CarboSphere's innovative tile system transforms rooftops into eco-friendly powerhouses by capturing CO₂ and producing hydrogen without electricity. Made from recycled materials, these tiles integrate solar energy and offer options for rooftop agriculture, enhancing sustainability and revenue.
The Modular Carbon-Capturing and Hydrogen-Producing Smart Roofing Tile System by CarboSphere is an innovative solution that leverages rooftops to combat climate change. Each smart tile captures carbon dioxide (CO₂) and produces hydrogen without the need for electricity, harnessing solar energy to support a range of applications. This system not only contributes to sustainability but also transforms rooftops into revenue-generating ecosystems through clean energy production and carbon credits. The tiles are made from recycled materials, reinforcing the principles of a circular economy.
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This technology is at TRL 4, indicating that it has been validated in a laboratory environment. Future steps include custom industrial design finalization, manufacturability validation, and field testing on live roofs. A market pilot will test performance and user adoption, leading to full-scale deployment and global scale-up through licensing opportunities.
Carbosphere Inc. is a Canadian clean technology company that has developed a specialized process, known as the CS-TRANFØRM™ process, to recycle mixed, non-recyclable plastic waste. By utilizing KWI Polymers’ technology, the process involves sorting and drying plastic feedstock to remove major contaminants, which is then transformed into hydrocarbon-rich gases and mineral co-products. The system separates condensable fractions for use as chemical building blocks in virgin plastic manufacturing, while non-condensable fractions are processed to generate turquoise hydrogen and high-quality carbon black. The carbon black can be controlled at the nanostructure level to suit various applications, ranging from tire manufacturing to specialized anti-static or conductive uses.
This technology addresses plastic waste accumulation by diverting materials from landfills and converting them into industrial-grade commodities. The company’s approach supports a circular economy by producing value-added inputs for polymerization plants and industries requiring renewable chemical building blocks or clean energy sources. Beyond carbon black and chemical precursors, the process generates mineral concentrates and excess thermal energy, which can be leveraged through strategic industrial alliances to further improve energy efficiency and resource recovery, offering a sustainable alternative to conventional petrochemical and carbon production methods.