mereveesüsinik

Mereveesüsinik, also known as seawater-derived hydrogen, refers to hydrogen produced from water extracted from the sea. This process typically involves electrolysis, where an electric current is used to split water molecules (H2O) into hydrogen gas (H2) and oxygen gas (O2). The challenge with using seawater directly is its high salt content, which can corrode standard electrolysis equipment and interfere with the process. Therefore, desalinating or purifying the seawater is often a necessary preliminary step before electrolysis can be efficiently and safely carried out.

The development of mereveesüsinik production is driven by the vast abundance of seawater on Earth, making it a potentially limitless source of hydrogen. This contrasts with freshwater resources, which are more limited and can be subject to competition for other uses. Producing hydrogen from seawater could therefore offer a more sustainable and scalable pathway to a hydrogen economy, particularly in coastal regions. However, the energy required for desalination and electrolysis, as well as the management of brine waste, are significant considerations for its economic and environmental viability. Research is ongoing to develop more robust and efficient technologies for direct or indirect seawater electrolysis.