How Does CLASSIC 2.0 Provide Compound-specific data in Real-time for Perimeter Air Monitoring?

Summary: CLASSIC 2.0 provides compound-specific data in real-time for perimeter air monitoring programs through use of field gas chromatograph (Field GC) The blog explains how AirLogics helps projects reduce impact to off-site receptors through real-time data access, cloud connectivity, and integrated monitoring technology that provides a comprehensive view of boundary conditions.

Construction, demolition, and remediation activities have the potential impact off-site receptors around a project site. Dust, volatile organic compounds (VOCs), and airborne particles may travel beyond the work area and reach nearby properties. For this reason, perimeter air monitoring has become an important tool for many projects that want actionable data to manage on-site conditions in a manner that reduce impacts to off-Site receptors. At AirLogics, we focus on providing monitoring solutions that collect detailed environmental data at the boundary of a site. Our monitoring systems are commonly installed around project perimeters to track airborne particulates, VOCs, and local meteorological conditions in real time. CLASSIC 2.0 was developed to provide a more complete monitoring experience by combining several environmental parameters within a single platform. Rather than relying on separate instruments and disconnected datasets, the system brings critical monitoring information together, helping users access a broader view of site conditions.

Why Better Data Visibility Matters

Collecting measurements is only one part of an effective monitoring program. The value of monitoring increases when information is easy to access, organized, and available in real time.

Many projects operate with multiple monitoring requirements. VOC measurements, particulate readings, and meteorological data are often collected through different systems. Managing information from separate sources can make data review more difficult.

At AirLogics, we designed CLASSIC 2.0 to simplify this process. The system gathers key environmental measurements through one connected platform, making it easier to access and review monitoring information throughout a project.

This connected approach improves data visibility and provides a more complete record of site conditions around off-site receptors.

More Detail Than a Single VOC Reading

Many monitoring systems focus primarily on Total Volatile Organic Compound measurements. While TVOC monitoring provides useful information, a single value may not always provide enough detail about changing air conditions.

CLASSIC 2.0 uses an onboard photoionization detector alongside a field gas chromatograph. This combination allows the system to operate in both Total Volatile Organic Compound mode and compound-specific mode.

The photoionization detector continuously monitors VOC activity. If readings rise above a selected action level, the field gas chromatograph can perform compound-specific identification.

This process allows individual compounds, including benzene and chlorinated solvents, to be identified. Instead of relying solely on one broad VOC measurement, users gain access to more detailed monitoring information.

This capability is one of the reasons CLASSIC 2.0 provides stronger data visibility compared to systems limited to basic VOC screening.

One Connected Platform for Multiple Parameters

Environmental conditions are influenced by more than a single measurement. A complete monitoring program often requires information from several sources.

CLASSIC 2.0 combines VOC monitoring, PM10 monitoring, PM2.5 measurement, total suspended particulate monitoring, and meteorological measurements within one system.

By bringing these parameters together, AirLogics provides users with a centralized source of monitoring information. Data can be viewed through one platform rather than across multiple devices and software systems.

This integrated structure supports efficient monitoring and provides a broader view of activity occurring around project boundaries.

Tracking Air Movement Across the Site

Airborne particles and VOCs do not remain stationary. Their movement can be influenced by local atmospheric conditions.

To support comprehensive monitoring, CLASSIC 2.0 includes an on-site meteorological tower that measures wind speed, wind direction, temperature, and relative humidity.

These measurements help document conditions across the monitoring area and provide valuable information about air movement patterns. The system continuously identifies monitoring locations that are upwind, downwind, or crosswind relative to areas of interest.

For organizations operating under a perimeter air monitoring plan, access to meteorological information alongside particulate and VOC measurements creates a more complete monitoring record.

By collecting these datasets together, the system provides greater visibility into conditions around site boundaries and nearby receptors.

Real-Time Access to Monitoring Information

Timely access to information is an important part of modern monitoring programs. Waiting for manual data retrieval can slow the review process and limit visibility into current site conditions.

AirLogics designed CLASSIC 2.0 with cloud-based data management and cellular communication capabilities. Monitoring information can be accessed remotely through our mobile application and connected platform.

The onboard photoionization detector provides immediate notifications based on selected action levels. At the same time, monitoring data remains available through secure remote access tools.

This allows project teams to stay connected to monitoring activities throughout the duration of a project, regardless of location.

Final Thoughts:

Reliable monitoring begins with reliable information. VOC measurements, particulate monitoring, and meteorological data all contribute to a stronger understanding of conditions around a project site. AirLogics CLASSIC 2.0 provides comprehensive monitoring data through one connected platform. The system combines real-time VOC monitoring, compound-specific identification, particulate measurement, meteorological monitoring, cloud-based access, and remote connectivity into a single solution. For organizations developing a perimeter air monitoring plan and planning strategy, access to connected monitoring information can provide greater data visibility around off-site receptors and project boundaries.

If your project requires advanced perimeter air monitoring with real-time data visibility, AirLogics can help. Contact our team today to learn how CLASSIC 2.0 can support your next monitoring program with detailed environmental data, flexible deployment options, and dependable monitoring performance.

FAQs:

1. What is perimeter air monitoring?

Perimeter air monitoring involves placing monitoring equipment around a site boundary to track dust, VOCs, and airborne particles near off-site receptors.

2. How does CLASSIC 2.0 improve monitoring visibility?

Our CLASSIC 2.0 combines VOC monitoring, particulate measurement, and meteorological data into one platform, providing easier access to comprehensive monitoring information.

3. What pollutants can CLASSIC 2.0 monitor?

Our system monitors VOCs, PM10, PM2.5, total suspended particulates, and selected compounds identified through onboard gas chromatography capabilities.

4. Why is meteorological data important in perimeter monitoring?

Meteorological measurements such as wind speed and direction provide valuable context for reviewing airborne particulate and VOC monitoring results.

5. How does AirLogics support temporary monitoring projects?

AirLogics offers short-term equipment leasing, training, and monitoring solutions designed for construction, demolition, and remediation project requirements.