What is so unique about Novonanmek’s Carbon Dioxide Removal Technology?
The below factors make Novonanmek's DAC technology one of the most economically viable technologies in this space.
Throughput: Novonanmek's DAC technology is designed for high throughput, which is critical for capturing the low concentration of CO2 in the atmosphere. This means that the system is able to process a large volume of air in a shorter amount of time, making it more efficient.
Contactor-less Design: Novonanmek's DAC technology uses a Modified Bubble Reactor, which is a contactor-less design that maximises throughput. Bubble reactors have the highest scrubbing factor compared to other scrubbers, which means they are very effective at capturing CO2 from the air.
No Heating or Compression: Unlike some other DAC technologies, Novonanmek's system does not require any heating or compression of the air. This makes it more energy-efficient and helps to reduce the overall cost of the system.
Use of Sea Water: Novonanmek's DAC technology uses sea water with increased alkalinity, which helps to capture CO2 more effectively. This also means that the system does not require large amounts of freshwater, which is often a scarce resource in many parts of the world.
No Solvent Regeneration: Novonanmek's DAC technology does not require any solvent regeneration, which can be a costly and time-consuming process. This helps to reduce the overall cost of the system and make it more efficient.
No Harsh Chemicals: Novonanmek's DAC technology does not use any harsh chemicals, which is better for the environment and makes the system safer to operate.