- Can be demonstrated to be vastly more
productive than pond and solar PBR grown algae.
- Uses radiant energy more efficiently
for photosynthesis than solar driven systems
- Uses about 80% less water and nearly 95% less land than pond and
solar PBR grown algae
- Uses fossil flue CO2 and NOx
gas emissions to produce many valuable products (animal & human food,
pharmaceuticals, polymers, fine chemicals, bio-fuels, etc)
- Uses sustainable power when available or can generate own power
from biomass combustion
- Uses NOx gases as nutrient source to replace costly nitrogen fertilisers
- As or more efficient than sugar driven fermenters for growing algae
- Operates 24hours a day year round as a reliable and scalable industrialised process to grow algae
producing biomass and oxygen gas
- Low de-watering and harvesting costs
- Totally enclosed system minimises pathogen and predator attacks
- Economic unit Capex & Opex costs at industrial scale sited
close to emission sources
For more details
please drop me a line martin@abel-group.com
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