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- January 2022
- Case
Fueling a Cleaner Future: ACWA Power and Green Hydrogen
By: Dennis Yao and Alpana Thapar
In January 2020, Paddy Padmanathan, president and CEO of ACWA Power, was reflecting on the company’s sixteen-year record of success and thinking about its future growth plans. Founded in 2004, ACWA Power was a Saudi Arabian developer, owner, and operator of power and...
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Keywords:
Green Hydrogen;
Energy;
Climate Change;
Supply Chain;
Business Model;
Growth and Development Strategy;
Green Technology;
Projects;
Alliances;
Environmental Sustainability;
Corporate Social Responsibility and Impact;
Energy Industry;
Saudi Arabia;
Middle East;
North Africa
Yao, Dennis, and Alpana Thapar. "Fueling a Cleaner Future: ACWA Power and Green Hydrogen." Harvard Business School Case 722-381, January 2022.
- October 2021 (Revised February 2022)
- Case
Green Hydrogen in Chile
By: Tarun Khanna, Jenyfeer Martínez Buitrago and Mariana Cal
In 2020, the Chilean government wants to promote green hydrogen, a technology with high potential to help mitigate climate change. President Sebastián Piñera, aware of the country's advantages to produce green hydrogen competitively, asks Energy Minister Juan Carlos...
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Keywords:
COVID-19 Pandemic;
Decision Making;
Alternative Energy;
Renewable Energy;
Climate Change;
Environmental Sustainability;
Green Technology;
Financial Instruments;
Energy Policy;
Government Administration;
Strategy;
Government and Politics;
Social Issues;
Energy Industry;
Latin America;
South America;
Chile
Khanna, Tarun, Jenyfeer Martínez Buitrago, and Mariana Cal. "Green Hydrogen in Chile." Harvard Business School Case 722-361, October 2021. (Revised February 2022.)
- March 2019
- Article
Economics of Converting Renewable Power to Hydrogen
By: Gunther Glenk and Stefan Reichelstein
The recent sharp decline in the cost of renewable energy suggests that the production of hydrogen from renewable power through a power-to-gas process might become more economical. Here we examine this alternative from the perspective of an investor who considers a...
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Keywords:
Sustainability;
Clean Technology;
Renewable Energy;
Energy Storage;
Sustainability Management;
Sustainable Business;
Synergies;
Green Hydrogen;
Green Technology;
Environment;
Decarbonization;
Carbon Emissions;
Carbon Abatement;
Energy;
Accounting;
Decision Making;
Economics;
Environmental Management;
Growth and Development;
Management;
Operations;
Science;
Transportation;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Africa;
Asia;
Europe;
North and Central America;
South America;
Middle East
Glenk, Gunther, and Stefan Reichelstein. "Economics of Converting Renewable Power to Hydrogen." Nature Energy 4, no. 3 (March 2019): 216–222.
- 06 Dec 2023
- Podcast
How Green Hydrogen can Decarbonize Hard-to-Abate Sectors
The third in our series on hard-to-abate sectors, this episode features Jacob Susman, CEO and co-founder of Ambient Fuels, a developer of green hydrogen projects. He describes how green hydrogen can help decarbonize hard-to-abate sectors and which applications are...
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- February 2004 (Revised March 2004)
- Case
Fuel Cells: The Hydrogen Revolution?
By: Thomas R. Eisenmann and Ryland Matthew Willis
The challenges faced in establishing hydrogen fuel cell-powered transportation in the United States, which promises to reduce greenhouse gas emissions and dependence on imported oil is examined. Foremost among these challenges is a "chicken-and-egg" dynamic: consumers...
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Keywords:
Taxation;
Environmental Sustainability;
Infrastructure;
Government Administration;
Energy Sources;
Business and Government Relations;
Network Effects;
Transportation;
Green Technology Industry;
Energy Industry;
European Union;
Japan;
United States
Eisenmann, Thomas R., and Ryland Matthew Willis. "Fuel Cells: The Hydrogen Revolution?" Harvard Business School Case 804-144, February 2004. (Revised March 2004.)
- 09 Jan 2024
- Research & Ideas
Could Clean Hydrogen Become Affordable at Scale by 2030?
Hydrogen is poised to move from the sidelines of global clean energy as the industry learns to produce it more efficiently and at lower cost, according to newly published research led by Gunther Glenk, a climate fellow with Harvard Business School's Institute for the...
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- December 2023
- Article
Advances in Power-to-Gas Technologies: Cost and Conversion Efficiency
By: Gunther Glenk, Philip Holler and Stefan Reichelstein
Widespread adoption of hydrogen as an energy carrier is widely believed to require continued advances in Power-to-Gas (PtG) technologies. Here we provide a comprehensive assessment of the dynamics of system prices and conversion efficiency for three currently prevalent...
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Keywords:
Clean Technology;
Green Hydrogen;
Carbon Emissions;
Decarbonization;
Learning By Doing;
Environment;
Energy;
Environmental Accounting;
Environmental Management;
Sustainable Cities;
Cost Accounting;
Innovation and Management;
Technology Adoption;
Energy Policy;
Engineering;
Green Technology;
Energy Industry;
Utilities Industry;
Industrial Products Industry;
Manufacturing Industry;
Transportation Industry;
North America;
South America;
Africa;
Europe;
Asia
Glenk, Gunther, Philip Holler, and Stefan Reichelstein. "Advances in Power-to-Gas Technologies: Cost and Conversion Efficiency." Energy & Environmental Science 16, no. 12 (December 2023): 6058–6070.
