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SENSIT SPOD
SENSIT SPOD

The SENSIT® SPOD is a low-cost, powered by solar panels sensor system that combines wind and air pollutant concentration measurements to detect VOC emission plumes. Designed to help locate the source of emissions.

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Introduction

The SENSIT® SPOD is an advanced and cost-effective air quality emission monitoring sensor system powered by solar energy. It combines wind and air pollutant concentration measurements to detect VOC emission plumes and locate the source of emissions accurately.

The SENSIT® SPOD has a small footprint and an intuitive interface that makes it easy to use. Therefore, it is perfect for applications within the fenceline where localized emissions may be present. With its Next Generation Emissions Monitoring (NGEM) sensor, the SENSIT® SPOD provides real-time continuous monitoring and direct reading.

Moreover, the SENSIT® SPOD can be combined with automated sample collection hardware. To collect evacuated canisters for later quantitative analysis. This feature makes it a versatile tool for professionals in various industries who require accurate and reliable air quality emission monitoring data.

Standard Features

  • Real-time Continuous Monitoring (Local or Remote)
  • Modular Data Transmission
  • SD Card Data Backup
  • Integrated Battery (Solar Ready)

Optional Features

  • SENSIT® SPOD offers an optional Ultrasonic Anemometer for wind speed, direction, temperature, humidity, and pressure
  • Canister Value Controller – Value, Pressure (Optional)

Applications

  • Oil and Gas Production – Fugitive and Process Emissions
  • Municipal Government Services – Hazardous Pollutants/Nuisance Odors
  • Industrial Health, Safety, & Compliance – Industrial Site Fenceline Emissions Monitoring
  • Environmental – Ground-level Ozone Precursors
  • Emergency Response – Spills, Leaks, Explosions

In conclusion, the SENSIT® SPOD is a solution that offers an affordable and eco-friendly approach to air quality emission monitoring. Its ability to provide accurate data, continuous monitoring, and direct reading at a lower cost than traditional methods. This makes it an excellent option for professionals in various industries.

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Technical Specification

Additional information

Sensor Types

ION – HS
ION – XF
ION – 10.0
ION – 11.7
MOS
CO
PM2.5
Detection Technology

PID, Metal Oxide, Electrochemical, Laser Scattering
Lamp Energy (EV)

ION – HS – 10.6 EV
ION – XF – 10.6 EV
ION – 10.0 – 10 EV
ION – 11.7 – 11.7 EV**
** Reduced lifetime for high energy lamp (-3 month)
Measurement Range

ION – HS – 10-3,000 PPB*
ION – XF – 0.1-30 PPM*
ION – 10.0 – 0.5-100 PPM*
ION – 11.7 – 1-1000 PPM*
MOS – Variable
CO – 100-2,000 PPM
PM2.5 – 1-1,000 ug/m3
*Range defined as PPB Isobutylene
Accuracy

ION – HS – ±20 PPB min or 20%
ION – XF – ±0.2 PPM min or 20%
ION – 10.0 – ±1 PPM min or 20%
ION – 11.7 – ±5 PPM min or 50%
CO – ±5 PPM min or 50%
PM2.5 – ±10 ug min or 50%
Response Time (T90)

ION – HS – 30-60 sec
ION – XF – 30-60 sec
ION – 10.0 – 30-60 sec
ION – 11.7 – 30-60 sec
MOS – 15-30 sec
CO – 60-90 sec
PM2.5 – 15-30 sec
Resolution

PPM – 1 ppm (0- 5,000 ppm), 10 ppm (5,000 – 50,000 ppm); 0.1% LEL; 0.1% VOL;
% NAT GAS – 0.1%
% Propane – 0.1%
O2 – 0.1% VOL;
CO – 1 ppm;
H2S, HCN – 1 ppm (default) or 0.1 ppm
Size

Fully assembled without anemometer or antenna D x W x H (6” x 8” x 16”)
Weight

Base unit: 6.75 lbs
Operating Temperature

-20°C to 50°C
Data Storage Capacity

100 Instant Event Saves
1600 Auto Log Saves
100 Bar Hole Tests

Common Accessories

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