Climate Action

Carbon Emissions

Bangladesh’s carbon footprint, per person and compared with its neighbours.

2 research articles · 3 data insights

Each Bangladeshi uses almost four times the electricity of 2005, yet still only about 630 kWh a year
Research · Energy · October 19, 2026

Bangladesh's lights run on fossil fuels — and the gas that powered them is giving way to costlier coal and imports

In 2024, 97.7% of Bangladesh's electricity came from gas, coal and oil, and net imports met 48% of energy use. Demand keeps rising while the cheapest domestic fuel loses ground.

By DEEPLAB Research Team
Bangladesh breathes air far above every safety threshold
Research · Climate · October 17, 2026

Bangladesh's air is cutting years off its people's lives

Bangladesh has some of the most polluted air on Earth. Fine particles at more than ten times the WHO guideline shorten the average life by around five years — more in Dhaka.

By DEEPLAB Research Team
The average Bangladeshi emits a fraction of the world average
Data insight · Climate · October 11, 2026

The average Bangladeshi emits about 0.7 tonnes of CO₂ a year — a sixth of the world average

Bangladesh's CO₂ emissions have grown more than fivefold since 1990, but at 0.72 tonnes per person in 2024 they remain far below South Asia (1.98) and the world (4.69).

By DEEPLAB Research Team
Bangladesh's greenhouse gas emissions have tripled since 1990
Data insight · Climate · October 10, 2026

Bangladesh's greenhouse gas emissions have tripled since 1990

Total greenhouse gas emissions rose from 75 to 221 million tonnes of CO₂-equivalent between 1990 and 2024 — still under 0.5% of the global total.

By DEEPLAB Research Team
Renewables' share of Bangladesh's energy has fallen by two-thirds
Data insight · Energy · October 9, 2026

Renewables' share of Bangladesh's energy has fallen from 72% to 25%

In 1990 almost three-quarters of Bangladesh's energy came from renewables — mostly firewood and dung. By 2021 the share was 25%, and modern renewables still supply under 2% of electricity.

By DEEPLAB Research Team