- 2022
- Article
Reversible Power-to-Gas Systems for Energy Conversion and Storage
By: Gunther Glenk and Stefan Reichelstein
In the transition to decarbonized energy systems, Power-to-Gas (PtG) processes have the potential to connect the existing markets for electricity and hydrogen. Specifically, reversible PtG systems can convert electricity to hydrogen at times of ample power supply, yet...
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Keywords:
Decarbonization;
Energy Storage;
Renewable Energy;
Batteries;
Carbon Emissions;
Green Hydrogen;
Greenhouse Gas Emissions;
Energy;
Environmental Accounting;
Environmental Management;
Environmental Sustainability;
Green Technology;
Decision Making;
Investment;
Operations;
Energy Industry;
Utilities Industry;
Transportation Industry;
Industrial Products Industry;
Manufacturing Industry;
Auto Industry;
Europe;
North America;
South America;
Africa;
Asia
Glenk, Gunther, and Stefan Reichelstein. "Reversible Power-to-Gas Systems for Energy Conversion and Storage." Art. 2010. Nature Communications 13 (2022).
- Web
Hydrogen Near Tipping Point to Accelerate Decarbonization, HBS Research Shows - Blog - Business in Global Society
green hydrogen will depend on substantially lower production costs for power-to-gas technologies. New research out of Harvard Business School projects that the life-cycle cost of View Details
- March 2020
- Article
Synergistic Value in Vertically Integrated Power-to-Gas Energy Systems
By: Gunther Glenk and Stefan Reichelstein
In vertically integrated energy systems, integration frequently entails operational gains that must be traded off against the requisite cost of capacity investments. In the context of the model analyzed in this study, the operational gains are subject to inherent...
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Keywords:
Vertical Integration;
Volatility;
Capital Investment;
Capacity Management;
Renewable Energy;
Green Hydrogen;
Decarbonization;
Carbon Emissions;
Environment;
Energy;
Environmental Accounting;
Environmental Management;
Environmental Sustainability;
Investment;
Decision Making;
Operations;
Technological Innovation;
Green Technology;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Green Technology Industry;
Europe;
North America;
South America;
Africa;
Asia
Glenk, Gunther, and Stefan Reichelstein. "Synergistic Value in Vertically Integrated Power-to-Gas Energy Systems." Production and Operations Management 29, no. 3 (March 2020): 526–546.
- April 2021
- Teaching Note
GreenFire Energy, 2020: Geothermal Innovation
By: John R. Wells and Benjamin Weinstock
In June 2020, after ten years of effort, GreenFire Energy Inc. (GreenFire) demonstrated its new geothermal electricity generation technology, ECO2G™. While conventional geothermal electricity only supplied 0.5% of US demand, the new technology promised to increase this...
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- Web
Browse All Articles, Research, & Case Studies - HBS Working Knowledge
portfolio that focused on E2G, based on the belief that Raízen—and Brazil—could help the world decarbonize and profit from the energy transition. Paula Kovarsky, Raízen’s chief strategy and sustainability officer, was confident the company could become a global View Details
- Web
Hiring Organizations - Recruiting
Early Bird Education Group East Ventures eBay Ebb Carbon Ecologi EDENS EduLab Capital Partners EF Education First Electra Electric Hydrogen Co. Electronic Arts Element Science Elevation Capital Eli Lilly & Company Elliott Investment...
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- Web
Podcast - Business & Environment
Communications Officer, Harvard Business School and host of Cold Call George Serafeim, Charles M. Williams Professor of Business Administration, Harvard Business School For transcripts and other resources, visit climaterising.org. How View Details
- Web
HBS Alumni Conference: Accelerating Climate Solutions - Alumni
the trading of carbon offsets. Iberdrola: Leading the Energy Revolution Faculty Presenters: Juan Alcacer, James J. Hill Professor of Business Administration This case discussion focuses on Iberdrola, the world's third-largest utility, and its decisions to invest in...
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- 16 Mar 2023
- Blog Post
HySynergy and Crossbridge Energy
with two shipping companies weighing green fuel options such as ammonia, methanol, and hydrogen. We also heard from a transmission system operator (TSO) that is in the process of expanding pipeline infrastructure for a View Details
- Web
Technology & Innovation - Faculty & Research
hydrogen production is projected to fall in the range of $1.6-1.9/kg by 2030, thereby approaching but not reaching the $1.0/kg cost target set by the U.S. Department of Energy. Keywords: Clean Technology; View Details
- 09 Mar 2023
- Blog Post
Port Esbjerg: Deploying Offshore Wind
without going all the way out to sea. We also met with a European utility company that is building a green hydrogen plant near these turbines. This new facility will soon take electricity generated by the...
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- 06 Sep 2022
- Blog Post
Student Spotlight: Summer Internships in Business & Environment
investment solutions ranging from green bonds and renewable infrastructure to thematic strategies that allow clients to align their capital with specific ESG outcomes. The Sustainable Investing team is responsible for ESG integration in...
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- 01 Mar 2023
- News
Clearing the Air
MORE For a deeper dive, check out our three-part Skydeck podcast series on carbon capture. Skydeck podcast MORE For a deeper dive, check out our three-part Skydeck podcast series on carbon capture. Skydeck podcast When the United States Congress passed the Inflation...
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