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BRICS Industrial Innovation Contest (IIC) 2026

  • May 7
  • 1 min read

Updated: 14 hours ago

On 7 May 2026, FluviusH2 Limited took part in the New Industrialisation International Cooperation Forum and the BRICS Industrial Innovation Contest 2026 (Hong Kong–Macao Division) at the Hong Kong Productivity Council. Centred on green industrialisation and international cooperation, the event brought together government, industry, academic and research representatives and innovation teams from the Chinese Mainland, Hong Kong and Macao.

FluviusH2 electrode samples and hydrogen technology materials at the BRICS Industrial Innovation Contest 2026 Hong Kong–Macao Division

Addressing industry challenges through enzyme-coupled hydrogen production

During the project pitch, FluviusH2 representative Dmitry Sedush presented “FluviusH2: Enzyme Coupled Hydrogen Production” in English. The presentation outlined the electricity consumption, catalyst cost and maintenance challenges of conventional water electrolysis and introduced the company’s route towards more efficient and cost-effective green hydrogen production through enzyme-coupled catalysis.

FluviusH2 representative presenting the project at the BRICS Industrial Innovation Contest 2026 Hong Kong–Macao Division
FluviusH2 presentation on the cost and energy challenges of green hydrogen production

Recognised as an Outstanding Project

Following the on-site presentation and review, FluviusH2’s enzyme-coupled catalytic green hydrogen project was recognised as an “Outstanding Project” in the Hong Kong–Macao Division. The event provided a focused opportunity to demonstrate the company’s core technology, electrode samples and application direction to industrial, investment and technology partners.

FluviusH2 representative with Outstanding Project teams at the BRICS Industrial Innovation Contest 2026 Hong Kong–Macao Division

FluviusH2 will continue the engineering validation of electrode materials, catalytic systems and electrolyser solutions, working with industry partners to accelerate the deployment of efficient and lower-cost green hydrogen technology.

 
 
 

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