C. Robin Castelli

Principles of Transition Finance Investing (eBook, ePUB)

Finding Alpha in a World Adapting to Climate Change

• Format: ePub

Produktbeschreibung

Leverage science-based models for the identification of profitable investment theses

Principles of Transition Finance Investing: Finding Alpha in a World Adapting to Climate Change shows how to leverage science-based models used by the largest banks in the world for their climate scenario analysis exercises and turn them into useful tools for the identification of profitable investment theses for venture capital, private equity, and private credit. This book includes deep-dive examples applied to transition finance opportunities in selected areas such as geothermal energy, farmland in northern latitudes, and energy efficiency reconversion for buildings.

The book provides readers with:

• An understanding of what transition finance is and how it is the foundation of the next industrial revolution that humanity is facing in the second and third quarters of the 21st century
• The types of funds and strategies that the quantitative methodology identifies, explaining their characteristics and timeframes
• Steps to build and run an end-to-end framework of climate models for investment purposes

Principles of Transition Finance Investing: Systematic Portfolio Building in The Era of Climate Change is an essential guide for professional investors and financial practitioners to invest in a manner that will generate profit while achieving results that are good for the environment and societies.

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Produktdetails

• Verlag: John Wiley & Sons
• Seitenzahl: 551
• Erscheinungstermin: 5. August 2025
• Englisch
• ISBN-13: 9781394351749
• Artikelnr.: 75138431

Autorenporträt

C. ROBIN CASTELLI is Head of Transition Finance Investment at Orange Ridge Capital, a private equity firm focusing on generating investment returns from high-quality, sustainable, real assets. He is the author of Quantitative Methods for ESG Finance and an expert in identifying and hedging climate risk at the enterprise level.

