The company conducted a comprehensive review of its Scope 1 and Scope 2 emissions to establish the decarbonization baseline.
Based on an external audit, Scope 2 emissions represented 80% of the company’s total emissions, and 96% of which was attributed to energy consumed during air separation. Under PAG’s leadership, the company set a goal to reduce 30% of carbon intensity by 2030, and developed a clear roadmap towards increasing energy efficiency and reducing reliance on fossil fuels.
The diagram below summarizes five key areas and respective anticipated reduction potential for AirPower to achieve the decarbonization goal:

AirPower has undertaken carbon capture initiatives to convert carbon dioxide into high-value downstream products such as carbon monoxide. Notably, AirPower's Jingmen facility has entered into an agreement to supply synthetic gas, a key industrial ingredient, to Handsome Chemical (leading player in alkyl acetate) and Yuanhan New Energy (an EV-battery solvent producer), which will be captured and processed into downstream value add products. The partnership with Handsome Chemical and Yuanhan New Energy will allow AirPower to effectively capture over 800K tons carbon dioxide emission per year in its Jingmen facility, equivalent to removing approximately 174,000 passenger vehicles from the road annually1.

The company has significantly stepped up its renewable energy consumption in its operations since establishing the decarbonization roadmap. Renewable energy consumption amounted to a total of 167.9 million kWh within two years, equivalent to powering the electricity consumption of over 50,000 households annually2.
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PAG has fully supported AirPower's decarbonization strategy and has made significant progress in the past 3 years.
PAG believes that AirPower has a critical role to play in China's clean energy transition. We will continue to support its decarbonization initiatives to generate a broader impact on adapting more sustainable energy solutions for the industry, in China and elsewhere.
1Typical passenger vehicle emits 4.6 metric tons of CO2 per year. Source: https://www.epa.gov/greenvehicles/greenhouse-gas-emissions-typical-passenger-vehicle, last accessed October 31, 2023.
2The average electricity consumption per household per month in Hong Kong is about 275 units, or 3300kWh per year. Source: https://www.emsd.gov.hk/energylabel/en/cal/cal.php, last assessed October 31, 2023