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  • 2026 Annual Meeting: Energy Security in an Era of Recurring Geopolitical Shocks

    2026 Annual Meeting: Energy Security in an Era of Recurring Geopolitical Shocks

    The Andlinger Center for Energy and the Environment will convene its 2026 Annual Meeting on Thursday, October 29, at Princeton University’s Maeder Hall Auditorium. The meeting will center on the subject of energy security.

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  • Our Research Initiatives

    Our Research Initiatives

    To achieve its ambitious mission, the Andlinger Center is advancing strategic research initiatives that leverage the unique interdisciplinary expertise of Princeton faculty to address the most pressing energy and environmental challenges of our time.

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  • Renewable Energy Systems

    Renewable Energy Systems

    Renewable Energy Systems will develop improved approaches to generate and transition to clean electrical power and enable effective deployment at scale.

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  • Industrial Decarbonization

    Industrial Decarbonization

    Industrial Decarbonization will develop approaches for process electrification and energy efficiency improvements to decarbonize heavy industry in materials, chemicals, and fuels.

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  • Decarbonizing Buildings and Transportation

    Decarbonizing Buildings and Transportation

    Decarbonizing Buildings and Transportation aims to decrease the carbon intensity of buildings and transportation systems by developing and deploying novel materials, technologies, and processes.

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  • Carbon Capture, Utilization, and Storage

    Carbon Capture, Utilization, and Storage

    Carbon Capture, Utilization, and Storage aims to develop new materials and systems that improve the efficiency and practicability of carbon dioxide capture, valorization, and sequestration.

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  • The Water-Energy-Resource Nexus

    The Water-Energy-Resource Nexus

    The Water-Energy-Resource Nexus aims to reduce the energy and resource intensity of water and wastewater treatment, recover energy and valuable resources from process waste, and develop technologies for effective pollution remediation.

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  • Climate Resilience Engineering

    Climate Resilience Engineering

    Climate Resilience Engineering will create effective strategies for making infrastructure and energy systems more resilient to climate risks and mitigating the impacts of climate change on human health and wellbeing.

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