Inhaltsangabe

1 An Introduction to Transition Finance
1.1 Introduction on the principles of anthropogenic climate change
1.2 Future evolution of CO2 levels and global temperature
1.3 What is the definition of transition finance?
1.4 What do we mean by transition finance?
1.5 What do world business and economics leaders think about transition
finance?
2 Model-Based Approaches to Investing
2.1 Why do we need models to invest in transition finance?
2.2 How do we model climate and the impact it has on the economy and
society
2.3 What to model: Vendor models versus proprietary models
2.4 The problem of climate data in general
2.5 Data quality issues for acute physical risk
2.6 Data quality issues for chronic physical risk
2.7 Data quality issues for transition risk
2.8 Data quality issues for climate liability risk
2.9 Fat tails: Where climate risk and opportunities truly hide
2.10 Are models alone enough to allow us to make informed investing
decisions?
3 The Problem of Back-Testing and Benchmarking
3.1 The problem of back-testing, narratives, and validation
3.2 Narratives and why we need them to be strong and explainable
3.3 Back-testing: Why we really cannot do it and what to do about it
3.4 Validation and why it is a challenge
3.5 What to benchmark against?
4 Types of Funds in Transition Finance
4.1 What type of investments?
4.2 Is it a static asset allocation strategy or a dynamic one?
4.3 One approach versus multiple approaches
4.4 Diversification and moving beyond purely emissions-based approaches
4.5 Conceptual framework for quantitative investing in transition finance
4.6 Positive screening
4.7 Thematic investment
4.8 Investing in the transition
4.9 The four-fund/three strategy approach
5 Examples of How to Build an Investment Portfolio
5.1 Decide what is the climate transition scenario you believe is likely to
happen
5.2 Run the models based on your scenarios
5.3 Challenge your model results
5.4 Use subject matter expertise to apply overrides and overlays to the
models
5.5 Identify the set of opportunities at sector, theme, and individual name
level
5.6 Identify the driver for each opportunity
5.7 Determine the overall Technology Readiness Level for each opportunity
5.8 Determine the investment horizon for each opportunity
5.9 Determine the investment maturity for each opportunity
5.10 Determine the crowdedness for each opportunity
5.11 Identify the root problem for each opportunity
5.12 Identify what the root problem causes for each opportunity
5.13 Identify what needs to happen to fix the issue for each opportunity
5.14 Identify how soon the fix needs to happen for each opportunity
5.15 Identify what the investment opportunity is for each opportunity
5.16 Identify what the benefit of the investment is for each opportunity
5.17 Identify the potential market size for each opportunity
5.18 Identify the long-term investment vision for each opportunity
5.19 Identify the trigger event for each opportunity
5.20 Identify the primary fund in which each opportunity belongs
5.21 Identify the primary strategy in which each opportunity belongs
5.22 Select the investment theses that align with your individual risk
appetite, investment horizon, and area of expertise
5.23 Deep dive in investment theses of interest to identify targets and
refine strategies
5.24 Build your portfolio based on identified targets
6 Investment Trigger Events
6.1 What is an investment trigger?
6.2 How do we identify an investment trigger?
6.3 What is the likelihood and timing of a trigger and what factors affect
it?
7 About Hydrogen
7.1 The physics and chemistry of hydrogen and the effect on what role it
might play
7.2 The problems with manufacturing hydrogen in volumes
7.3 The pitfalls of producing hydrogen by electrolysis
7.4 The false promise of producing hydrogen by pyrolysis
7.5 The mirage of naturally occurring hydrogen
7.6 The deceitful idea of producing hydrogen in cheap locations and
shipping it to points of usage
7.7 Transporting hydrogen as ammonia is not a good idea
7.8 Hydrogen in ground transportation
7.9 Hydrogen for heating and steam generation
7.10 Ammonia-from-hydrogen uses
7.11 Hydrogen to make methanol for shipping
7.12 Hydrogen for airplanes
7.13 Hydrogen for grid energy storage
8. Overview of Primarily Growth Fund Investment Theses
8.1 Which opportunities are primarily growth opportunities?
8.2 BECCS: Bioenergy with Carbon Capture and Storage
8.3 Biochar
8.4 Energy Efficiency for Buildings
8.5 DAC (Direct Air Capture)
8.6 Electric Airplanes
8.7 Methane measure and VCM satellite monitoring
8.8 MMRV (Measurement, Monitoring, Reporting, and Validation) of Voluntary
Carbon Credits
8.9 Novel modeling for hurricane, tornado and wildfire impacts
8.10 Ocean-based CDR
8.11 Transition and physical risk E2E model providers for financial
institutions
8.12 VCM E2E risk transfer solutions
8.13 VCM exchanges
8.14 VCM insurance products
8.15 Workforce retraining companies
8.16 Climate litigation
8.17 Vertical farming
9. Overview of Primarily Public Strategy Fund Investment Theses
9.1 Which opportunities are primarily Public Strategy Fund opportunities?
9.2 Aluminum mines and smelters
9.3 Copper mines
