-Jet® sustainable aviation fuel and E-Naphtha™—a core input for chemical manufacturing.

These outputs are fully compatible with existing infrastructure and supply chains, reinforcing a critical point: the shift is not about changing molecules, but changing how they are made.

Facilities like AirPlant illustrate how production can be located where clean electricity is abundant, enabling onshore manufacturing of fuels and chemicals without reliance on fossil extraction.

eManufacturing and eMade Products

This shift defines a new industrial category:

• eManufacturing: Producing hydrocarbons from CO2, water, and electricity

• eProducts: Fuels, chemicals, and materials made through electrified synthesis

We call them eMade.

This includes:

• eFuels

• eChemicals

• eMaterials

They are not substitutes. They are the same essential molecules—produced through a different system.

What This Means for Leaders

For CEOs, investors, and policymakers, the implications are immediate and strategic.

Control of Supply: Hydrocarbon production is no longer limited to resource-rich geographies. It can be built wherever electricity is abundant.

Resilient Supply Chains: Distributed, onshore production reduces dependence on fragile global logistics networks.

New Industrial Advantage: Regions with access to low-cost electricity—hydropower, solar, wind—can become exporters of high-value fuels and chemicals.

Capital Reallocation: Investment is shifting from extraction infrastructure to systems that convert electrons into molecules.

This is not a long-term concept. It is an emerging industrial platform.

The Next Industrial Power Shift

The definition of industrial power is changing.

It is no longer just the ability to extract hydrocarbons from the ground. It is the ability to manufacture them—from air, anywhere, using electricity.

No extraction. No refining.

Just air, electrons, and advanced systems that build molecules from the ground up.

Conclusion

Hydrocarbon demand will define the next decades of industrial growth. But the way those hydrocarbons are produced is beginning to shift.

eManufacturing expands supply beyond geology. It diversifies inputs. It aligns industrial production with the rapid electrification of the global economy.

The countries and companies that build this capability first will define the next century of industrial power.

Fuel. Materials. Supply chains.

A world made from air is electric.