Sarly Adre Bin Sarkum of Malaysia has designed the HO2 scraper, a self-sufficient underwater wavescraper that harvests renewable energy from the sea, then uses it to grow food.
Underwater architecture is particularly interesting to those concerned with rising sea levels due to global warming. The HO2 scraper harvests wave, wind and solar power and uses aquaculture and hydroponic food production technologies to grow food underwater.
Implications - The last few years have seen an increase in the importance of environmentally friendly devices and products. One of the best ways a company can engender good will is by creating products that explicitly exhort consumers to catch up with them in purchasing sustainable products and living a Green lifestyle.
What Makes This Trend Stand Out
- Underwater Architecture
- Designing self-sufficient structures underwater presents opportunities for harnessing renewable energy and sustainable food production.
- Renewable Energy Harvesting
- Using wave, wind, and solar power to generate energy underwater offers innovative solutions for sustainable living.
- Aquaculture and Hydroponics
- Combining aquaculture and hydroponic technologies allows for underwater cultivation of food, addressing future challenges of food production.
Sectors Adopting This
- Architecture and Construction
- The architecture and construction industry can explore the design and development of self-sufficient underwater structures for various purposes.
- Renewable Energy
- The renewable energy industry can focus on developing technologies to efficiently harvest wave, wind, and solar power from the sea.
- Agriculture and Food Production
- The agriculture and food production industry can innovate methods of cultivating food underwater using aquaculture and hydroponics.
