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industrial marijuana growing

Industrial marijuana growing

For years, the popular image of cannabis growers has been scruffy hippies getting high on their own supply in a disorganized underground economy, rather than shiny white industrial agriculture facilities. Even larger-scale operations involved minimal quality control or lacked formal record keeping.

Testing, testing

But as legal medical — and increasingly, recreational — cannabis becomes more widespread, the cannabis industry is becoming more professional. By adopting the methods and rigour of plant science and analytical chemistry, it is ensuring that it can produce safe, consistent and high-quality products for a fast-growing and lucrative market.

And as testing becomes more widespread, its importance is also reaching users, says Marcu. “Consumers are starting to realize that there is a big difference between illicit or grey-market products and those from a licensed operator,” he says. “They can have more confidence in the products than before.”

Industrial marijuana growing

We recommend three future-proofed upgrades for cannabis production facilities of any size:

The most important consideration in evaluating a potential grow space is ensuring proper ventilation for your crops. Cannabis plants require a lot of light, which typically emit a tremendous amount of heat. Without proper ventilation and air exchange, producers risk cooking their crop or limiting yields due to excess humidity, heat, or oxygen. Greenhouse-specific HVAC systems exist for closed greenhouse schemes and help producers program hyper-accurate climate control systems to ensure the facility maintains ideal growth conditions.

Creating a Cannabis Business Plan

Running a successful commercial cannabis grow operation is an expensive challenge. While growers can maintain a higher level of control over humidity, available light, and pests in an indoor environment, maintaining proper light levels and staying as energy-efficient as possible are top priorities for commercial cannabis production operations.

Already considered a success in achieving water-saving status in the UK brewing industry, some cannabis producers are investing in closed-circuit desalination (CCD), reverse osmosis water systems. At the same time as purifying incoming municipal water sources, these CCD systems can recover as much as 97% of wastewater, therefore reducing water demand and saving in disposal fees.

Can I add my own grow lights and horizontal air flow fans (HAF fans), wet wall system, etc?

That said, no forward-thinking cannabis entrepreneur should overlook energy-efficiency standards in initial constructions. An estimated 4% of Denver’s annual energy usage went toward cannabis production facilities in 2020; projections for energy usage among states nearing legalization (including California, Nevada, and Maine) are unquestionably unsustainable.