AEER Press Release
JAKARTA, 4 September 2025 – In commemoration of International Clean Air Day 2025 with the global theme ‘Racing for Air’, Aksi Ekologi dan Emansipasi Rakyat (AEER) held a webinar entitled ‘Green Steel Industry: A Solution for the Health of the Surrounding Community?’. This event emphasised the importance of accelerating solutions and collective action to ensure clean, healthy and sustainable air for all.
International Clean Air Day, celebrated every 7 September, is a global moment to raise awareness about the importance of clean air for health and survival. The State of Global Air Report 2024 reports that air pollution is the second leading risk factor for death, causing approximately 8.1 million premature deaths each year from conditions such as stroke, heart disease, lung cancer, and acute respiratory infections.
However, fossil fuel-based industrial activities remain the main contributors to greenhouse gas (GHG) emissions and air pollution. Hazardous pollutants such as PM2.5, PM10, NO₂, SO₂, and CO not only worsen environmental quality, but also increase the risk of respiratory and cardiovascular diseases, as well as reducing community productivity.
In the context of global decarbonisation, the steel industry is one of the most crucial sectors. Its production process contributes around 3% of national GHG emissions while also causing significant air pollution in industrial areas. Residents living near steel industrial areas are often the most affected, with an increase in cases of acute respiratory infections and other diseases caused by poor air quality.
“The steel industry is one of the largest emitters in the industrial sector, making it a top priority for decarbonisation. The steel smelting process requires extremely high temperatures, resulting in very high emissions. Steel production technology is divided into two main processes—coal-fired blast furnaces and electric arc furnaces. Both produce emissions, so pollution control must include all stages of production with consideration for environmental aspects,” said Timotius Rafael, AEER researcher.
In addition to being the fifth highest risk factor for mortality in Indonesia, air pollution also has a significant economic impact—ranging from healthcare costs due to respiratory diseases to lost productivity. Strategies to improve air quality through emission control must be implemented immediately. This includes systematic air quality detection, field surveys, and the implementation of industrial emission controls, in order to reduce the health and economic impacts in a sustainable manner.
“Air pollution has a direct impact on health, causing a surge in outpatient and inpatient costs due to respiratory diseases. Diseases such as pneumonia, acute respiratory infections, chronic obstructive pulmonary disease, and lung cancer account for the highest costs in the National Health Insurance budget, with pneumonia alone reaching around Rp 8.7 trillion”, said dr. Then Suyanti, MM, Director of Environmental Health, Directorate General of Disease Control.
For communities living near industrial areas, air pollution from the steel industry has a serious impact on health—causing diseases such as respiratory tract infections, lung diseases, and tuberculosis—while medical support from companies is minimal. Economically, it is difficult for local communities to find employment in these companies due to complicated processes, resulting in a low contribution to local welfare. On the environmental side, continuous air pollution not only damages air quality but also delays the achievement of a healthy environment. Dr Retno, a lecturer in chemical engineering at the Bandung Institute of Technology (ITB), also emphasises that there is air pollution in the form of fine particles such as fly ash and silica, which ‘should not be released from industry, as it can be dangerous’.
Transformation from conventional industry to green steel industry
This year’s Racing for Air theme emphasises the urgency of accelerating industrial transformation towards greener practices. Decarbonisation is not only a technical step towards achieving climate targets, but also a direct investment in public health and sustainable national development. After the cement sector, the steel industry is one of the largest producers of greenhouse gas emissions in the country, producing 20-30 million tonnes of CO₂ per year. In addition, the industry must also comply with international regulations on climate change, one of which is the SNDC (Second Nationally Determined Contribution), which is mandatory. ‘Indonesia’s NDC is bound by the ratification of the Paris Agreement by the Indonesian Government, and it is binding,’ concluded Dr Retno.
AEER recommends the establishment of buffer zones for industries that have a direct impact on residents, especially if they are only ±300 metres away, as this distance is highly vulnerable to air pollution exposure. Active synergy between local governments, industry players and the surrounding community is also needed in planning, organising and monitoring buffer zones so that air quality and health impacts can be controlled gradually.
In addition, transparency and public involvement in the form of real-time air monitoring systems (e.g., Air Quality Monitoring Systems) in industrial zones, with the publication of air quality indices and public information portals, provide the community with direct access to information about their environmental conditions and strengthen industry accountability.
The industrial sector needs to begin transforming to low-emission energy options such as renewable energy, in order to simultaneously address the climate crisis and reduce particulate pollution. This step not only reduces greenhouse gas emissions, but also provides direct benefits to public health through the reduction of air pollutants.
Media contact:
Timotius Rafael
+62822-4976-1486
timotius.r@aeer.or.id
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