De-Risking the Terawatt Transition

Wednesday, November 3, 2021 • 7:30 AM – 6:00 PM BST

Energy Day at Climate Action Solution Centre (CASC): De-Risking the Terawatt Transition

During a full-day summit on November 3rd organised by TerraPraxis, key stakeholders representing several trillion dollars in potential market demand, revealed new near-term, climate-scale strategies to compete on price and performance with fossil fuels that will break through the world’s largest and most difficult carbon emissions challenges: coal and liquid fuels. Customers, investors, and political leaders announced strategies to accelerate the affordable repowering of 2 terawatts of coal and delivery of 100 million barrels per day of carbon neutral liquid fuels. These large-scale solutions repurpose trillions of dollars of existing infrastructure to continue supplying reliable energy, but without emissions, and can advance groundbreaking progress toward Net Zero by 2050. The programme also quantified the risks of a failure to decarbonise through the humanitarian lens of climate justice and equal access to energy.

Download the full agenda of the day

Introduced by Ms. Kristy Gogan and moderated by Mr. Eric Ingersoll, Co-Founders of TerraPraxis

Mr. Armond Cohen, Executive Director, Clean Air Task Force

Ms. Bertha Dlamini, President, African Women in Energy and Power (joined remotely)

Mr. Nobuo Tanaka, Chair, the Steering Committee, Innovation for Cool Earth Forum (ICEF) and Former Executive Director, the International Energy Agency (IEA) 2007-2011 (joined remotely)

Mr. Jerome Foster II, Climate Advisor, White House Environmental Justice Advisory Council

Repowering 2 Terawatts of Coal Infrastructure by 2050

More than 2,000 gigawatts of coal-fired capacity is used in the world today, adding roughly 15 billion tons of CO₂ emissions per year, almost half of all carbon emissions. Since many coal fired power stations are young assets, less than 14 years old, retirement of this infrastructure is an unattractive and unrealistic prospect for many owners and investors. Existing coal-fired power plants have enormous value in established markets for their power, grid connections and experienced personnel. While coal plants are currently among the most significant carbon emitters, they can also act as flexible generators, supporting integration of renewables into electricity grids. Replacing coal boilers with small modular reactors (SMRs) and clean heat sources allows use of existing infrastructure for clean electricity generation and a fast, low-risk path to decarbonising global power generation. Unlike other proposed solutions, repowering coal plants offers robust political viability because it preserves jobs, local economies and existing, high-value infrastructure investments. Conversations focused on defining customer and investor cost and performance requirements to repower the vast majority of the world’s coal fleet, eliminating two terawatts of coal emissions with clean energy by 2050.

The session was moderated by Mr. Eric Ingersoll, Co-Founder of TerraPraxis, and included the following:

Moderated by Mr. Eric Ingersoll, Co-Founder of TerraPraxis

Mr. Martin Wood, Co-Founder and Board Director, Bryden Wood

Mr. Conor Kelly, Sustainability Technology Lead, Microsoft

Mr. Jigar Shah, Director, Loan Programs Office, United States Department of Energy (joined remotely)

Ms. Maria Korsnick, President and Chief Executive Officer, Nuclear Energy Institute

Ms. Amy Roma, Partner, Hogan Lovells

Ms. Rumina Velshi, President and Chief Executive Officer, Canadian Nuclear Safety Commission

Mr. Jerome Foster II, Climate Advisor, White House Environmental Justice Advisory Council

No Choice But to Change: Replacing 100 Million Barrels of Oil Per Day with Clean Liquid Fuels

Much of the carbon gap is due to “difficult-to-decarbonise” sectors such as shipping, aviation and heavy transport. Global hydrogen-based synthetic fuel production can be accomplished with shipyard-manufactured, sea-going production platforms akin to the large offshore production vessels currently used by the oil industry, as well as in refinery-scale hydrogen and synfuels gigafactories. This massive, rapid decarbonisation effort can be achieved with a relatively small physical and environmental footprint, allowing large areas of land to be spared for rewilding and the restoration of natural ecosystems. Investors, customers and political leaders will announce strategies to accelerate delivery of 100 million barrels per day of carbon-neutral synthetic liquid fuels to replace fossil fuels. During this discussion, high-level stakeholders in aviation, shipping, oil and gas, and industrial-scale manufacture explored how scalable, cost-effective hydrogen-based fuels can be produced in the near term.

Moderated by Ms. Kirsty Gogan, Co-Founder, TerraPraxis

Ms. Kirsty Gogan, Co-Founder, TerraPraxis

H.E. Mohamed Al Hammadi, Managing Director and Chief Executive Officer, Emirates Nuclear Energy Corporation

Eng. Andrew N. Kamau, Principal Secretary, State Department of Petroleum, Kenya

H. E. Aminath Shauna, Cabinet Minister of Environment and Climate Change, Maldives Government

Dr Dirk Smit, Chief Scientist, Shell (joined remotely)

Dr Sama Bilbao y León, Director General, World Nuclear Association

Mr. Jens ÞÓRÐARSON, Chief Operating Officer, Icelandair (joined remotely)

Q&A session


Kirsty Gogan interviews H.E. Mohamed Nasheed, Speaker of Parliament, The Republic of Maldives and Mr Jerome Foster II, Climate Advisor, White House Environmental Justice Advisory Council.

CASC Live: Missing Link to a Livable Climate

New advanced heat source technologies are being commercialised today and offer a range of “climate scale,” low-cost, fast and repeatable applications in the power sector, including repowering coal-fired power plants and production of hydrogen fuels. Participants in CASC Live offer new perspectives on hard-to-abate decarbonisation challenges, including large-scale, low-cost hydrogen clean synthetic fuel production to complement renewables and viable solutions for repowering existing coal plant sites and transmission on a mass scale.