Particulate Matter Testing
Vancouver Island

Particulate Matter Testing

Real-time PM2.5 and PM10 monitoring for cleaner indoor air.

Reaches bloodstreamReal-time PM2.5 & PM10Continuous monitoring

Overview

Particulate matter refers to tiny airborne particles that can enter your home and affect your respiratory health.

We provide accurate measurement and analysis of indoor particle pollution using professional-grade continuous monitoring equipment.

Particulate Matter Testing inspection

Certified

CARST · C-NRPP aligned

How small is small

Sized against what you already know.

A human hair is about 70 µm across. PM2.5 is roughly one-thirtieth of that — and PM1 is smaller again. None of them are visible without an instrument.

Human hair~70 µmFine sand~50 µmPM10≤ 10 µmPM2.5≤ 2.5 µmPM1≤ 1 µm
  • Human hair

    Reference — visible to the naked eye.

  • Fine sand

    Reference — gritty when rubbed.

  • PM10

    Dust, pollen, mold fragments.

  • PM2.5

    Smoke, combustion, secondary aerosols.

  • PM1

    Ultrafines — invisible, enter bloodstream.

Circles are visually scaled, not to physical scale — the real size ratios span several orders of magnitude.

Where they end up

Particle size decides how deep it goes.

Bigger particles are stopped early. Smaller ones travel further into the lungs — and the smallest cross straight into the bloodstream.

PM10≤ 10 µmDeposits in: Nose & upper airwayPM2.5≤ 2.5 µmDeposits in: Bronchi & deep lungPM1≤ 1 µmDeposits in: Bloodstream
  • PM10

    Filtered out by the nasal passages and throat. Triggers irritation, sneezing, and allergic reactions.

  • PM2.5

    Bypasses upper defences and reaches the bronchi and alveoli. Linked to asthma, COPD, and cardiovascular disease.

  • PM1

    Crosses the alveolar wall directly into the blood. Reaches the heart and brain within minutes.

How particles travel

One source. Every room.

Fine particles don’t stay where they’re generated. HVAC moves them around — which means measurement matters in multiple rooms, not just the kitchen.

kitchenlivingbedroomHVAC supply ductwildfire smokereturn1Cooking2Wood stove3Wildfire smoke4HVAC return
01

Cooking

Frying, searing, and gas burners spike PM2.5 by 10–100× background levels.

02

Wood stove & fireplace

Combustion releases ultrafine particles that travel through every room.

03

Wildfire smoke

Outdoor PM2.5 enters through windows, doors, and HVAC fresh-air intakes.

04

HVAC re-circulation

Without HEPA filtration, return ducts redistribute particles across the floorplan.

PM at a glance

By the numbers your lungs care about.

2.5µm

PM2.5 size

About 1/30 the width of a single human hair.

5µg/m³

WHO annual limit

Latest WHO air-quality guideline for PM2.5.

10–100×

Cooking spike

Indoor PM during stovetop cooking vs baseline.

Real-time

Monitoring

Continuous logging catches spikes plain averages miss.

01

What is particulate matter?

Particulate Matter (PM) is a mixture of solid particles and liquid droplets suspended in the air. The key categories are:

  • PM2.5 — fine particles smaller than 2.5 microns
  • PM10 — larger inhalable particles up to 10 microns

Note:Fine particles (PM2.5) are considered most harmful because they can reach the bloodstream.

02

Why PM is a health concern

Exposure to elevated PM levels may be associated with:

  • Irritation of the eyes, nose, and throat
  • Coughing or breathing discomfort
  • Worsening of asthma symptoms
  • Reduced lung function over time
  • Increased cardiovascular risk with long-term exposure
03

Sources of indoor particulate matter

  • Cooking (especially frying and burning)
  • Candle and fireplace smoke
  • Dust and dirt from outside
  • Poor ventilation
  • Tobacco smoke
  • Construction or renovation activities

Note:Indoor air can sometimes be more polluted than outdoor air.

Professional indoor air quality inspector

Measurement, not guesswork.

Every test uses professional-grade equipment and lab-verified analysis — no surprises, just data you can act on.

Book a Test
04

How PM testing works

  • Continuous air quality monitoring
  • Real-time measurement of PM2.5 and PM10
  • Data logging over a defined period
  • Analysis of pollution patterns and peak exposure times
05

What you receive

  • PM2.5 and PM10 concentration levels
  • Time-based pollution trends
  • Indoor vs outdoor comparison (where applicable)
  • Clear interpretation of results
  • Practical recommendations for improvement
06

If particulate levels are high

  • Improve ventilation (especially during cooking)
  • Use HEPA air filtration systems
  • Reduce indoor combustion sources
  • Increase indoor cleaning and dust control
  • Seal air leaks where outdoor pollution enters

Why choose us

Science-backed measurement, clear reporting.

Professional indoor air quality monitoring
Accurate real-time PM measurement
Scientific analysis and reporting
Focus on health and practical solutions
Local expertise in BC indoor environments

Serving Vancouver Island

From South Island to North Island — major centres served:

  • Victoria
  • Sidney
  • Sooke
  • Duncan
  • Nanaimo
  • Parksville
  • Qualicum Beach
  • Port Alberni
  • Courtenay
  • Comox
  • Campbell River
  • Tofino

Book your particulate matter testing today.

Fast scheduling. Professional indoor air quality testing across Vancouver Island.