Cannabis: Exploring Medical and Agricultural Applications

Global Shift Towards Legalization

Despite these limitations, numerous countries have recognized the therapeutic potential of cannabis and have taken steps to move away from a complete ban on its production and use for medical purposes. Many of these countries are actively working towards legalizing the cultivation of cannabis crops for medical applications. This shift in policy is driven by the increasing acknowledgment of the therapeutic properties of cannabis and the growing demand for alternative treatment options. In response to this changing landscape, pharmaceutical companies have commenced the production of various types of drugs based on natural organic raw materials derived from medical cannabis. The production of these drugs places a premium on the quality of raw materials, making it crucial to adhere to optimal cultivation technologies for this medicinal plant. Consequently, the application of effective cultivation practices for cannabis has become an increasingly pertinent topic.

Optimal Cultivation Practices for Medical Cannabis

To obtain high-quality medical cannabis, it is essential to provide the plants with optimal conditions throughout each stage of growth, as well as strictly adhere to the correct procedures for harvesting, drying, and storage.
Several key parameters must be controlled to ensure optimal growing conditions:

Water: The water used should have an electrical conductivity (EC) level between 1.0 and 1.5.

pH level: ranging from 5.8 to 6.5.

Air Humidity: The ideal humidity range for cannabis cultivation is between 60% and 75%.

Temperature: Maintaining an optimum temperature range of 18 to 27 degrees Celsius promotes healthy plant growth.

Lighting: Providing a lighting intensity of 400 to 600 watts per square meter ensures optimal photosynthesis and overall plant development.

Photoperiod: Aligning the duration of daylight with the specific growth phases of the cannabis plants is crucial for their successful cultivation.

Achieving these optimal conditions typically necessitates the construction of controlled environments such as greenhouses or enclosed spaces. Greenhouse structures can be coated with photoprotective nets (Nethouse), films, polycarbonate, or combined materials to create the ideal growing conditions. Our company specializes in the development of customized projects tailored to different natural and climatic zones, with a particular emphasis on the construction of combined greenhouse/net-house structures optimized for regions with hot climates.