Cannabis Cultivation Facility CO2 Safety | CO2Meter.com

 

Cannabis Cultivation Facility CO2 Safety

Carbon Dioxide Supplementation in Cultivation Facilities

CO2 in Cannabis Cultivation

Cannabis cultivation facility CO2 safety is important. There is more to running a cannabis cultivation facility than just growing plants. While trends in the cannabis space continue to expand into indoor production, their size and use of new technologies are changing rapidly.

With the growth of cannabis cultivation and the conflicting state and national laws, the states have taken on the all-encompassing oversight roles. From guidelines and permitting through to tax collection and dedicated spending formulas, each state must create its own set of rules and regulations for the industry to follow. While some replicate models created in other states this loose network of rulemaking has lead to a variety of disparate restrictions like limiting the number of grow licenses or the square footage of facilities. For example, Marijuana Network stated, "The state of Florida only issued seven cultivation licenses while New York just extended its limit from five to ten!" 

For this and other reasons, building a cultivation facility from the ground up is expensive, complicated, and requires continuous monitoring and maintenance. Yet, with the right construction, personnel, and processes the end results can be lucrative. 

What to consider when constructing a cultivation facility?

1. Location

Troy Dayton states, "Aside from cryptocurrency, there is simply no other industry changing as rapidly or as unevenly as the cannabis sector". Like most large commercial investments, construction is key, and it's all about the location. When it comes to building a cultivation facility, in order to grow, climate plays a major role. Cultivators need to recognize even the smallest of influences, such as sunlight, wind, and previous natural disasters can all play an impactful role. 

Another location consideration is the proximity to the intended target audience.  How closely can you build a facility to your distribution points and the intended consumer?  Does local zoning allow for your facility within city limits?  Will you have any transportation concerns or risk DOT regulation violations as well?

Another point to consider is the existing local infrastructure like water and power. Is your facility already connected to these services or will you have to pay for connection?  Will you need to upgrade your power systems to account for consumption?  Any owner or investor should know these answers before thinking about the end profit potential.

Finding the correct location is just as important for a grow facility as any other local business.

2. Zoning

While licensing applications are critical, zoning laws vary widely depending upon the state and local jurisdiction. It is always recommended to gain the expertise of a general contractor to manage the construction process of any facility. What is required in two neighboring towns might be completely different.

Building your facility to code can become excessively difficult given the crop you are producing. Local code officials will require additional information and education throughout the process. Some local zoning requirements to note are set-backs from schools, air purification prior to discharge, power consumption in a certain grid, and security protocols.

It is always recommended that you consult with local units of government, building and fire officials prior to beginning the planning of your facility with an architect. Local requirements are easier and less expensive to satisfy when they are built into the original design rather than done as changes after the fact.

3. Carbon Dioxide Safety

With so many variables at play when it comes to operating a large cultivation facility, it is no surprise that a vital component of any operation is ensuring the proper amount of carbon dioxide (CO2) is supplemented, and proper safety precautions are in place.

Indoor growers minimize ongoing costs by using tanks of liquid CO2 to increase yields. The challenge they face is that in enclosed rooms, a CO2 leak in tubing or a manifold can result in a sudden and dangerous increase in CO2. Because the gas is invisible, odorless and tasteless a worker can instantly be overcome walking into a room with too much CO2. For this reason many local municipalities include a requirement for CO2 safety monitors in indoor cannabis cultivation grow rooms.

Both Harvard, and LBNL have stated, "CO2 levels can directly affect the brain, and if you have a grow room with elevated levels of CO2, the best research says you need to minimize the time you spend in it. You also need to consider purchasing a CO2 monitor for everyday use".

Learn more about CO2 Safety in cannabis cultivation.

Tips for Properly Enriching Plants with CO2

  • Have the right light - the rule of thumb: 7500-1000 lumens per sq. foot will allow for the full benefits of CO2 enrichment at 800-1,500ppm.
  • Seal the space - prevents CO2 from leaking out and will maintain your CO2 levels 
  • Temperature - many growers recommend between 85F and 95F for CO2 to be the most beneficial
  • Adequate Air Flow - For the best results, have your HVAC system move air and CO2 from the floor level to distribute the gas evenly across the space.  Or, direct a fan upwards from floor level to keep CO2 circulating and evenly dispersed and efficiently over the crop
  • Rest - Your plants don't take in CO2 when the lights are off, so don't waste valuable Carbon Dioxide when the plants are "sleeping". Use a controller with a light sensor embedded.

How to ensure CO2 Safety in Grow Facilities

An average CO2 monitor typically includes the ability to measure carbon dioxide concentrations alone or also includes additional capabilities for measuring temperature, relative humidity, barometric pressure, or particulate matter. One should take note that when using a fixed carbon dioxide monitor or handheld device, you should never place the instrument near any ventilation that could directly interfere with the device taking and reporting accurate readings.

After you have spent thousands of dollars perfecting the perfect cultivation room or facility, only a real-time CO2 monitor can guarantee that your plants are getting the right amount of CO2 and that your employees and team members are protected.

These are just a few of the top carbon dioxide safety monitors, handheld detectors, and CO2 sensors for cultivators in the cannabis industry.

CO2 Multi-Sensor System (CM-7000)

View the CM-7000 CO2 Multi Sensor System

The CO2 Multi-Sensor System is designed to detect Carbon Dioxide (CO2) levels in the ambient air to protect employees, workers and businesses.

The CM-7000 meets all local jurisdictional code requirements for safety monitoring and features audible/visual alarms, user-configurable alarm and sensor configurations, relay outputs for safety control, and a unique lockout function.  The device was designed to meet OSHA/NIOSH standards and local fire codes in regards to CO2 safety monitoring. The modern, 8" tablet design offers a clean and effective way to set-up and monitors multiple spaces independently.

With the CM-7000, large-scale cultivation facilities can have peace of mind in ensuring employees are safe, and should an incident occur rely on the CM-7000's ability to trigger an exhaust fan, trip a solenoid shut-off valve, or send an immediate alarm to the fire department or monitoring company.

Day/Night CO2 Monitor and Grow Controller 

The Day/Night CO2 Monitor and Grow Controller for Greenhouses can be used in greenhouses, grow rooms, hydroponics rooms, and other places where elevated carbon dioxide levels are used to maximize plant growth. The device features an accurate CO2 generator control, photo sensor to turn off CO2 at night, and easy fresh-air calibration for the end user.

In addition, the RAD-0501 lets you set high and low target CO2 levels. Using advanced hysteresis logic, when CO2 levels get too low, power is supplied to a CO2 generator or regulator via the built-in 100-240 VAC 5A piggyback power cord. When the target level is reached, the power is turned off.

Carbon Dioxide (CO2) Handheld Data Logger

The GasLab Plus CM-501 is a Carbon Dioxide (CO2) handheld gas detector and data logger designed to measure carbon dioxide gas concentrations in many agriculture facilities and grow spaces. With long-term data logging to a micro SD card, the user can retrieve and analyze the data at a late time.  

Which CO2 Monitor is Right for You?

First, you must consider your application. Are you monitoring air quality levels for CO2, trying to control the gas concentration in your grow space, or monitoring for safety purposes? 

One of the most common phone conversations we have with customers is to help educate them about the right devices for their application.  They are often surprised when we help them find the right device and they begin to understand the overall benefits of their new CO2 monitor. 

Are you looking for more information in regards to Agriculture CO2 solutions?  Let our CO2Meter experts help educate you about devices for your application . Contact us today.


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