OUR MISSION
Transforming Minerals into Permanent Climate Solutions
Mine2Sink is committed to accelerating the natural geological carbon cycle. By using silicate rocks, we create a scalable, permanent pathway for CO₂ sequestration. Our deep-tech approach ensures that every ton of atmospheric carbon removed is transformed into stable, solid minerals, providing a verifiable solution to the climate crisis through Earth’s own chemistry.
Harnessing the Natural Silicate Cycle
By optimizing Enhanced Rock Weathering (ERW) methodology, we transform atmospheric CO₂ into stable mineral carbonates, ensuring permanent sequestration that is measurable, scalable, and environmentally restorative for millennia.
CORE TECHNOLOGIES
Permanent Carbon Removal Through Earth's Natural Chemistry
TRUSTED BY GLOBAL LEADERS
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REAL-TIME CLIMATE IMPACT
Metric Tons of CO₂ Permanently Removed
Our live monitoring network verifies the permanent immobilization of atmospheric carbon into stable carbonate minerals. Each ton represents a milestone in Earth's regenerative chemistry.
The Mineral Carbonation Journey
Following the natural geochemical cycle, we accelerate geological time to sequester CO₂ permanently into solid mineral form.
01
Feedstock Sourcing
We identify high-reactivity silicate rocks and industrial wastes the vital building blocks for mineralization.
02
Enhanced Weathering
Minerals with increase surface area, maximizing the direct contact with atmospheric CO₂ through natural precipitation and soil interaction.
03
Mineral Carbonation
The CO₂ chemically reacts with the minerals, forming thermodynamically stable carbonates like calcite and magnesite, trapping carbon forever.
04
MRV & Verification
Using IoT sensors and climate data analytics, we monitor and verify the sequestration progress in real-time to ensure absolute carbon transparency.
05
Permanent Storage
Stable minerals are safely returned to the lithosphere, effectively removing carbon on a multi-millennial scale.
Insights & Scientific Research
Explore the frontier of CO₂ mineralization through our latest peer-reviewed publications, technical white papers, and ecological field studies on carbon sequestration technology.
Mechanisms of Permanent Mineral Carbon Sequestration
By Dr. Kiran Kumar Reddy, Surya Prakash Sahoo
Scaling Enhanced Rock Weathering: Global Feedback Modeling
By Dr. Kiran Kumar Reddy, Surya Prakash Sahoo, Sanket Sahu
Advanced MRV Protocols for Terrestrial Carbon Mineralization
By Dr. Kiran Kumar Reddy, Priya Ranjan Hembram