Benzene monitoring equipment
Benzene sensors with benene monitoring equipment. Benzene is a vital component in atmospheric chemistry, particularly concerning the emission of volatile organic compounds (VOCs) and aerosol chemistry, owing to its high volatility and reactivity within the atmosphere. It is primarily released into the atmosphere from various sources, including vehicle emissions,industrial activities (petroleum refineries), biomass combustion, and fuel evaporation.
Given its significant role in both VOC and aerosol chemistry, benzene remains a focal point for atmospheric scientists and researchers. The compound possesses a relatively long atmospheric lifetime of several days and exhibits lower reactivity with hydroxyl radicals (OH), which facilitates its long-range transport. Additionally, benzene holds considerable academic relevance in the study of ozone (O3) and nitrogen oxides (NOX) chemistry, as it contributes to ozone formation through oxidation in the presence of sunlight and NOX.
Furthermore, it plays a role in the generation of secondary organic aerosols (SOA) via oxidation processes. Sensitive monitoring of benzene under diverse atmospheric conditions represents a significant area of research. This experimental data concerning benzene and its reaction chemistry will also be beneficial for climate modelling scientists in enhancing their models.
A real-time; in-situ; ambient air benzene monitoring equipment
Benzene monitors will serve as essential tools in atmospheric research laboratories and simulation chambers, facilitating the investigation of various oxidation processes. Following laboratory experiments, particularly those conducted in controlled environments, these monitors can be employed for field measurements, which includes building demolition safety
Our benzene monitoring equipment is is designed to provide in-situ, real-time measurements of benzene concentration with high temporal and spatial resolution. This capability will enable researchers to better understand the reactions of benzene with hydroxyl radicals and oxygen, leading to the formation of phenols and peroxy radicals (RO2), which are critical precursors to secondary organic aerosols (SOA).
A reliable benzene monitor is vital, not only for atmospheric chemists but also for instrument developers in numerous research laboratories, as the demand for innovative methodologies continues to grow.
Our device, ‘Benzeen,’ is a stand-alone unit that can store real-time benzene concentration data (in mixing ratio) on its hard drive and communicate with the cloud, thereby facilitating easy data retrieval using benzene monitoring equipment.
Benzene sensors
Product Specification:
• Sensor type: Optical resonator
• Minimum detection limit: 3 ppb
• Sampling interval: 3 minutes
• Inlet and Outlet ports : NPT fitting/Push to fit
• Calibration: Auto-calibration
Operating conditions:
• Temperature: 100 to 550
• Humidity: 0 to 70 % condensing
• Dust protection: Equipped with HEPA filter for the optical resonator
Power:
• Dual mode: 110/230 V AC
• Current consumption: < 6 amps
• Equipped with solar connectivity parts
Value additions:
• Solar panel with battery units (24 hour back-up) and power converter
• Annual Maintenance Contract