Vision
Our vision looks beyond capture, toward systems that strengthen both climate and region.
The Vision
Beyond Capture.
Technology
Advancing
Capture Systems
Our technical vision is to break direct air capture out of rigid, industrial thinking by pushing how MOF materials are designed and deployed. As these materials evolve, they unlock faster capture, lower energy use, and entirely new system forms suited to cold, high-altitude air.
We believe air capture should improve as materials improve, enabling lighter, modular systems that adapt over time instead of being locked into fixed infrastructure. This is how carbon removal becomes a living technology, not a static machine
Finding Carbon
Carbon dioxide makes up only about 420 parts per million of the air. That means almost everything moving through a capture system is not carbon at all. To remove meaningful amounts, enormous volumes of air must be processed, and any resistance quickly increases energy use. This makes air itself the defining challenge of direct air capture.
Innovating for Air
Alpine X takes an airflow-first approach to system design. Rather than forcing air through dense or complex structures, we create open pathways that allow air to move freely. Materials and geometry are developed together so carbon can be captured efficiently, without relying on brute force or high energy input.
Reimagining Capture Forms
Alpine X is redefining how MOF materials are built into direct air capture systems. By moving beyond dense reactor beds and toward open, airflow-first geometries, we create new form factors that maximize surface area without restricting flow. Combined with advanced supports such as carbon nanotube based materials, this approach enables more compact, energy efficient, and modular DAC systems.
Technology
Advancing
Capture Systems
Our technical vision is to break direct air capture out of rigid, industrial thinking by pushing how MOF materials are designed and deployed. As these materials evolve, they unlock faster capture, lower energy use, and entirely new system forms suited to cold, high-altitude air.
We believe air capture should improve as materials improve, enabling lighter, modular systems that adapt over time instead of being locked into fixed infrastructure. This is how carbon removal becomes a living technology, not a static machine
Finding Carbon
Carbon dioxide makes up only about 420 parts per million of the air. That means almost everything moving through a capture system is not carbon at all. To remove meaningful amounts, enormous volumes of air must be processed, and any resistance quickly increases energy use. This makes air itself the defining challenge of direct air capture.
Innovating for Air
Alpine X takes an airflow-first approach to system design. Rather than forcing air through dense or complex structures, we create open pathways that allow air to move freely. Materials and geometry are developed together so carbon can be captured efficiently, without relying on brute force or high energy input.
Reimagining Capture Forms
Alpine X is redefining how MOF materials are built into direct air capture systems. By moving beyond dense reactor beds and toward open, airflow-first geometries, we create new form factors that maximize surface area without restricting flow. Combined with advanced supports such as carbon nanotube based materials, this approach enables more compact, energy efficient, and modular DAC systems.
Technology
Advancing
Capture Systems
Our technical vision is to break direct air capture out of rigid, industrial thinking by pushing how MOF materials are designed and deployed. As these materials evolve, they unlock faster capture, lower energy use, and entirely new system forms suited to cold, high-altitude air.
We believe air capture should improve as materials improve, enabling lighter, modular systems that adapt over time instead of being locked into fixed infrastructure. This is how carbon removal becomes a living technology, not a static machine
Finding Carbon
Carbon dioxide makes up only about 420 parts per million of the air. That means almost everything moving through a capture system is not carbon at all. To remove meaningful amounts, enormous volumes of air must be processed, and any resistance quickly increases energy use. This makes air itself the defining challenge of direct air capture.
Innovating for Air
Alpine X takes an airflow-first approach to system design. Rather than forcing air through dense or complex structures, we create open pathways that allow air to move freely. Materials and geometry are developed together so carbon can be captured efficiently, without relying on brute force or high energy input.
Reimagining Capture Forms
Alpine X is redefining how MOF materials are built into direct air capture systems. By moving beyond dense reactor beds and toward open, airflow-first geometries, we create new form factors that maximize surface area without restricting flow. Combined with advanced supports such as carbon nanotube based materials, this approach enables more compact, energy efficient, and modular DAC systems.
Carbon to Creation.
Carbon to Creation.
A Circular Building Economy
Savoie’s history of stone and mineral craftsmanship points to future low carbon building materials. Captured CO₂ could be integrated into construction products that permanently lock carbon away, turning carbon from the air into the foundations of sustainable regional development.
Air to Water
We envision future partnerships with regional food and beverage producers, where captured CO₂ could support on-site carbonation and ultra low carbon sparkling products. While our focus remains permanent carbon removal, this offers a glimpse of a local Alpine loop connecting air, water, and production.
A Circular Building Economy
Savoie’s history of stone and mineral craftsmanship points to future low carbon building materials. Captured CO₂ could be integrated into construction products that permanently lock carbon away, turning carbon from the air into the foundations of sustainable regional development.
Air to Water
We envision future partnerships with regional food and beverage producers, where captured CO₂ could support on-site carbonation and ultra low carbon sparkling products. While our focus remains permanent carbon removal, this offers a glimpse of a local Alpine loop connecting air, water, and production.
Carbon
to Creation.
A Circular Building Economy
Savoie’s history of stone and mineral craftsmanship points to future low carbon building materials. Captured CO₂ could be integrated into construction products that permanently lock carbon away, turning carbon from the air into the foundations of sustainable regional development.
Air to Water
We envision future partnerships with regional food and beverage producers, where captured CO₂ could support on-site carbonation and ultra low carbon sparkling products. While our focus remains permanent carbon removal, this offers a glimpse of a local Alpine loop connecting air, water, and production.
Human Design
Human Design
Human Design
Alpine X establishes a new paradigm for climate technology, reimagining carbon capture as something that belongs visibly and meaningfully within a community. Our systems are conceived as enduring works of industrial architecture, where function, form, and place converge. Through human-centered design, carbon removal becomes approachable and legible, inviting curiosity, interaction, and reflection. Embedded in public space,
Alpine X is conceived as a community feature, not just a piece of climate infrastructure. Through human-centered design, the system becomes a visible, approachable presence in the town, inviting curiosity, interaction, and reflection. Rather than inspiring guilt or fear, it creates moments of connection, a place to gather, pause, and engage with the future of the mountains.
By embedding climate technology into public space, Alpine X turns carbon removal into a shared experience, one that connects people to place, to each other, and to the responsibility we carry forward.
becomes approachable and legible, inviting curiosity, interaction, and reflection. Embedded in public space, Alpine X turns climate action into a shared experience, connecting people to place, to each other, and to a forward-looking vision for the mountains they call home.
Shaped by the Alps
Shaped by
the Alps
Shaped by the Alps
Alpine X thinks differently about climate technology, shaped as much by science as by the communities it touches and the daily, face-to-face interactions with the people it affects. We believe systems designed to protect the environment should also enrich the places they inhabit. The form is sculptural and open, created to bring light, movement, and a sense of vitality into the landscape.
Alpine X thinks differently about climate technology, shaped as much by science as by the communities it touches and the daily, face-to-face interactions with the people it affects. We believe systems designed to protect the environment should also enrich the places they inhabit. The form is sculptural and open, created to bring light, movement, and a sense of vitality into the landscape. Subtle references to the region’s stone-and-wood heritage are reimagined in a lighter, more expressive way, allowing the structure to feel both grounded and forward-looking. More than an object, it becomes a source of presence and possibility, a visible expression of hope for a better climate future rooted in the Alps.
Subtle references to the region’s stone-and-wood heritage are reimagined in a lighter, more expressive way, allowing the structure to feel both grounded and forward-looking. More than an object, it becomes a source of presence and possibility, a visible expression of hope for a better climate future rooted in the Alps.