Global Clean Air

Six ways to ramp up climate and clean air action in 2025

Six ways to ramp up climate and clean air action in 2025

2024 has been a significant year for the climate and air pollution crisis, both in terms of the mounting impacts and increased action. Extreme climate events like hurricanes and wildfires devastated communities around the world, forcing the issue to the forefront of public consciousness. Meanwhile countries, companies and communities took some noteworthy actions to track and reduce emissions, including major commitments made at COP28 to cut methane followed by the launch of MethaneSAT and the first UN resolution on clean air.

Climate change and air pollution are dual challenges that severely impact our health and as such must be solved together.

EDF together with the Climate and Clean Air Coalition (CCAC) and Stockholm Environment Institute (SEI) convened cross-sector clean air leaders to discuss how we can take an integrated approach to cutting greenhouse gases and air pollutants to protect human health. Together, we took stock of how far we’ve come, assessed some hard truths and identified the biggest opportunities in front of us to secure meaningful wins. The conversation captured some important learnings in the struggle to accelerate clean air and climate action that help point towards a pathway forward. Here are six takeaways.

1. Investments in data and research are paying off

Dr. Maria Neira, Director of the Public Health, Environment and Social Determinants of Health Department of the World Health Organization, shared how she has been encouraged by a shift in the recent global pollution dialogue away from merely describing the problem and toward building solutions. We know that research and monitoring efforts, some of which EDF has led, have been essential to understanding the source and impacts of pollution and to identifying solutions. The dialogue shift described by Dr. Neira suggests those efforts are starting to pay off as governments and companies are using pollution insights to identify solutions.

2. Cutting emissions takes resources and capacity

Global air pollution mitigation is severely underfunded, a crucial issue explored more below. But Martina Otto, head of UNEP’s CCAC, emphasized that governments need technical assistance as much as funding to help them set-up and maintain air quality monitoring systems that can enable effective enforcement, track clean air actions and identify new pollution sources.

This was echoed by Brazil’s National Secretary of Urban Environment, Adalberto Maluf, who outlined his country’s current efforts to implement air pollution standards including upgrading the national air quality monitoring network. The CCAC’s Clean Air Flagship, launched earlier this year, is a meaningful step toward meeting this need by mobilizing funds and fostering a community of practice where countries can learn from each other and share resources through the Air Quality Management Exchange.

3. We need to get better at tailoring our messaging

During her remarks, Valerie Hickey, Global Director for Environment, Natural Resources and Blue Economy at the World Bank, called for a fresh look at how we communicate about air pollution and its health risks, especially to those most affected. She gave an example of a farmer in Northern India who continues to engage in agricultural burning in full knowledge of the health risks, because he also knows that without it, he couldn’t earn enough to sustain his family.

In a second example, Hickey described a health minister who is told that every $1 she invests in cleaner air returns $9 in health benefits. While the Minister knows this is true in the long term, she has several more urgent needs where the $1 she has can return $2 or $3 right away. Throw in the pressure to deliver before a coming election—what would you do? Making the case for avoided loss doesn’t often move the policy or political decision maker. “We have to find the message that meets the person we’re speaking to,” concluded Hickey.

4. Companies are stepping up to track their emissions and implement reduction plans. More need to follow suit.

Many countries and some companies are developing greenhouse gas inventories to support plans to cut emissions and meet net zero goals. But few have integrated air pollutants into these assessments to address the tradeoffs and synergies. That’s why SEI created a guide to help companies track climate and air pollution emissions across their supply chains and design plans to reduce them. Research Associate in the Air Pollution Group, Eleni Michalopoulou, explained how SEI is partnering with Inter IKEA group, a member of the World Economic Forum’s Alliance for Clean Air, to do just that.

With SEI’s help, IKEA recently established a goal and detailed plan to reduce the company’s climate emissions by 50% by 2030. According to IKEA’s Head of Climate and Air Quality, Sriram Rajagopal, the company is evaluating its entire supply chain, from raw materials to product production, shipping and even end of life disposal. He says IKEA is on track to meet its goal and maybe even exceed it on key air pollutants such as PM2.5, black carbon, nitrogen oxides (NOx) and sulfur dioxide (SOx).

5. Some countries have already made great strides, and more are stepping up

Angela Churie Kallhauge, EDF’s Executive Vice President for Impact, opened the event by describing the immense progress that the city of Beijing has made on air pollution in recent years, going from smog to blue skies in little more than a decade. This example demonstrates the potential to cut pollution and drastically improve health in a short time frame as we continue to decarbonize. This is a differentiator for clean air action that our community can do a better job to highlight for leaders and funders.

