Gentari is scaling up as a hydrogen producer and go-to industry partner in enabling decarbonisation. We are actively building partnerships globally to explore diverse hydrogen use cases and advance production.
Demonstrated capabilities
Track record and experience in handling and dealing with large scale projects
Access to pioneer customers in Asia Pacific and other major hydrogen demand centers
Gentari is targeting high-emission sectors like steel production, chemical manufacturing, aviation and maritime shipping by utilising hydrogen from electrolysis, powered by renewable energy.
In partnership with industry leaders, Gentari expands its hydrogen project portfolio, innovating tailored solutions for these sectors' specific needs. This strategy significantly cuts carbon emissions and contributes to a sustainable industrial model.
Gentari's efforts are key in advancing towards a carbon-neutral economy, showing that high-emission sectors can adopt cleaner energy solutions.
Hydrogen is revolutionising clean energy, enabling zero-emission generation and seamless integration with renewables like solar and wind. Its application across transport and industry enhances energy flexibility and addresses renewable intermittency by storing surplus energy.
As a key player in the transition to a low-carbon future, hydrogen bridges the gap between conventional energy systems and sustainable practices, highlighting its vital role in combating climate change and promoting environmental sustainability.
Hydrogen is revolutionising heavy-duty transport, powering electric motors in trucks, buses and trains with high-efficiency fuel cells. Offering longer ranges and rapid refuelling, it is ideal for long-haul and public transport, significantly reducing emissions.
The high energy density of hydrogen supports heavy payloads, while expanding infrastructure and global decarbonisation efforts drive adoption. Hydrogen's role in reducing transport's environmental impact is growing, aligning with efforts to curb global carbon emissions and transition to sustainable energy solutions.
Hydrogen = most abundant, promising endless clean energy
Fuel cells turn hydrogen into water, ultra-clean energy
Hydrogen "batteries" store surplus renewable energy, stabilising grids
How hydrogen fuel is generated?
Electrolysis: Hydrogen can be produced by passing an electric current through water (H₂O) in a process called electrolysis. When renewable energy sources like wind or solar powers the electrolysis process, hydrogen produced is considered green hydrogen, as it has zero carbon emission
How is hydrogen fuel used?
Hydrogen fuels vehicles for long ranges and fast refuelling. It powers cells for backup and remote energy. It's crucial in refining, ammonia production and chemical manufacturing, proving its versatility in various sector
How is hydrogen different?
Hydrogen is a convenient energy source that can be used across various applications. Compared to batteries, it has a longer range, faster refuelling and higher energy density, benefiting long trips, aviation and heavy transport. While flammable, hydrogen can be safe when handled properly
How sustainable is hydrogen fuel?
Hydrogen fuel can be produced using renewable energy sources resulting in reduced carbon emissions. This type of hydrogen is considered sustainable and can play a significant role in decarbonising various sectors of the economy.
What makes hydrogen stand out now?
Hydrogen's surge is fuelled by climate concerns and emissions reduction. Tech progress in electrolysis, fuel cells and storage boosts its sustainability and affordability. Government support and sector collaboration overcome hurdles, speeding up its adoption in clean energy plans and driving innovation and investment.
