Fireside Chat, Panel
The Infrastructure Imperative: Mobilizing Capital for a Resilient Economy | GIS São Paulo
- Global clean energy finance reached $2.1 trillion last year, growing at a compound annual growth rate of 25-30% over the past six to seven years, with investment in emerging technologies like carbon capture and e-fuels shifting from tens of millions to tens of billions of dollars.
- Capital mobilization requires innovative financing models, enabling regulatory environments, and public-private cooperation, with nature-based solutions offering CO2 capture costs of $30-$40 per ton compared to $600-$700 for technical solutions.
- Specific market activity includes advanced geothermal, nuclear, and long-duration storage seeing increased attention with companies going public, while digital infrastructure debt for hyperscale data centers in the US exceeded $125 billion in Q4.
- OMERS has established a climate action plan targeting net zero by 2050, allocated a $3 billion bucket for transitional assets, and views sustainability as integrated with financial returns over investment horizons ranging from 14 to 108 years.
- OMERS prefers to enter investments later in the development process to stabilize risks and is involved in the Bruce Nuclear Power Plant refurbishment project spanning the next 20 to 25 years.
- The Canadian federal government has seeded the Canada Growth Fund with $15 billion, while developing Indigenous loan guarantee programs to support equity participation and unlock projects such as a Bruce Nuclear Power Plant offshoot.
- Brazil anticipates over $10 billion in railway investments until 2027, with the National Railway Plan targeting $60 billion in projects over the next 15 years, including Transnordestina Phase 1 reaching 77% completion by mid-December.
- Brazil plans to make more than 50 billion reais ($8 billion) in debenture incentives available in 2025, where a 1% increase in the railway transport matrix is projected to reduce CO2 emissions by 2 million tons annually.
- Financial institutions are expected to deploy insurance and de-risking measures such as loan guarantees, first loss protection, and delivery risk insurance to facilitate scalable infrastructure financing.
- Stable, long-term regulatory frameworks are considered essential for economic viability, with a preference for 60-year concession contracts to avoid mid-stream changes and support hydrogen projects.
- AI is anticipated to optimize energy grids through supply and demand management, predictive maintenance, and reconductoring, though Africa currently receives limited renewable energy financing despite its rich solar resources.
- Transitioning to green energy currently costs more than fossil fuels, requiring public support and fair regulation to achieve equilibrium, with a focus on moving capital into emerging markets by ending ideological debates.
- Material challenges include a 10-year permitting timeline for projects like the New Mexico wind farm and transmission line, which remain on schedule and budget, while insurance plays an increasingly vital role in de-risking new engineering risks.