We also learned about how Brazil has been taking significant steps to cut pollution. Sec. Maluf shared how the country recently approved its first ever national air quality program, which will commission a detailed emissions inventory, improve its national monitoring network and tighten air quality standards. EDF is assisting Brazil’s government in this effort by advising on the new standards, developing an integrated approach to managing climate and air pollutants and expanding our Air Tracker tool to its two largest cities, São Paulo and Rio de Janeiro.

6. Air quality funding isn’t likely to surge any time soon – it’s time to get creative

Jane Burston, CEO of the Clean Air Fund (CAF) brought another dose of reality to the conversation by sharing the results of CAF’s latest State of Global Air Quality Funding Report: Global financing for air quality projects saw a tiny increase in recent years, but remains dismally low at about 1% of global development and 2% of public climate funds. Burston echoed an important point made by Hickey from the World Bank: Air quality is unlikely to see a dramatic funding boost anytime soon, so we must find more creative ways to reallocate or repurpose money that’s already available to maximize benefits for clean air, climate and health. Both speakers shared a few thoughts for how to do this, including repurposing agricultural subsidies, providing seed funding to de-risk private sector investments, and strengthening our case to the philanthropic sector.

What’s next: This conversation brought a grounded optimism to the real progress we can make to tackle the global air pollution crisis. While low funding remains our greatest challenge, our messaging about the scope and urgency of the problem has broken through to countries, communities and increasingly companies around the world. Now it is incumbent upon us to translate what we know into meaningful, tailored stories and to focus on metric-driven solutions that can help redirect existing resources to deliver emissions reductions. By taking these next steps while approaching air pollution and climate change as the interrelated problems that they are, we can deliver tangible health benefits to a more people than ever in the coming critical years.

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New #WorldCleanAirDay podcast: How we’re adapting Air Tracker in the U.S., China and soon Brazil

On September 7, for the 5th International Day of Clean Air for Blue Skies, EDF is highlighting how our cutting-edge tools are advancing the fight against air pollution in a new podcast episode, hosted by our China team. Reliable data on pollution sources is crucial, and that’s why we’ve developed Air Tracker—a free online tool using the latest science to trace local pollution like never before.

Listen in to hear from three EDF experts: Tammy Thompson on how Air Tracker came about and what it can do, Ziwei Luo on how Air Tracker has been localized in a major city in China, and Sergio Sánchez  on how we’re adapting Air Tracker to be of greatest use to city and national officials in Brazil. Air Tracker is already active in the US and China and is expected to reach Brazil by year-end.

Listen to the full episode here: Adapting Air Quality Monitoring Across Regions through Air Tracker

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Localized Air Tracker in Jinan is testing efficiency to track pollution with greater precision

Qin Hu, EDF’s Vice President and Chief Representative of the Beijing Office, gives an update on the Jinan localized Air Tracker during a keynote speech at the 2024 Chinese Society for Environmental Sciences Annual Conference on Environmental Science and Technology in May in Wuhan, Hubei.

Qin Hu, EDF’s Vice President and Chief Representative of the Beijing Office, gives an update on EDF’s Jinan localized Air Tracker project during a keynote speech at the 2024 Chinese Society for Environmental Sciences Annual Conference on Environmental Science and Technology.

What’s New: EDF and its partners are currently testing the first localized version of Air Tracker for efficiency in China, enabling officials in the pilot city of Jinan to track local air pollution with great precision. Qin Hu, EDF’s Vice President and Chief Representative of the Beijing Office, gave an update on the tool late last month during a keynote speech at the 2024 Chinese Society for Environmental Sciences Annual Conference on Environmental Science and Technology in Wuhan, Hubei. The two-day conference spanned 57 sub-forums and explored the findings of 700 academic reports.

Qin Hu had the opportunity to present learnings to a wide range of experts and policymakers, including the head of China’s Ministry of Ecology and Environment’s Bureau of Ecological and Environmental Enforcement, who gave opening remarks.

What is Air Tracker? Air Tracker is an online tool created by EDF in 2022 that helps users learn more about the air they breathe and see where it’s coming from. Air Tracker runs on real-time, trusted scientific models — combining air quality and weather forecasting data to track pollution’s path. It’s active in several cities across the United States. Last year, EDF teamed up with partners at Tsinghua University to adapt Air Tracker’s technology for use in China, adding new capabilities.

Why it matters: EDF has partnered with the city of Jinan since last year to apply the localized Air Tracker tool to the city’s air quality monitoring system, enabling users to review monitoring data from any historical period—and in real time—to identify pollution hotspots. This tool allows inspection officers to analyze pollution based on contribution rates, increasing their ability to identify sources.

After the conference, Qin Hu was interviewed by Hu Bei Satellite TV, where he emphasized the importance of strengthening data collection and standards to advancing China’s green transition: “After the data is collected, it needs to be standardized and made consistent. It’s not just about the air pollution data itself, but also about integrating related economic and social development data, as well as energy-related data, to identify and support future adjustments to the economic structure.”

