Nuclear Energy: A Vital Component of Our Energy Future | AIChE

Other Sites & Tools

Technical Groups

You are here

Nuclear Energy: A Vital Component of Our Energy Future

Special Section
July
2010
Stuart T. Arm

Nuclear power is proven to be safe, and it is our best shot at increasing energy production while reducing CO2 emissions levels.

Would you like to access the complete CEP Article?

No problem. You just have to complete the following steps.

You have completed 0 of 2 steps.

  1. Log in

    You must be logged in to view this content. Log in now.

  2. AIChE Membership

    You must be an AIChE member to view this article. Join now.

Copyright Permissions 

Would you like to reuse content from CEP Magazine? It’s easy to request permission to reuse content. Simply click here to connect instantly to licensing services, where you can choose from a list of options regarding how you would like to reuse the desired content and complete the transaction.

Features

Use Oxygen to Improve Combustion and Oxidation

Substituting oxygen for air is often a low-cost, easy-to-implement option that can reduce capital costs, lower emissions, and improve process flexibility and reliability.

The AIChE Energy Initiative

The AIChE energy Initiative leads the Institute's energy-related activities.

Nuclear Energy: A Vital Component of Our Energy Future

Nuclear power is proven to be safe, and it is our best shot at increasing energy production while reducing CO2 emissions levels.

Nuclear Renaissance: A Flawed Proposition

Nuclear power has never been safe and it never will be. Efficiency gains and investment in renewable sources of energy will be sufficient to power the planet without resorting to nuclear reactors.

Nuclear Waste Policy in the United States

The current U.S. reactor fleet produces 2,100–2,400 ton/yr of spent nuclear fuel (SNF). After 50-plus years of nuclear power generation, 64,000 tons of SNF has accumulated in temporary storage at the reactor sites. How did we get where we are, and where do we go from here?

Nuclear Power: Energy to Produce Liquid Fuels and Chemicals

Using nuclear energy to operate refineries and chemical plants would allow more fossil and biomass resources to be converted to fuel and chemical products.

Nuclear Power: Fueling the Hydrogen Economy

Nuclear hydrogen might first enter the transportation market to supplement existing fossil resources. In the long-term, it could be a key in the development of a hydrogen economy.

Developing a Position on Nuclear Power

AIChE’s Nuclear Engineering Division recommends expanding the role of nuclear power and closing the nuclear fuel cycle. <br>

Energy Research: Following the Money

Surveys of the energy-related papers presented at AIChE’s annual meetings shed light on the funding pathways for energy research by chemical engineers.

Radical Designs Boost Resource Efficiency

The top projects in the recent 10xE Design Challenge showcase the best examples of resource-efficient, integrative design from the chemical engineering community.

Choosing Specialty Metals for Corrosion-Sensitive Equipment

Specialty metals should be considered for processes that push beyond the corrosion limits of steel. New composites and surface alloy technologies expand the options for defending against corrosion.

Departments

CEP: Guest Editorial - International Activities in AIChE

CEP: Institute News

CEP: Meeting Preview - Regional Process Technology Conference

CEP: Update

CEP: Process Safety Beacon - Passive Safety Equipment

CEP: Bio Beat - Engineering Personalized Medicine

CEP Showcase

CEP Marketplace

CEP: Recruitment Classifieds

CEP: We're History - Back to the Future: Revisiting the Chemical Origins of Life Experiment