CO Carbon Monoxide Fixed Gas Detector Monitor - IECEx ATEX Hazardous Area Zone 1,2

Monitor CO emissions produced during the extraction of oil and natural gas, particularly in environments where combustion-based machinery is used for drilling and operation.

Detect CO leaks in equipment like generators, gas-powered engines, and gas flaring systems, which are common in offshore platforms and remote onshore extraction sites.

Ensure the safety of workers by providing early warning of dangerous CO concentrations that could arise in confined or poorly ventilated spaces like drill rigs and pumping stations.

Monitor CO emissions from various processing units, including distillation columns, reactors, and furnaces where crude oil is refined into valuable products like gasoline, diesel, and jet fuel.

Detect CO produced by incomplete combustion of feedstock or flaring during chemical reactions.

Control and optimize ventilation systems to ensure that CO is properly diluted and vented out of the facility.

Monitor CO emissions from combustion processes, reactors, furnaces, and boilers where heat is generated through the burning of fossil fuels or from chemical reactions that produce CO as a byproduct.

Detect CO leaks or inefficiencies in combustion within reactors, distillation columns, or mixer systems used in chemical synthesis.

Monitor CO concentrations in furnaces, smelting pots, casting rooms, and welding stations where CO is generated as a byproduct of combustion and metalworking processes.

Detect CO in confined spaces such as blast furnaces and welding rooms, where high temperatures and fuel combustion often occur.

Monitor CO emissions around welding stations, paint booths, and fuel-burning equipment used during the production and assembly of vehicles.

Detect CO in confined spaces where exhaust fumes may be generated from gas-powered welding equipment or automotive testing processes.

Monitor CO levels in underground tunnels, mining shafts, and ventilation shafts where CO can accumulate due to equipment operation, blasting, and the natural combustion of coal or minerals.

Detect CO near diesel-powered mining vehicles, generators, and ventilation fans.

Ensure that worker exposure to CO is continuously assessed to maintain air quality within safe limits.

Continuously monitor CO levels in mine ventilation systems to ensure that hazardous gases, including CO, are effectively removed from the mine and replaced with clean air.

Use CO gas detectors to monitor the performance of ventilation fans, airflow systems, and exhaust ducts that are used to dilute CO and maintain air quality.

Ensure that CO concentrations remain below permissible limits for workers operating in enclosed or poorly ventilated spaces.