Asphyxiant Gas - Crucial Detection
Implement advanced monitoring systems for hazardous atmospheres. Ensure your facility remains compliant and safe by identifying leaks early.
Prioritize Worker Safety
As demand continues to grow, new construction projects and repurposed warehouses are increasingly being converted into controlled environment cultivation and extraction facilities. This rapid expansion brings a heightened focus on protecting workers by ensuring safe operating environments throughout these specialized facilities.
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Typical Gases Found
Carbon Dioxide
Current cultivation methods of cannabis and industrial hemp utilize Carbon Dioxide (CO2) enrichment to increase plant growth and development. CO2 is classified as an asphyxiant gas, which can potentially reduce or displace normal Oxygen concentrations in the air.
- CO2 can be stored as liquefied compressed gas in vacuum-jacketed cryogenic liquid cylinders or steel or aluminum cylinders.
- It can also be produced onsite by Carbon Dioxide generators. If CO2 is generated using fossil fuel combustion, Carbon Monoxide (CO) and Nitrogen Dioxide (NO2) can be produced. Both CO and NO2 are toxic gases that can cause significant health effects or even death for exposed individuals.
The two categories regarding gas detection include explosion/fire fueled by combustible gases and asphyxiation due to Oxygen (O2) displacement from Carbon Dioxide (CO2) leaks. The choices involving the source of CO2 can impact what is needed to properly design a Life Safety System.
Combustible Gas
If the release of a hazardous or combustible gas can cause immediate harm to a person or property, a means to mitigate the gas should be provided. Combustible liquids and compressed gases used in
extraction or processing in these facilities should be vented in accordance with International Fire and Mechanical Codes. Utilizing a gas detection system can activate an exhaust system and shut down the extraction process to prevent a dangerous event.
CBD Concentrate is produced by extracting cannabinoids from the cannabis plant. The solvent-based concentrate is the most common, and the process involves passing gas through a solvent extraction device filled with cannabis plant matter.
- Commonly used combustible gas solvents include Butane (C4H10), Propane (C3H8), Hexane (C6H14), and Ethanol (C2H6O).
- Hypercritical (Carbon Dioxide) CO2 is another rising popular solvent, which adds the risk of asphyxiation to the extraction process.
Control Panels
Sensors
Worker Safety
Alarms
Relays
Transmitters
Customized to Your Facility
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Infrastructure Risk Analysis
Identify critical equipment vulnerabilities and potential failure modes to prevent downtime and optimize maintenance.
Data Halls
Critical equipment includes coolant systems and raised floors where liquid leaks threaten core operations.
View Details- Coolant leak detection
- CRAC unit monitoring
- Raised floor protection
- Adjacent room alerts
Power Systems
Generator sets, UPS and batteries are susceptible to fuel leaks or chemical spills causing severe outages.
View Details- Diesel/fuel leak check
- UPS circuit protection
- Battery acid monitoring
- HV/LV switch safety
Facility Piping
Clogged pipes, sprinkler malfunctions, or kitchen leaks pose significant water damage risks to infrastructure.
View Details- Sprinkler system alerts
- Piping obstruction monitoring
- Drainage tray integrity
- General maintenance alerts
Facility Piping
Clogged pipes, sprinkler malfunctions, or kitchen leaks pose significant water damage risks to infrastructure.
View Details- Sprinkler system alerts
- Piping obstruction monitoring
- Drainage tray integrity
- General maintenance alerts