Agriculture and soil go hand in hand, conventionally. It seems impossible to grow crops without soil as it provides a medium for plants to get nutrition. But with rapid advancements in science, soilless farming has become a reality. Farmers around the globe are adopting indoor vertical farming practices owing to its visible benefits over conventional farming.

Advantages of Soilless Farming

  • Growing without soil is sustainable and stable form of agriculture compared to conventional methods
  • Crops grown using soilless farming technique don’t require pesticides, meaning lower costs and healthier plants
  • Less requirement of water compared to soil-based methods
  • Cost-efficient method as it doesn’t require buying and holding large pieces of costly real-estate
  • Greater control over yield owing to a completely controlled environment

Aeroponic Vertical Farming: Paving way for Sustainable Form of Soilless Farming

Aeroponics is an innovative form of hydroponics technology that doesn’t require a medium for crops to grow. Essentially, this means that the plants don’t need soil for growing which accelerates crop growth.

A subset of hydroponics, aeroponics is an effective way to practice soilless agriculture. As a plant only requiresoxygen, light and nutrients, it is actually possible to grow plants by setting up an aeroponic vertical farm without soil.

Understanding the Dynamics of Aeroponics-based Indoor Vertical Farms

Aeroponic vertical farming is becoming an increasingly popular alternative to farming. As it requires minimal space, and everything is controlled by a central system, it caters to modern-day need for efficient farming with high yields.

Fundamentally, indoor vertical farming is suitable for people looking to start growing their own food or farmers who are looking to increase their yields without massive investment in land parcels. There are three basic elements of an aeroponics-based vertical farm:

  1. Misting Jets

Misting jets are installed within the vertical growing panels to spray the roots of a plant. Not a single drop of water used by the spray system is wasted. A closed-loop system ensures that each drop is collected and reused for optimal utilization of resources and yield efficiency.

  1. LED Lighting System

LED lighting systems are used in indoor vertical farmingto replicatethe effect of natural sunlight. Generally, these systems run on multi-spectrum technology for boosting the growth and development of a plant. All the lighting systems are inter-connected for collection of valuable growth data that is analyzed for optimizing yields and minimizing operating costs.

  1. Central Control System

One of the most amazing things associated with soilless farming is the power it gives to a farmer to control every single aspect. Indoor vertical farmingis managed by a central control system that is used to control temperature, humidity and wind patterns to replicate real-life climate. As everything is controlled with a central control system, farmers can practice greater control over the environment and ultimately the crop yield.

Aeroponic vertical farming is igniting a revolution in the field of agriculture by providing humanity the hope for food sustainability. With a rapidly growing population and shrinking land parcels under agriculture, particularly in urban areas, soilless farming is sure to pick up pace in the near future. What do you think about indoor vertical farming? Let us know in comments and if you are interested in aeroponic farming, get in touch for more details and expert consultation today.