REVOLUTIONIZINGCARBON CAPTURE FOR A GREENER FUTURE
Transforming industrial pollution into sustainable energy through our patent-pending “White Gold” technology.
About Us
CLEANING THE ATMOSPHERETHE WHITE GOLD SYSTEM
White Gold Carbon Catching Systems is the result of a 51-year vision to protect our environment. Our system captures $CO_{2}$ directly from factory stacks and refineries, preventing it from entering the atmosphere. By using specialized “Upside Down Silos” filled with snow or ice, we use thermal binding to trap pollutants.
The Technology
- Snow-Binding Capture: Exhaust heat from refineries melts the snow, creating a natural bond that traps carbon in a liquid state.
- Airtight Loop System: A zero-leakage process ensures that captured carbon is contained and cannot escape.
- Methane Fuel Conversion: The final carbon slurry is processed to separate carbon for high-value Methane Fuel production.
THE FOUNDER
Randy Creviston Founder & Lead Inventor
Randy Creviston is a 63-year-old innovator with over 16 years of experience as an over-the-road truck driver. His deep understanding of industrial machinery and fuel systems led to the development of White Gold Carbon Catching Systems, a revolutionary solution for industrial emission control.
A 51-Year Vision
The inspiration for the White Gold system dates back to 1975. At just 12 years old, Randy observed how a snowbank near an idling vehicle naturally captured and bound carbon from the exhaust. After five decades of refining this logic, Randy is now transitioning from the driver’s seat to the forefront of green technology, turning a childhood observation into a global environmental solution.
Proven Proof of Concept
Randy’s commitment to results is backed by real-time testing. Using a diesel exhaust prototype, he successfully demonstrated the carbon-binding capacity of the White Gold system:
- Initial State: Pure water tested at a neutral pH of 7.0.
- Post-Capture: Resulting carbon slurry tested at a pH of 5.5.
- Validation: This 1.5 pH drop confirms the successful capture and stabilization of CO2 in a liquid state.
