Unleashing the Power of Carbon Dioxide Utilization and Removal: Postponing the implementation of CDUR might endanger global climate objectives. Nature and climate are deeply interconnected.

Allan Otto on Carbon Dioxide Utilization and Removal CDUR. Investing in Hydrogenerous: Affordable Green Hydrogen for Future Growth.

Allan Otto from Hydrogenerous stresses the urgent need for large-scale carbon dioxide utilization and removal (CDUR) to meet climate goals. Progress in carbon capture technology, policy support, and new markets for CO2 utilization must be financed. Allan stresses the role of government incentives, private sector investment, and international cooperation in scaling up CDUR solutions. He also points to challenges such as economic viability, regulatory framework, and technology uptake.

We need immediate action, stressing that delaying the implementation of CDUR could jeopardize global climate goals.

PTX electrolysis has played a role but lacks profitability the 200-year-old technology has to go on pension as competing technologies like CAT catalysis challenge expensive electrolysis projects that only temporarily support the struggling wind industry. A shift to circular economies and nearly free green hydrogen production is essential. This new hydrogen approach efficiently uses CO2 and tackles three major issues: producing green hydrogen for under 0.54 USD, utilizing and consuming carbon dioxide beneficially, and saving substantial infrastructure costs.

Symbolizing the shift from traditional renewable energy sources like wind turbines becoming redundant. The CAT catalysts and technologies introduce a groundbreaking, more economical method for green hydrogen production highlighting CAT's innovative, cost-effective green hydrogen production method. 90% cheaper than PTX electrolyzer methods for reaching the status of Green Hydrogen.

Sustainable Energy Breakthrough: Diagram illustrating the "hydrogenerous" process, where CO2 and H2O are utilized to produce green hydrogen (Green H2), a clean and renewable energy source.

Hydrogen is crucial for achieving net zero, but existing PtX strategies are ineffective.

Cat Catalyst H₂, priced at under $0.54/kg, can deliver cost-effective, low-carbon hydrogen worldwide on a large scale by utilizing CO2, presenting a promising solution.

Green H₂

From Electrolysis

Requires massive amounts of renewable electricity

52 kWh to 80 kWh/kgH₂

An electrolyzer's lifespan is limited to just 3 years

Blue H₂

From grey H2

Carbon Capture and StorageStill environment unfriendly

5-10 kgeqCO₂/kgH₂

Grey H₂

From fossil fuels‍

Highly polluting

10kgCO₂/kgH₂

Green H₂ CAT Catalyst Hydrogenerous

From Catalysis

Requires no renewable electricity, chemical clean process

0 kWh to 5 kWh/kgH₂ for flow-systems.

CAT Reaktor has a lifespan exceeding 30 years

Use CO₂ to keep carbon from being released into the atmosphere.

Harmless to the environment and nature.

Less expensive to manufacture than even Grey H₂.

Investing in Hydrogenerous: Affordable Green Hydrogen for Future Growth.

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