Air Monitoring Technology for DER-10
Proven technology to help you meet DER-10 requirements - faster, easier, and with full confidence.
Your all-in-one guide to air monitoring technology for DER-10 compliance
Download our air monitoring technology guide and deliver a successful remediation project for customers and community.
Along with a breakdown of each key air monitoring technology, we’ve also included an example DER-10 report and a CAMP template.
The technologies outlined in this guide will be useful for anyone looking to:
- Maintain regulatory compliance
- Protect workers and the community
- Avoid undue blame for emissions coming from other sources
- Complete projects on-time and within budget
Automatic Background and Downwind Calculations
As work and weather conditions change throughout the day, upwind and downwind locations will vary. Aeroqual has addressed this issue with OneView™ software’s automated designation of upwind and downwind monitors based on current wind conditions, removing the need to physically move equipment around a site.
Automatic Baseline Correction (ABC)
Cross-interferences and sensor drift, caused by variable temperature and humidity conditions, are two of the biggest problems for PID-based monitors. Aeroqual's patented Automatic Baseline Correction (ABC) technology continuously cycles between sampling ambient air and air that has been filtered using a proprietary selective scrubber, eliminating drift and ensuring more accurate measurements.
Video Caption: Anchor your data with Automatic Baseline Correction
AQS 1 Remediation Air Monitor
The AQS 1 Remediation Air Quality Monitor is fast to deploy. It provides simultaneous measurement of multiple particle fractions (TSP, PM10, PM4, PM2.5 and PM1) and volatile organic compounds (VOCs). Measures and reports data in 1-minute intervals with user selectable averaging, delivering highly accurate results with very strong correlation to US EPA reference analyzers.
Particulate matter:
TSP, PM10, PM4 PM2.5, PM1
Gases:
O3, NO2, CO, CO2, SO2, VOCs, H2S, CH4, BTEX and NOx
Meteorological:
Temperature, humidity, noise, barometric pressure, precipitation, solar radiation, wind speed and direction
Specifications
Case Study - Remediation
Perimeter monitoring during a waterfront stabilization project in Queens
Case Study - Remediation
Building a healthier Brooklyn: Aeroqual and Langan's collaboration on the Alafia Estate
Blog - Remediation
DER-10 and Community Air Monitoring – What you need to know
OUR CUSTOMERS
Air monitoring made easy
Take the time and hassle out of your next project with a real-time air quality monitoring solution.
FAQs
The AQS can measure particulate matter (PM) and up to three gases at the same time. You can choose from the following parameters:
- Particulate matter (TSP, PM10, PM2.5, PM1)
- Gases: ozone, nitrogen dioxide, VOCs
- Meteorological (temperature, humidity, rain, pressure, wind speed/direction, solar radiation)
- Noise
Yes, the system can be configured with a PCX Particle Module. The PCX Particle Module mass measures PM1, PM2.5, PM4, PM10, and TSP as standard.
Is it easy to install and maintain?
Installation
The AQS can be used almost anywhere – on roofs and lamp posts, by a busy street or an offshore oil rig, in cold and hot climates, on or off-grid. The unit weighs about 12kg so installation is easy; you can get set up or re-locate in under 10 minutes.
Maintenance
This is a low maintenance air quality station and the skills required for operation is relatively low.
How do we calibrate an AQS?
Gas Calibration
There are three types of calibration of the gas module:
- Factory calibration pre-shipment is standard on all our instruments.
- Field calibration. Typically, only advanced users will need to field calibrate their AQS. All other users can depend upon 12 monthly factory calibration of the gas module.
- Factory calibration post-shipment.
Particulate Calibration
All Aeroqual PM engines need to be returned to the Met One Instruments factory in the U.S for service and calibration at the following recommended intervals:
- AQS Particle Monitor: 24 Months
- AQS Particle Profiler: 12 Months
Aeroqual can arrange for this service. Contact support@aeroqual.com for further details
What is the dimension and weight of an AQS monitor?
483 H x 330 W x 187 D mm (19 H x 13 W x 7.4 D inches) includes solar shield armour and mounting brackets and it weighs <13 kg (28.6 lbs).
Is the AQS a temperature-controlled enclosure?
No. However, the enclosure is a lockable IP65 rated, glass-reinforced plastic (GRP) cabinet with integrated aluminium solar shield armour.
What is the environmental operating range?
The AQS is designed to operate in environments from -10 °C to +45 °C (14 °F to 113 °F), or down to -40 degree with the optional Winterization Kit accessory
Can it be solar or battery powered?
Yes. To read more, see this technical note on How to remote/solar power the Dust Monitor.
Can we integrate a third-party weather station in the AQS?
Yes, a power and data interface for designated third party sensors is included.
Here is a list of the environmental sensors that integrate with the AQS system:
- Gill WindSonic (ultrasonic wind sensor)
- Vaisala WXT536 (weather transmitter)
- Met One MSO (weather transmitter)
- Cirrus MK427 Class 1 (noise sensor)
- Novalynx Pyranometer (solar radiation)
What communication options are there for access to the instrument?
- Standard: WIFI
- Ethernet (LAN)
- Optional: Cellular IP HSPA 3G modem
Are all the gas module calibrated to NIST standards?
Yes. The AQS is delivered with a NIST-traceable factory calibration.