We Develop Amazing Products

H2next, synonymous with Hydrogen, is the next promising energy carrier for the world. Hydrogen is the element with highest gravimetric energy density of 150 MJ/kg and is the most available substance in the universe, perhaps approximately 80% of the atoms are hydrogen atoms.

H2Next has taken attention as an environmental friendly energy strategies which possibly to replace the current fossil fuel based energy production, this can be achieved by when the Green Hydrogen is produced from the renewable water. Green Hydrogen using electrolyser are having many advantages are as follows

Product Advantages


Team has deep knowledge in material synthesis, membrane fabrication, cell design, assembly and testing

Compact Design

Cell design is so compact

Stacking Modules

Built the modules in a stack model and future scaling up is possible

Established Technology

Proton exchange membrane is used in the Advanced Membrane electrode assembly in our electrolyser

Expert Team

Knowledgeable experts has experiences in PEM and AEM electrolysers

AEM Membrane

H2nextAEM™ membranes were developed specifically for use in hot and strong alkaline environments. They represent the only commercially viable option for the evolution of alkaline membrane electrolysis systems. The high hydroxide ion conductivity enables high efficiency and energy density, which lead to overall OpEx and CapEx reductions, while the chemical and mechanical integrity leads to longer operational usefulness.

An AEM electrolysis solution combines the benefits of PEM and alkaline systems by allowing the use of non-noble catalysts while achieving energy densities and efficiencies comparable to PEM technology. Today, commercially available membranes lack sufficient alkaline stability, which has limited the widespread adoption of AEM in electrolysis applications.

The cost of precious metals such as platinum and iridium dwarf those of commodity metals such as nickel and iron. AEMs will unlock the potential for massive cost savings and scalability currently limited by precious metal supply. The charts highlight just how extreme this difference is and the reductions in catalyst cost possible.

AEMs are solid polymer electrolyte membranes that contain positive ionic groups (typically quaternary ammonium (QA) functional groups such as poly-N+Me3) and mobile negatively charged anions.

PEM Electrolyser

When a water molecule passes through electrochemical process water molecules split into hydrogen and oxygen gases, this process is called water electrolysis. Electricity is used for splitting hydrogen and oxygen into their gaseous phase. The basic equation of water electrolysis is written as Eq.1. This technique produces clean energy without the emission of pollution by utilizing electricity.

H2O (liquid) + Energy -> H2 (gas) + ½ O2 (gas) (Eq.1)
Anode: H2O -> 2H+ + ½ O2 + 2e-
Cathode: 2H+ + 2e- -> H2

AEM Electrolyser

Overall reaction: H2O (Liquid) -> H2 (g) + ½ O2 (g) (4.1)
Anode: 2OH- -> H2O +2e- +1/2 O2 (4.2)
Cathode: 2H2O +2e- -> 2OH- +H2 (4.3)