Our product
We provide clean power systems for ocean industries, enabling zero emissions. We have developed a highly efficient power solution based on high-temperature solid oxide fuel cell systems 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 Solid Oxide Fuel Cell power modules for most applications.
SHIPPING
The shipping sector is responsible for ~3% of CO2 emissions globally, and IMO aims to reach net-zero GHG emissions from international shipping by 2050. Most of the maritime emissions come from deep-sea shipping, which is also the most difficult segment to decarbonize. The fuel-flexible Alma technology enables 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 emission-free for up to 3,000 hours annually.
OFFSHORE OIL & GAS
Despite its eventual phase-out, the oil & gas sector will remain highly active for decades, making it a priority market for Alma to offer decarbonizing solutions. Replacing gas turbines with fuel cells can potentially cut offshore emissions by up to 90%. Fuel cells can double the efficiency of natural gas usage compared to gas turbines and, when combined with carbon capture, render offshore installations self-sufficient in electricity. Many platforms already have injection systems available, making CO2 storage relatively easy to implement.
SUBSEA
Encompassing more than 70% of the Earth's surface, our oceans offer immense potential for a variety of subsea installations. In these remote aquatic environments, the need for efficient and reliable energy sources is paramount. Solid Oxide Fuel Cells (SOFC) stand out as a game-changing solution, delivering consistent and sustainable power to unlock the vast opportunities beneath the waves.
FISH FARMING
As consumer markets increasingly demand sustainably harvested proteins, fish farmers are prompted to innovate and consider alternatives like moving their farms offshore. In these remote settings, there's a need for a highly efficient, compact, and clean power system. By integrating SOFC technology, offshore fish farms can ensure sustainable and reliable operations, aligning with consumer expectations and driving forward eco-conscious practices.
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 cost-effective manner. The result is zero emission energy from natural gas and significantly reduced operational costs.
