Why CO2 Monitoring is Essential in the Cannabis Industry
CO2 monitoring is crucial for cannabis cultivation, enhancing plant growth while ensuring worker safety and air quality. Proper CO2 levels boost photosynthesis and efficiency, but excessive exposure poses health risks. As Las Vegas’ cannabis industry expands, advanced CO2 monitoring supports safe, efficient, and compliant operations.
Cannabis Growth Yield and Carbon Dioxide as a Key Player for Worker & Plant Health Alike
Cannabis cultivation presents unique challenges related to air quality, worker safety, and plant productivity. One critical factor in all those challenges is carbon dioxide (CO2) monitoring, which plays a big role in balancing growth optimization with safety regulations.
Plant growth utilizes CO2 during photosynthesis, a process by which the plants convert light, CO2, and water into energy to grow. Cannabis plants create a significant amount of biogenic volatile organic compounds (BVOCs), which could cause indoor air quality issues to plants and humans alike. That’s what makes CO2 monitoring essential to the cannabis industry.
Optimal CO2 Levels & PPM through Technical Specifications for Cannabis
According to the National Library of Medicine, elevated CO2 levels can significantly boost the photosynthetic rate of Cannabis Sativa. Different CO2 concentrations can enhance cannabis concentration by approximately 38%-48% across various cannabis varieties. It also improves water-use efficiency by 157%-191%. The CO2 in the air in a greenhouse or grow room can be depleted rapidly by actively growing plants. Parts per million is a term often used to measure the amount of liquid nutrients in water used on plants, as well as the concentration of ambient CO2.
An average indoor space contains 400 ppm. Plant growth ceases when the level gets below 200 ppm (parts per million), and it thrives between 1,000-1,500 level ppm. Anything above 5,000 ppm can be lethal to humans, and may even cause plant damage. In the right environment, managing the CO2 levels can maximize plant growth and resource efficiency. Elevated concentrations can pose severe health risks to workers, including respiratory issues and dizziness.
Implementing advanced CO2 monitoring systems, such as the Aerosphere CO2 Monitoring Kit System, provides a balance between the enhancement of plant growth without sacrificing proper safety and cultivation environments.
Application: Las Vegas - A Cannabis Hub with New Innovations
The cannabis industry is rapidly expanding in Las Vegas due to the legalization of recreational cannabis and the state’s progressive regulatory framework of implemented policies. The city has emerged as a key player in the industry and as the industry expands, the market is evolving beyond flower sales as THC-consumable products and THC conventions are becoming an integral part of the cannabis culture.
By integrating CO2 monitoring into these processes, the Las Vegas cannabis market can continue its expansion while maintaining industry-leading safety and efficiency standards.