9.4 Electric transportation (cars/trucks/trains/motorcycles)
9.5 Insurance companies with novel modeling approaches for coastal areas
9.6 Nuclear reactor manufacturers
9.7 Critical mineral mines
9.8 Uranium mines, prospecting and processing
9.9 HVAC manufacturers and installers
9.10 Sustainable steel
9.11 Emissions-free shipping
10. Overview of Primarily Infrastructure Strategy Fund Investment Theses
10.1 Which opportunities are primarily Infrastructure Strategy Fund
opportunities?
10.2 CCUS (Carbon Capture, Utilization, and Storage) infrastructure
10.3 Electric grid infrastructure upgrade
10.4 Energy storage
10.5 Geothermal energy generation companies
10.6 Hydroelectric power generation companies
10.7 Sustainable Aviation Fuel
10.8 Biofuels and waste to energy
10.9 Tidal power generation companies
10.10 Water
10.11 Wind and solar power generation companies
10.12 Sustainable concrete
10.13 Ocean Thermal Energy Conversion (OTEC)
10.14 Coastal tidal protection
11. Overview of Primarily Climate Alternatives (Physical Asset Plays)
Investment Theses 294
11.1 Which opportunities are primarily Climate Alternatives/Physical Assets
Fund opportunities?
11.2 Abandoned subterranean mines
11.3 Forest land plantation forest
11.4 Forest land primary forest
11.5 Northern Latitudes Farmland
11.6 Paper recycling facilities
11.7. Real estate in climate sanctuary cities
12. Sample Deep Dive: Geothermal Energy
12.1 Which is the climate driver for geothermal energy?
12.2 Which unds does geothermal energy fall under?
12.3 What is the TRL for geothermal?
12.4 Determine the investment horizon for geothermal
12.5 What is the investment maturity for geothermal?
12.6 How crowded is geothermal?
12.7 What is the root problem for geothermal?
12.8 What is the root problem for geothermal cause?
12.9 What needs to happen to fix the root problem for geothermal?
12.10 How soon does the fix need to happen for geothermal?
12.11 What is the investment opportunity for geothermal?
12.12 What is the benefit from investing in geothermal?
12.13 What is the market size for geothermal?
12.14 What is the long-term vision for geothermal investments?
12.15 What is the trigger for geothermal investments and has it already
occurred?
12.16 Which new companies have been identified in early stages for
geothermal (VC targets)?
12.17 Which new companies have been identified as emerging players for
geothermal (PE targets)?
12.18 Which established players exist in geothermal (private credit
targets)?
13. Sample Deep Dive: Northern Latitudes Farmland
13.1 Which is the climate driver for Northern Latitudes Farmland?
13.2 Which funds does Northern Latitudes Farmland fall under?
13.3 What is the TRL for Northern Latitudes Farmland?
13.4 Determine the investment horizon for Northern Latitudes Farmland
13.5 What is the investment maturity for Northern Latitudes Farmland?
13.6 How crowded is Northern Latitudes Farmland?
13.7 What is the root problem for Northern Latitudes Farmland?
13.8 What does the root problem for Northern Latitudes Farmland cause?
13.9 What needs to happen to fix the root problem for Northern Latitudes
Farmland?
13.10 How soon does the fix need to happen for Northern Latitudes Farmland?
13.11 What is the investment opportunity for Northern Latitudes Farmland?
13.12 What is the benefit from investing in Northern Latitudes Farmland?
13.13 What is the market size for Northern Latitudes Farmland?
13.14 What is the long-term vision for Northern Latitudes Farmland
investments?
13.15 What is the trigger for Northern Latitudes Farmland investments and
has it already occurred?
13.16 Which geographies have been identified for Northern Latitudes
Farmland?
14. Sample Deep Dive: Energy Efficiency for Buildings
14.1 Which is the climate driver for efficiency reconversions for
buildings?
14.2 Which funds does Energy Efficiency for Buildings energy fall under?
14.3 What is the TRL for Energy Efficiency for Buildings?
14.4 Determine the investment horizon for Energy Efficiency for Buildings
14.5 What is the investment maturity for Energy Efficiency for Buildings?
14.6 How crowded is Energy Efficiency for Buildings?
14.7 What is the root problem for Energy Efficiency for Buildings?
14.8 What does the root problem for Energy Efficiency for Buildings cause?
14.9 What needs to happen to fix the root problem for Energy Efficiency for
Buildings?
14.10 How soon does the fix need to happen for Energy Efficiency for
Buildings?
14.11 What is the investment opportunity for Energy Efficiency for
Buildings?
14.12 What is the benefit from investing in Energy Efficiency for
Buildings?
14.13 What is the market size for Energy Efficiency for Buildings?
14.14 What is the long-term vision for Energy Efficiency for Buildings
investments?
14.15 What is the trigger for Energy Efficiency for Buildings Investments
and has it already occurred?
14.16 Which new companies have been identified in early stages for Energy
Efficiency for Buildings (VC targets)?
14.17 Which emerging companies have been identified as emerging players for
Energy Efficiency for Buildings (PE targets)?
14.18 Which established players exist in Energy Efficiency for Buildings
(private credit targets)?