Our product
We provide clean power systems for ocean industries, enabling zero emissions. We have developed a highly efficient power solution based on solid oxide high-temperature fuel cells that can run on multiple fuels.
In a time where future fuel availability is uncertain, our technology allows ship owners to reduce risk by choosing the engine, not the fuel type. Check out our current projects.
Our mission is to accelerate the transition to zero-emissions in the ocean space
Alma Clean Power Modules
Technology Highlights
1
Superior efficiency
>60% electrical efficiency + heat recovery ensures competitive OPEX
2
Fuel flexible
Compatible with future deep-sea fuels such as hydrogen, LOHC, methanol, ammonia, LNG, LPG
3
Low maintenance
No rotating parts simplifies maintenance tasks compared to traditional internal combustion engines
4
Silent and no vibrations
Power and heat is generated silently and with no vibrations in a combustion-free process
5
Modular
The modular design enables new ship design possibilities
6
Safe & compliant
Developed to comply with maritime safety rules & regulations
Applicable sectors
Flexibility in terms of size, power and fuel type, makes it possible to use our highly efficient clean power modules for most applications.
SHIPPING
The shipping sector is responsible for ~3% of CO2 emissions, 13% of SOx emissions and 12% of NOx emissions globally. IMO 2030 targets to reach at least 50% reduction by 2050. Most of the emissions come from deep-sea shipping, which is also the most difficult segment to decarbonize. The Alma technology can eliminate all three emission types, enabling zero emission deep-sea shipping. The picture shows Viking Energy which will be retrofitted with 2 MW Alma fuel cells running on ammonia, allowing it to sail solely on the clean fuel for up to 3,000 hours annually.
OFFSHORE OIL & GAS
Although this sector will be phased out eventually, many decades with high activity remains. This makes the oil & gas sector a market with high priority for Alma to provide decarbonizing technology. Replacing gas turbines with fuel cells has the potential to reduce emissions offshore by up to 90%. Gas turbines exploit roughly one third of the energy in natural gas whereas a fuel cell can double the efficiency, while producing concentrated heat. Fuel cell systems with carbon capture will make offshore installations independent from electricity cables to land. Many platforms already have injection systems available, making CO2 storage relatively easy to implement.
SUBSEA
Subsea is the definition of a remote area in the ocean industries. More than 70% of the Earth’s surface is covered by water, subsea installations for a variety of applications has huge potential.
FISH FARMING
Sustainably harvested proteins is demanded by the consumer markets, pushing fish farmers to rethink their conventional way of harvesting, such as moving the fish farms offshore. Highly efficient and compact clean power system is needed at such remote locations.
LAND BASED POWER PLANTS
LNG operated power plants with fuel cells can contribute to reduce emissions from power generation in the transition phase towards only renewable energy sources. Our high temperature fuel cells can produce electricity and heat from natural gas. The system has very high efficiency levels compared to conventional power plants and the possibility to capture CO2 in a very cost-effective manner. The result is zero emission energy from natural gas and significantly reduced operational costs.
