indoor urban farms called wasteful 'pie in the sky'
Urban farming is becoming increasingly popular across the world, with many people recognizing the benefits of locally grown produce. However, one particular approach to urban farming, closed-system indoor farming, is often associated with a high cost due to its reliance on electricity. But did you know that there are new innovations in indoor urban farming that are revolutionizing the industry?
The Swedish Revolutionize Indoor Urban Farms
One of the most exciting developments in indoor urban farming comes from Sweden. The company Farm Urbana has designed a new indoor farming system that uses natural sources of light and recycles water, reducing the cost of electricity and water by up to 90 percent. Their system is highly scalable, making it suitable for urban settings.
Sky-High Vegetables: Vertical Farming Sprouts In Singapore
Another innovative approach to indoor urban farming is vertical farming, which involves growing crops in vertically stacked layers. In Singapore, Sky Greens is leading the way in vertical farming, producing vegetables such as spinach and lettuce in their nine-meter-tall A-Frame vertical farming system. By using a hydraulic system to rotate the frames, the crops are exposed to natural sunlight and irrigation water in a controlled manner.
The Cost of Closed-System Indoor Farms
While closed-system indoor farming has been associated with high costs, the innovation seen in Farm Urbana’s and Sky Greens’ indoor farming systems has reduced the cost of indoor farming. Closed-system indoor farms, which use artificial light and recirculating water, may initially have higher setup costs due to the need for specialized equipment. Additionally, the high cost of electricity can make closed-system farming less sustainable in certain regions.
Abstract
Urban farming is becoming increasingly popular across the world, with many people recognizing the benefits of locally grown produce. However, one particular approach to urban farming, closed-system indoor farming, is often associated with a high cost due to its reliance on electricity. While closed-system indoor farming has been associated with high costs, the innovation seen in new indoor farming systems has greatly reduced the cost of indoor farming.
Introduction
Closed-system indoor farming has long been viewed as a costly approach to urban agriculture due to its high energy consumption from using artificial light and recirculating water. However, new innovations in indoor farming are challenging these preconceptions. These innovations have the potential to create new, more sustainable approaches to urban farming that can benefit local communities.
Content
One of the most exciting developments in indoor urban farming comes from Sweden. Farm Urbana has developed an indoor farming system that is highly scalable, making it suitable for urban settings. The system also uses natural sources of light and recycles water, reducing the cost of electricity and water by up to 90 percent.
Another innovative approach to indoor farming is vertical farming. Sky Greens, based in Singapore, has developed a nine-meter-tall A-Frame vertical farming system that rotates to expose crops to natural sunlight and irrigation water in a controlled manner. This innovation has been successful in producing vegetables such as spinach and lettuce.
While closed-system indoor farming has been associated with high costs, these new approaches to indoor farming have helped reduce the cost of indoor farming. However, it is important to note that closed-system indoor farming may initially have higher setup costs due to the need for specialized equipment. Moreover, the high cost of electricity can make closed-system farming less sustainable in certain regions.
Conclusion
Closed-system indoor farming has long been viewed as a costly approach to urban agriculture due to its high energy consumption from using artificial light and recirculating water. However, new innovations in indoor farming are reducing the costs of indoor farming, making it a more sustainable approach to urban agriculture. With these new innovations, indoor farming has the potential to revolutionize how we approach urban agriculture and create new opportunities for local communities.
Source image : farmurbana.com
Source image : phys.org
Source image : kuow.org
