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We stand at the dawn of a new carbon economy.

OUR TEAM

Peter Schlosser

Peter Schlosser

Co-chair

Peter Schlosser is Vice President and Vice Provost of Global Futures at ASU, where he leads the Julie Ann Wrigley Global Futures Laboratory. Peter’s research focuses on the hydrosphere, primarily the circulation of water in the oceans and groundwater including studies of problems caused by human impact.

Amanda Ellis

Amanda Ellis

Co-chair

Amanda Ellis is Senior Director at ASU’s Global Futures Laboratory and former New Zealand Ambassador to the UN in Geneva. She’s a global leader in gender equity, sustainable development, and international partnerships.

Erin Burns

Erin Burns

Co-chair

Erin Burns is Executive Director of Carbon180, where she leads strategy and policy for carbon removal solutions. She brings deep experience from U.S. Senate energy policy and environmental advocacy.

Martin Siegert

Martin Siegert

Co-chair

Martin Siegert is Vice-President and Deputy Vice-Chancellor (Cornwall) at the University of Exeter and a leading polar scientist. He has discovered Antarctic subglacial landscapes, lakes and rivers and is known for his research on climate change and the polar regions.

Walter Mérida

Walter Mérida

Co-chair

Walter Mérida is a leader in clean energy systems. His work at University of British Columbia spans hydrogen tech, climate policy, and academic-industry innovation.

Klaus Lackner

Klaus Lackner

Honorary Patron

Klaus Lackner is a pioneer in carbon removal and is the Founding Director of ASU’s Center for Negative Carbon Emissions. He developed early direct air capture technologies and remains a global authority on climate engineering.

Jennifer McFarlane

Jennifer McFarlane

Advisory Board Member

Jennifer McFarlane is a board director and climate tech strategist with two decades of CFO experience at high-growth companies including LanzaTech and NEXTracker. She serves on the boards of Cascade Energy, Emrgy, and Verra, and is recognized as a 2025 NACD Directorship 100 honoree.

Jan Huckfeldt, PhD

Jan Huckfeldt, PhD

Advisory Board Member

Jan Huckfeldt is Co-founder of GreenEdge and Chief Commercial Officer at AirMyne, a direct air capture company. He previously served as CCO at Climeworks, where he secured the carbon removal industry's longest-duration enterprise agreements, and holds a PhD in Polymer Chemistry.

Jens Nielsen

Jens Nielsen

Advisory Board Member

Jens Nielsen is Founder and CEO of the World Climate Foundation, a global platform advancing climate and biodiversity solutions through cross-sector collaboration. He led the Climate Investment Coalition, which mobilised a USD 130 billion clean energy commitment from Nordic and UK pension funds.

Hong-Thuy Paterson

Hong-Thuy Paterson

Advisory Board Member

Hong-Thuy Paterson is Co-Founder and CFO of Greenbridge Capital Management, an investment manager unlocking capital for scalable climate solutions. She previously served as Chief Financial and Operating Officer of the Green Climate Fund, the world's largest dedicated climate fund, overseeing its USD 13 billion replenishment.

Susan Hooper

Susan Hooper

Advisory Board Member

Susan Hooper is Co-Founding Director of Chapter Zero, a global network equipping non-executive directors to lead on climate governance. She brings extensive board experience across energy, travel, and consumer services, and is a leading voice on the role of corporate boards in driving climate action.

The New Carbon Economy Consortium is an alliance of universities, national labs, and NGOs working in partnership with industry leaders to build a carbon conscious world.

Building the New Carbon Economy

A prosperous, growing economy that captures and stores more carbon than it emits.

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Engineered Solutions

Technologies and systems that capture, convert, and store CO2 from the air and oceans, such as direct capture of CO2 from air and point sources, converting CO2 into valuable products (e.g., concrete or fuels), and the accelerated mineralization of CO2 for sequestration.

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Biological Solutions

Biological solutions include ecosystem restoration, improved forestry practices, changes in agricultural practices, developing soil amendments that improve soil health, and cultivating and converting algae into valuable products such as fertilizer and animal feed.

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Hybrid Solutions

Hybrid energy solutions can include bioenergy with carbon capture, biochar production, waste to energy systems, and carbon cultivating aquaculture.

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Member Profiles

Can Carbon Become a Resource, Not a Waste? Spotlighting Rocky Mountain Institute's Vision for a New Carbon Economy

Rocky Mountain Institute

Can Carbon Become a Resource, Not a Waste? Spotlighting Rocky Mountain Institute's Vision for a New Carbon Economy

Training and Resource hub that connects Carbon Management Researchers

Global Carbon Management Academy

Training and Resource hub that connects Carbon Management Researchers

Ocean Visions  mCDR bold ocean-based solutions

Ocean Visions

Ocean Visions mCDR bold ocean-based solutions

Can Carbon Become a Resource, Not a Waste? Spotlighting Rocky Mountain Institute's Vision for a New Carbon Economy

Rocky Mountain Institute

Can Carbon Become a Resource, Not a Waste? Spotlighting Rocky Mountain Institute's Vision for a New Carbon Economy

Training and Resource hub that connects Carbon Management Researchers

Global Carbon Management Academy

Training and Resource hub that connects Carbon Management Researchers

Ocean Visions  mCDR bold ocean-based solutions

Ocean Visions

Ocean Visions mCDR bold ocean-based solutions

Innovation Plan

Our vision for the future

By convening researchers from across institutions and disciplines to pose new research questions, share resources and develop pathways towards the widespread deployment of carbon removal solutions, we have set forth an innovation agenda for a new carbon economy.

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Engineered Solutions

Technologies and systems that capture, convert, and store CO₂ from the air and oceans, such as direct capture of CO₂ from air and point sources, converting CO₂ into valuable products (e.g., concrete or fuels), and the accelerated mineralization of CO₂ for sequestration.

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Biological Solutions

Biological solutions include ecosystem restoration, improved forestry practices, changes in agricultural practices, developing soil amendments that improve soil health, and cultivating and converting algae into valuable products such as fertilizer and animal feed.

3.png

Hybrid Solutions

Hybrid energy solutions can include bioenergy with carbon capture, biochar production, waste to energy systems, and carbon cultivating aquaculture.

Innovation Plan

Our vision for the future

By convening researchers from across institutions and disciplines to pose new research questions, share resources and develop pathways towards the widespread deployment of carbon removal solutions, we have set forth an innovation agenda for a new carbon economy.

Read the Full Plan
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