Solutions to reach NetZero

CRT’s proprietary electrolysis technology delivers the highest efficiency in hydrogen production, combining advanced catalyst design with robust, scalable engineering. It overcomes the common limitations of conventional systems such as power loss, degradation, and high operating costs — enabling fast, reliable, and affordable green hydrogen generation.

Beyond research and development, CRT is ready for large-scale manufacturing, supported by a proven prototype, proprietary catalysts, and fully in-house stack fabrication and system design capabilities.

CRT has pioneered a breakthrough in industrial decarbonisation using its patented core–shell electrode technology. The system converts CO₂ and renewable electricity directly into usable products, providing a scalable, high-efficiency alternative to hydrogen-based or carbon-capture methods, without costly infrastructure or process overhauls.

Tech 1: On-Site CO₂ Recycling for Steel and Cement

Designed as an add-on to existing plants, CRT’s system enables on-site CO₂ recycling by converting captured emissions back into CO for immediate reuse in steel or cement production. This process reduces coal consumption and CO₂ emissions by up to 95%, requires no water input, and leverages existing waste heat, making it one of the most practical and low-cost pathways to near-zero-emission manufacturing.

Tech 2: CO₂-to-Fuels Conversion

The same platform can also drive renewable fuel synthesis, producing syngas tailored for methanol and sustainable aviation fuel (SAF) production. By precisely controlling the CO and H₂ output, CRT enables efficient downstream conversion with minimal energy loss — linking industrial CO₂ recycling directly to the emerging e-fuels market.