What’s next: EDF and Jinan officials plan to follow-up on their work in Jinan through site visits and discussions on future collaboration opportunities. EDF’s China air quality team also plans to use its lessons learned in Jinan to help expand the localized Air Tracker model to more cities around the world.

Visit the following links to learn more about EDF’s air quality work in Jinan and Cangzhou and explore EDF’s main Air Tracker tool here

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EDF China unveils locally-tailored Air Tracker in Jinan

EDF China holds meeting to launch localized AirTracker tool in Jinan in November, 2023

EDF China holds meeting to launch localized Air Tracker tool in Jinan in November, 2023. Photo courtesy of EDF China.

What’s new: EDF China recently unveiled its localized Air Tracker tool at a meeting with government officials and policy and academic experts in Jinan. The tool will help these and other policymakers to track and mitigate air pollution in support of China’s carbon peaking and carbon neutrality goals.

What is Air Tracker?: Air Tracker is an innovative air quality monitoring tool developed by EDF, the University of Utah and the CREATE Lab at Carnegie Mellon University that uses real-time, trusted scientific models to help users see where air pollution is coming from. The tool is currently operational in five U.S. cities, with plans to expand globally.

To adapt Air Tracker’s technology for use in China, EDF China collaborated with the Chinese Academy of Environmental Planning and Tsinghua University on joint research projects in Jinan, a city with more than 9 million residents. Jinan was an ideal location to deploy the technology in part because it has an urgent need to further reduce air pollution levels. Concentrations of fine particles (PM2.5), sometimes called soot, stood at 40 μg/m3 in Jinan in 2022. These exceed China’s national standards (35 μg/m3), which are 7 times weaker than the World Health Organization’s recommended limits (5 μg/m3).

What we know: Tsinghua University developed a monitoring approach that utilizes meteorological, emission and observational data from monitoring stations, which complements Air Tracker. By incorporating both approaches, the new, localized Air Tracker tool will pinpoint pollution sources and inform targeted control

Why it matters: This new tool allows users to quantify the contributions of different emission sources through near-real-time data collection. This will allow government officials to develop targeted control measures to reduce air pollution and carbon emissions.

Both China and the United States have committed to jointly addressing the climate crisis. The newly localized Air Tracker tool is an example of the ways the two countries plan to promote policies and technologies that control greenhouse gas emissions and air pollution.

Next steps: EDF China and our partners—including the Tsinghua University, Chinese Academy of Environmental Planning and Jinan Environmental Research Academy—will test the localized Air Tracker this winter in Jinan. The team also will seek input from key government partners who were present at the launch, including the Ministry of Ecology and Environment of China (MEE) and the Jinan Municipal Ecology and Economic Bureau.

The lessons learned from this pilot phase will provide valuable insights to other cities in the Global South who may also benefit from Air Tracker or similar technologies. The learnings will likely also inform future expansions of the tool to other cities in China and around the world.

Learn more about EDF’s Air Tracker tool at globalcleanair.org/AirTracker.

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EDF scientists in China present new learnings on low-cost sensors and emphasize links between air pollution and climate change

Yangyang Xu presents on the bi-directional relationship between air pollution and global climate patterns.

What’s new: EDF scientists, Hugh Li and Yangyang Xu, presented as keynote speakers at the 10th International Conference on Air Benefit and Cost and Attainment Assessment (ABaCAS) in Qingdao, China this September. At ABaCAS, they shared insights on how to optimize cost-effective sensor technology and on the importance of approaching climate change and air pollution as interconnected problems. 

Why it matters: ABaCAS is a leading global forum for sharing the latest technology for monitoring and mitigating air pollution. By presenting there, Li and Xu were able to draw from EDF’s global experience in novel air quality monitoring to help other researchers and policymakers track air pollution more efficiently and target sources more effectively. 

Presentation on air quality sensors: Low-cost particulate matter sensors have revolutionized air quality monitoring in recent years. Li presented research on ways to calibrate these sensors to overcome some of the challenges associated with using them, such as less accurate data. In particular, he explained how post-calibration strategies can improve the accuracy of the original data generated by the sensors.  

Next steps: In his presentation, Li encouraged using low-cost sensors in diverse environments and near various sources to better understand their performance. He cited EDF’s past monitoring work in Oakland, CA and London, UK as examples of this practice.  

Presentation on climate change and air quality: Yangyang Xu’s presentation described the two-way feedback loop that exists between global warming and air pollution, especially how aerosols worsen air pollution even as their potency is boosted by rising temperatures. Xu emphasized how both heat extremes and air pollution exacerbate each other, undercutting human health and crop yields. However, he also underscored how action to current warming rates is likely to result in better air quality. 

Go deeper: Read more about Xu’s research here. 

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