Since Canada has legalized the commercial production of cannabis, the demand for this priced herb has increased tremendously. It has put massive pressure on producers throughout the country to boost their production operations for adequate supply. However, with environmental sustainability in question, there are several hurdles that marijuana farmers must face to ensure that they can meet market demand for viable profits.
Here’s where “cannabis grow buildings” come into the picture. These steel enclosures provide a secure facility for farmers to grow and protect their crops. Moreover, besides physical security, they also offer climate-controlled settings keeping and better fire resistance, thus ensuring the safety of their produce.
Since cannabis production is energy-intensive and quite expensive, many farmers are switching to alternative cultivation practices for improved efficiency and lower operations costs. They are converting special-prefabricated steel buildings into effective greenhouse chambers to provide a suitable climate to boost production.
How Do Cannabis Grow Buildings Promote Sustainability?
Steel buildings can create a practical greenhouse or high tunnel, allowing producers to grow their crops in a controlled setting throughout the year. Since steel offers deep walled cavities, it will enable more excellent insulation, thus trapping heat more effectively and managing temperature efficiently.
These buildings are also equipped to support industrial-grade HVAC helping producers control humidity and ensure proper ventilation to boost plant growth. Energy-saving LED lighting systems are ideal for lowering energy consumption and reducing costs.
Moreover, automated fertigation systems reduce the water used to irrigate their cultivated land. It promotes sustainable water use by recycling and reusing runoffs and eliminates chances of human errors, thus saving tons of water and fertilizer.
Another way to introduce sustainability in cannabis production is by switching out peat-based media with environmentally friendly and lasting options such as coco coir. Since harvesting peat fields can result in massive carbon emissions and contribute to climate change, many “cannabis grow buildings” use organic, living soil instead.
Moreover, these soil-based substrates are much better than artificial media in cultivating hydroponics. The microorganisms can convert the soil’s inorganic nutrients into naturally occurring organic manure, thus reducing dependence on synthetic fertilizers.
Further, these specialized enclosures are ideal for storing raw materials and other agricultural equipment required for cultivation. Additionally, many farmers install separate storage and warehousing facilities for their harvest.
Doing this allows them to ensure that their product is safe and ready to transport, making logistics more effective. A single plant with production, storage, and warehousing facilities can improve cultivation practices and increase productivity.
Why Is Steel Used To Construct Buildings for Cannabis Growth?
Steel is an incredibly versatile metal used to build several structures worldwide. It is fireproof, strong, rust and pest resistant and resistant to harsh weather conditions. Its low costs and high functionality make it popular among many producers and manufacturers. It is a high-quality, dynamic and durable solution. Moreover, it offers a high degree of flexibility, allowing them to customize their facility to suit their operational needs and requirements.
Steel buildings are easy to install and require almost no additional maintenance and aftercare. They are perfect for those who want to focus their resources on improving their cultivation and yield. Since they don’t require internal support columns, they are ideal if you’re looking for a facility with maximum space spanning.
Unlike traditional wood or concrete, steel buildings are becoming increasingly popular in the production and manufacturing sectors. These buildings are long-lasting and cost-effective options allowing you to expand your business for scalable results. Their clean span design makes it easy to access and monitor production activities to identify and resolve bottlenecks.