Myanmar Air Quality Index (AQI)

Myanmar faces air quality challenges from three converging sources: agricultural burning in the dry zone (November–April), traditional coal and biomass brick kilns ringing major cities, and an aging vehicle fleet with no modern emission standards. Monitoring infrastructure is limited — satellite data shows 94% of Myanmar's 55 million people breathe air exceeding WHO annual guidelines.

112
National Avg AQI (2024)
41 μg/m³
National Avg PM2.5
5 μg/m³
WHO Annual Limit
800K ha
Annual Burn Area

Most Polluted Cities

  • MandalayAQI 135
  • YangonAQI 105

Relatively Cleaner Cities

  • NaypyidawAQI 88

Major Myanmar Cities — Air Quality

Yangon

Yangon Region · Pop. 7.6M

Unhealthy (Sensitive)
AQI 105
PM2.5: 39 μg/m³

Myanmar's commercial capital and largest city runs on an aging vehicle fleet with minimal emission standards. Colonial-era roads were not designed for 7 million people — traffic congestion means vehicles idle for hours, releasing NOx and PM2.5. Brick kilns ring the city's outskirts, firing clay with coal and biomass in inefficient traditional kilns. The dry season (November–April) concentrates pollution as winds slow and temperature inversions form over the Irrawaddy Delta.

🔥 Burning season peak: AQI 158
🌧 Monsoon low: AQI 58
vehiclesbiomass burningbrick kilns

Mandalay

Mandalay Region · Pop. 1.5M

Unhealthy (Sensitive)
AQI 135
PM2.5: 50 μg/m³

Myanmar's second city sits in the dry zone center of the country — rainfall averages just 850mm/year, meaning little natural air washing. The surrounding Mandalay Plains are intensively farmed; post-harvest rice straw burning in November–January creates severe PM2.5 episodes. Mandalay is also Myanmar's jade trading hub — mining operations in Kachin State generate dust that drifts south. Traditional brick kilns using wood and coal fire year-round.

🔥 Burning season peak: AQI 210
🌧 Monsoon low: AQI 68
agricultural burningbrick kilnsjade & mining dust

Naypyidaw

Naypyidaw Union Territory · Pop. 1.2M

Moderate
AQI 88
PM2.5: 33 μg/m³

Myanmar's purpose-built capital (since 2006) is one of the world's least densely populated capital cities — 8,000 km² with just 1.2 million people. Low vehicle density and extensive green space keep annual averages relatively low. However, surrounding agricultural fires during the dry season and forest fires in the adjacent Bago Yoma hills drive significant seasonal spikes.

🔥 Burning season peak: AQI 138
🌧 Monsoon low: AQI 42
biomass burningconstructionvehicles

Brick Kilns: Myanmar's Hidden Air Pollution Source

Myanmar's construction boom has made it one of Asia's largest brick-producing countries. Traditional Bull Trench Kilns (BTKs) and Fixed Chimney Kilns (FCKs) ring every major city, burning coal and biomass in inefficient, unregulated open designs.

  • Brick kilns operate year-round during the dry season (October–May) when clay can be fired
  • A single kiln firing cycle can push local PM2.5 above 150 μg/m³ within 2km downwind
  • Yangon has over 200 brick kilns within 50km; Mandalay surroundings host even more
  • Improved kiln technologies (Zigzag kilns) exist but adoption is limited due to capital costs
  • No national emission standards for brick kilns are currently enforced

Myanmar Seasonal Air Quality Guide

Monsoon (Jun–Sep)

Best

Southwest monsoon brings heavy rainfall that suppresses dust and washes PM2.5 from the air. Best air quality window — AQI often drops below 50 in Yangon. Burning season ends.

Cool Dry Season (Oct–Jan)

Moderate

Brick kilns restart as rains end. Agricultural harvest burning begins in the Irrawaddy Delta. AQI moderate. Mandalay's rice straw burning peaks November–January.

Hot Dry Season (Feb–May)

Worst

Pre-monsoon heat plus forest/slash-and-burn agriculture creates worst air quality. Mandalay regularly exceeds AQI 200. Yangon suffers temperature inversions. Check air quality daily.

Note on Data Quality

Myanmar has a limited network of official air quality monitoring stations. The figures on this page are derived from satellite-based PM2.5 estimates (NASA MERRA-2, MODIS aerosol optical depth), supplemented by available IQAIR and WHO ground station data. Actual on-ground readings in specific neighborhoods may vary significantly. We recommend using personal air quality monitors when visiting major urban areas during the dry season.

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