What Are The Different Prevention Methods For Maintaining The Environment Of The Grow Room?

In horticulture practices, there are various practices done for the cultivation of crops. Many growers use a grow room to cultivate plants under fully controlled environmental conditions. It is a specialised enclosed space which includes high-intensity grow lights, ventilation systems to manage heat from lights and reflective wall covering to maximise light efficiency. It enables cultivation for years and protection from pests and climate change. Grow rooms can range from small setups to large industrial-scale facilities, which majorly help in manipulating the environmental variables for the maximum yield. That is why it is important to maintain a stable, clean and controlled grow room environment to prevent plant stress and disease. There are various key prevention measures for maintaining the environment in the grow room. Let’s discuss in detail the top five prevention majors to take for maintaining the grow room environment in this blog.

Top five prevention majors for grow room maintenance: 

• Sanitation and hygiene

It is important to maintain a proper cleaning routine of the grow room. Regularly clean and disinfect all the surfaces, whether it is floors, walls or containers, with sanitisers. The proper sanitisation should be done before, during and after each cycle growth to maintain hygiene. You should immediately remove dead leaves, fallen plants and still water as they are most prone to causing infections by attracting pests. Always before entering the grow room, do proper sanitisation of yourself. This can be done by wearing clean clothes, washing hands and using sticky mats to trap dust from shoes. You should frequently clean and sanitise the gardening tools to avoid cross-contamination between plants. Only use fresh, high-quality growing media instead of old soil, which can attract pests. 

• Climate management

The climate should be monitored regularly by the use of environmental controllers. There are various tools, like thermometers, that are used to check the temperature and enable it to maintain consistent temperature and humidity levels. It helps to detect climate change early, which leads to no decay of plants. It maintains the humidity level according to the vegetative and flowering state of the plant to prevent mold and bud rot. It is important to maintain the daytime temperatures around twenty-one degrees Celsius to twenty-eight degrees Celsius, and a bit cooler at night. 

• Air circulation and ventilation

There must be effective air exchange by using inline fans and intake fans to remove hot, unpleasant-smelling air and introduce fresh air. This reduces the risk of fungi. There should be the use of continuously swinging fans so the air is properly circulated. It helps dry out moisture gaps, prevents fungi and strengthens plant stems. Install air filtration systems; you can install HEPA filters on intake air and carbon filters on exhaust to prevent smells and bad bacteria from entering or leaving the grow space.

• Pest and disease management

To protect the growing environment from pests and disease, you can use a combination of methods. It increases the usage of beneficial insects to naturally control pests. You should isolate the new plants to check for pests or disease before adding them to the grow room. Perform the proper inspection of the plants, especially the underside of leaves, using a magnifying glass for early detection of any infection. 

• Structural maintenance

It is important to maintain the structure of the grow rooms to prevent any dirt particles from coming inside. You should seal all the cracks and gaps in walls and doors to keep pests out and prevent air leaks. Cover walls with a plastic film to make the cleaning easier and to eliminate pathogen growth. You should keep plants and tools away from the floor to enhance airflow and for easier cleaning.

Conclusion

It is very beneficial to do preventive maintenance as it is cost-effective compared to the cost of the breakdown of the plants in the grow room. By combining all the above-mentioned approaches, growers can significantly reduce the risk of environmental failure. The use of automated technology for maintenance allows for holding the most accurate conditions for plant growth, thereby minimising human error and protecting plant health from seed to harvest. It is advised to perform continuous maintenance to prevent pathogens and pest infestation in the environment. Bayton Horticulture Centre provides the most efficient ready-to-install grow rooms, which ensure high-quality yield and a sustainable environment for your plant growth. The different measures required for taking the proper maintenance, as suggested by our expert, Mr. Pardeep.

FAQs

1. How often should I change my carbon filter?

It is suggested that activated carbon filters should be replaced every 12 to 18 months. By the way, it heavily depends on the humidity levels and the amount of air being treated. 

2. Should I use a dehumidifier?

Yes, a dehumidifier is essential, particularly in the flowering stage. It helps in preventing moisture build-up, which leads to fungus.