As global CO₂ levels continue to rise, it is crucial to find sustainable solutions for permanently removing carbon from the atmosphere.
Using hydrogen and captured CO₂—the same inputs as for green methanol— the cSink® process produces Sub Zero Carbon Fiber, a clean solid graphite that can be stored or reused.
The cSink®, when integrated with the rest of the Modern Forest, -a large-scale facility designed to capture CO₂ from the atmosphere and turn it into valuable resources like green methanol fuel-, is what enables Sub Zero® Methanol to become the world’s first climate-positive energy carrier.
cSink® technology enables efficient removal of CO₂ from the atmosphere, contributing to the reduction of greenhouse gas emissions.
CO2 is transformed into solid carbon (graphite) and securely stored, contributing to long-term reduction of atmospheric CO₂ concentration.
The cSink® process is environmentally friendly, preventing the conversion of CO2 into harmful gases and creating a safe carbon storage.
The technology can be deployed on a global scale to address the issue of rising atmospheric CO₂ levels.
Solid carbon can be repurposed in various industries, such as manufacturing and construction, providing additional value beyond carbon storage.
By integrating cSink® with other Obrist technologies, such as OBRIST DAC+ and Sub Zero® Methanol, we provide a comprehensive solution for reducing atmospheric CO₂ levels and creating valuable byproducts. This approach is not only scalable but also essential for achieving climate-positive goals and ensuring a sustainable future.
Inert carbon can be stored underground forever or converted into products that will not be burned like:
