Industry: Nano Region: Singapore Transaction price: US$ 1 million Transaction method: equity investment
Project introduction:
A company in Singapore, relying on subversive proprietary technology, uses advanced nano-structured materials to manufacture electrolyzers with high performance, low cost and industrial service life, thus realizing economical and green hydrogen production. Relying on more than ten years of research and development achievements and innovative nano-engineering technology, the company is pushing universal porous transport layer, electrocatalyst platform and electrolytic cell stack to the market, and is committed to realizing low-cost production of green hydrogen energy and promoting its large-scale application and popularization.
Technical advantages:
The breakthrough proprietary electrode can significantly improve the key performance indexes of various electrolyzers, greatly increase hydrogen production, reduce energy consumption, reduce the use of precious metals and reduce costs. The platform technology has been patented, which can be applied to commercial and emerging electrolytic cell technology, and can be implemented in existing production lines.
1. High performance
The company's proprietary electrode design aims to double the hydrogen production while consuming 20% less renewable energy than traditional electrolytic cell technology. This mainly reduces the capital expenditure of the factory stack by 50% by increasing hydrogen production and reducing the use of expensive precious metals.
2. Superstable
The company's electrodes remain stable under extremely high current density, so the developed membrane electrode assembly can not only run at higher current density, but also have a longer service life than the traditional membrane electrode assembly.
3. No platinum group metals
At present, the dependence on key minerals is an obstacle to the large-scale application of electrolytic cells. The company's breakthrough is that it can achieve high performance without using platinum group metals.
4. High efficiency and energy saving
The electrode improves the efficiency of electric energy consumption by 10% and reduces the operating cost of electric power. This is significant because the cost of electricity accounts for 60% to 70% of the horizontal cost of hydrogen production.
Cooperation mode:
Seeking partners who need high-performance electrolytic cell solutions in China.