The Alps are changing.
We're changing
them back.
The Alps are changing.
We're changing
them back.
The Alps are changing.
We're changing
them back.
Alpine X is building a new model for carbon removal. A Direct Air Capture approach designed for altitude that turns natural conditions into long term climate advantage.
Alpine X is building a new model for carbon removal. A Direct Air Capture approach designed for altitude that turns natural conditions into long term climate advantage.
Alpine X is building a new model for carbon removal. A Direct Air Capture approach designed for altitude that turns natural conditions into long term climate advantage.
Why the Alps?
Why the Alps?
Turning mountain air,
into climate action.
The Alps offer a natural operating advantage most systems never access. At elevation, colder, drier air and higher ultraviolet exposure allow our sorbents to regenerate faster, enabling more efficient operation than systems deployed at sea level. By designing technology around mountain physics, we unlock a stronger, locally rooted pathway to carbon removal.
Climate change is also felt first in the Alps. Retreating glaciers, shorter snow seasons, and mounting pressure on mountain economies signal what’s coming elsewhere, making the region both a proving ground and an early warning system.
The Alps offer a natural operating advantage most systems never access. At elevation, colder, drier air and higher ultraviolet exposure allow our sorbents to regenerate faster, enabling more efficient operation than systems deployed at sea level. By designing technology around mountain physics, we unlock a stronger, locally rooted pathway to carbon removal.
Climate change is also felt first in the Alps. Retreating glaciers, shorter snow seasons, and mounting pressure on mountain economies signal what’s coming elsewhere, making the region both a proving ground and an early warning system.
The Alps offer a natural operating advantage most systems never access. At elevation, colder, drier air and higher ultraviolet exposure allow our sorbents to regenerate faster, enabling more efficient operation than systems deployed at sea level. By designing technology around mountain physics, we unlock a stronger, locally rooted pathway to carbon removal.
Climate change is also felt first in the Alps. Retreating glaciers, shorter snow seasons, and mounting pressure on mountain economies signal what’s coming elsewhere, making the region both a proving ground and an early warning system.
The thinnest air produces the richest possibilities.
From the thinnest air, comes
the strongest possibilities.
The thinnest air produces the richest possibilities.
Val d'Isere Pilot Program
Val d'Isere Pilot Program
Val d'Isere Pilot Program
Alpine X is piloting its first direct air capture system in Val d’Isère, a high altitude Alpine environment that reflects the real world conditions our technology is designed for. The pilot focuses on testing materials, airflow, and system performance in cold, low pressure air, generating operational data that informs future deployments. Working in close alignment with local stakeholders, the program allows us to validate our approach in situ while building a foundation for scalable, regionally appropriate carbon removal.
Val d'Isere Pilot Program
Through a partnership with the City of Val d’Isère, Alpine X is launching a first-of-its-kind pilot that brings carbon removal out of the lab and into real Alpine conditions. The project uses the mountains themselves as a testing ground, helping shape an approach designed to work where climate impacts are already being felt.
Val d'Isere Pilot Program
View Project
Val d'Isere Pilot Program
View Project
Technical overview
A new generation of climate infrastructure is emerging, shaped by place, physics, and long term performance. Alpine X translates advances in materials, reactor design, and systems engineering into an integrated approach to direct air capture, purpose built for the physical realities of high altitude environments.
A new generation of climate infrastructure is emerging, shaped by place, physics, and long term performance. Alpine X translates advances in materials, reactor design, and systems engineering into an integrated approach to direct air capture, purpose built for the physical realities of high altitude environments.
A new generation of climate infrastructure is emerging, shaped by place, physics, and long term performance. Alpine X translates advances in materials, reactor design, and systems engineering into an integrated approach to direct air capture, purpose built for the physical realities of high altitude environments.
