3 item(s) were returned.
Visiting Scholar
American Enterprise Institute
When last we joined hands around the ourenergypolicy.org campfire, roasting s’mores and singing songs of camaraderie, we told tales of one particular monster of the dark, to wit, the Obama administration analysis of the social cost of carbon, perhaps the most dishonest exercise in political arithmetic ever produced by the federal bureaucracy. But this is the Beltway: No perfidy goes unrewarded. And so it is with the SCC, now tailor-made for the justification of rules utterly preposterous. Consider for example the Environmental Protection Agency efficiency rule for medium- and heavy trucks, part of the administration’s climate action plan; EPA has… [more]
View Insight
Co-Executive Director
The Institute for Carbon Removal Law and Policy, American University
The Paris Agreement establishes the objective of “[h]olding the increase in the global average temperature to well below 2°C above pre-industrial levels and to pursue efforts to limit the temperature increase to 1.5°C above pre-industrial levels . . .” However, in the negotiations leading up to Paris, and in its aftermath, it has become increasingly obvious that meeting even the less stringent of these two goals may prove extremely daunting. As a result, new technologies and alternative methods of generation, such as bioenergy, are receiving increased attention. Policymakers and climate scientists believe the only way to avoid passing critical climatic… [more]
View Insight
President
Kadak Associates, Inc.
There is an inconvenient and uncomfortable truth that nuclear energy is a significant non-CO2 source of electrical power in the U.S. Despite the dramatic expansion of solar and wind, these alternative forms of energy only provide 15% of non-CO2 emitting power nationwide. Nuclear energy on the other hand, provides 63% of all CO2-free sources. Often when a utility decides to shut down a nuclear plant it is replaced by natural gas. But replacing nuclear with “clean” natural gas only adds to the global CO2 load. In fact, each 1,000 megawatts of nuclear power replaced by natural gas adds 3.6 million… [more]
View Insight