Is Hydrogen Our Energy Future? -
energy switch

Wed, Feb 19 1:30 P.M. NH World (11.3)

Countries are excited about hydrogen as a way to reduce CO2 emissions. Is it the future?

Episode Duration: 26 minutes and 46 seconds

Episode Number: 105

All broadcast times for this episode: (show all)

Wed, Feb 19	1:30 P.M.	Could Hydrogen Be Our Energy Future? NH World (11.3)

About Energy Switch:

Energy and climate are intertwined, two of the most important topics in the world today.

Yet viewers know very little about them.

This show aims to change that.

'Energy Switch' brings together two renowned experts from government, NGOs, academia and industry, with differing perspectives on important energy and climate topics, such as: Could solar and wind power our future? Or could hydrogen be the dominant energy source? Should we have more or less nuclear power? How should we respond to climate change? What policies most effectively reduce emissions? How could we pay for them? These lively discussions and more are moderated by renowned energy scientist and communicator Dr.

Scott Tinker.

The show is produced, written and directed by Emmy-winning documentary filmmaker Harry Lynch, creator of the celebrated PBS series 'Great Performances: Now Hear This' and 'Stories of the Mind.'

Future Broadcast times for "Energy Switch": (show all)

Wed, Jan 15	1:30 P.M.	Natural Gas Pipelines NH World (11.3)
Sat, Jan 18	5:30 P.M.	Plastic Recycling NHPBS (11.1)
Wed, Jan 22	1:30 P.M.	How Should We Respond to Climate Change? NH World (11.3)
Sat, Jan 25	5:30 P.M.	Carbon Capture and Storage NHPBS (11.1)
Wed, Jan 29	1:30 P.M.	What's The Future of Natural Gas? NH World (11.3)
Sat, Feb 1	5:30 P.M.	China's Energy and Climate Policies, Part 1 NHPBS (11.1)
Wed, Feb 5	1:30 P.M.	Will Solar and Wind Power Our Future? Part 1 NH World (11.3)
Wed, Feb 12	1:30 P.M.	Will Solar and Wind Power Our Future? Part 2 NH World (11.3)
Wed, Feb 19	1:30 P.M.	Could Hydrogen Be Our Energy Future? NH World (11.3)
Wed, Feb 26	1:30 P.M.	Investing In Our Energy Future NH World (11.3)