Tag Archives: Nuclear

Utilities: Calculating our Carbon Footprints

Posted on June 1, 2021 by climatechangefork

I have used Table 1 in the last few blogs (starting on May 11th) to show the carbon intensities for the various sources of energy that we use in large buildings (greater than 25,000ft2) in NYC. From there, I’ve shown … Continue reading →

The American Jobs Plan & Power Generation by Source

Posted on April 13, 2021 by climatechangefork

Last week, when I discussed the new $2.3 trillion “American Jobs Plan,” I listed the costs of items that directly address climate change mitigation. The second most expensive item was the $174 billion program for electric vehicle incentive. A few … Continue reading →

Posted in administration, Electric Cars, Sustainability, US | Tagged Adaptation, American jobs plan, Biden, carbon emissions, carbon zero, Climate Change, CO2, Coal, coronavirus, economic, Economy, electric car, Electricity, Emissions, Energy, fossil fuel, fuel, Gas, Global Warming, IEA, Infrastructure, low carbon, Methane, Mitigation, NOAA, Nuclear, Oil, Power, power plant, renewables, Solar, Sustainability, Sustainable, temperature rise, Wind | 3 Comments

Phased Reopening and Lessons to Learn

Posted on May 19, 2020 by climatechangefork

Figure 1 – Dana Summers’ cartoon on phased opening Roughly two months ago, my campus completely shifted to remote learning and teaching and I started lockdown. I have made a corresponding shift here, covering the COVID-19 viral pandemic that now … Continue reading →

Posted in Climate Change, Economics | Tagged arctic melt, Atmosphere, atom bomb, Brooklyn College, carbon dioxide, carbon intensity, chain reaction, Climate Change, CO2, contagious, coronavirus, COVID 19, Economics, Economy, feedback, flammability, Germany, GHG, Global Temperature, greenhouse gas, impact, interest, lockdown, neutron, Nuclear, nuclear fission, nuclear reactor, nucleus, pandemic, permafrost melt, polar ice, Population, R0, remote learning, reopening, Science, social distance, social distancing, spread, sustailable, Sustainability, sustainable development, test, uranium, viral, virus, water vapor, wildfire | Leave a comment

Coal Intensity & Coal Consumption

Posted on October 30, 2019 by climatechangefork

Today I am continuing my series (which started October 15th) examining the early signs of the global energy transition. In the previous two blogs my emphasis was on use of primary energy and electricity. This week, I’m looking at coal … Continue reading →

Posted in Climate Change, Energy, Sustainability | Tagged Adaptation, America, Bangladesh, BP, Brazil, Britain, Carbon, carbon dioxide, carbon emissions, Carbon Footprint, carbon intensity, carbon production, China, Clean Energy, CO2, CO2 emissions, Coal, coal intensity, data transmission, electrical power, Electricity, electricity access, electricity intensity, Emissions, Energy, energy intensity, energy transition, France, fuel, GDP, Germany, heat, high income, India, indicator, Indonesia, intensity, IPAT, Japan, low income, Mexico, middle income, Natural Gas, Nigeria, Nuclear, Oil, Pakistan, Physics, power consumption, primary energy, Renewable, renewal, Russia, secondary energy, Solar, solar power, Sustainability, Sustainable, Thermodynamics, Turkey, UK, US, Wind, wind power, World Bank | 4 Comments

Primary Energy: What Fraction Do We Use for Electricity Production?

Posted on October 22, 2019 by climatechangefork

Last week I looked at changes in electricity use (from 2000-2014), as a fraction of primary energy use, specifically as an early indicator of the energy transition to a more sustainable mix. I paid special attention to a group of … Continue reading →

Posted in Climate Change, Energy, Sustainability | Tagged Adaptation, Bangladesh, Brazil, carbon dioxide, carbon emissions, China, Clean Energy, CO2 emissions, Coal, electrical power, Electricity, electricity access, Emissions, Energy, energy transition, France, Germany, heat, high income, India, Indonesia, Japan, low income, Mexico, middle income, Natural Gas, Nigeria, Nuclear, Oil, Pakistan, Physics, primary energy, Renewable, Russia, secondary energy, Solar, Sustainability, Thermodynamics, Turkey, UK, US, Wind | 1 Comment

Renewable Energy in Germany: Windmills

Posted on October 1, 2019 by climatechangefork

One of the main stops on my extensive summer trip (September 4th blog) was Germany. I have talked about that throughout September (with the exception of my September 10th blog, when I focused on Dubai). This blog will be the … Continue reading →

Posted in Climate Change, Economics, Electricity, Energy, Sustainability | Tagged Angela Merkel, biomass, carbon dioxide, Cars, climate, CO2, CO2 emissions, Coal, commitment, Electricity, Energy, Energy Consumption, energy transition, Fiat, Germany, GHG, greenhouse gases, hydro, manufacture, mineral oil, Natural Gas, Nuclear, nuclear power, Power, power consumption, renewables, Solar, target, Toyota, Wind | 2 Comments

Guest Blog: How is Carbon Affecting Energy Intensity in the US?

Posted on May 7, 2019 by climatechangefork

Hello to everybody, we are the guest bloggers Amged Haimed, Junfeng Lu, and Haosheng Chen. We are all undergraduate students majoring in physics. Under the guidance of Micha Tomkiewicz, PhD, we have been able to use our backgrounds and experiences … Continue reading →

Posted in Anthropogenic, Climate Change, Guest Blog, Sustainability, US | Tagged alternative energy, California, Carbon, carbon dioxide, carbon intensity, CO2, CO2 emissions, Coal, commercial, Economics, Economy, Emissions, Energy, Energy Consumption, energy efficiency, energy intensity, Energy Sources, fossil energy, fossil fuel, Gas, GDP, graph, greenhouse effect, Guest Blog, housing, Hydroelectric, industrial, industrial production, industry, Natural Gas, New York, Nuclear, Physics, Pollution, Population, PPP, Renewable, residential, Solar, State, students, Texas, trade, transportation, US, Wind, wood | 7 Comments

Guest Blog: How Electricity Production In America Is Changing

Posted on April 30, 2019 by climatechangefork

This week, guest bloggers Kyle O’Carroll, Daniel Kruglyak, and Vikash Tewari are taking over the Climate Change Fork blog. We are undergraduate students at Brooklyn College, class of 2020. We are all majoring in physics with minors in biochemistry, chemistry, … Continue reading →

Posted in Anthropocene, Climate Change, Guest Blog, Sustainability, US | Tagged Adaptation, alternative energy, Anthropocene, Anthropogenic, biomass, Clean Energy, Climate Change, Climate Change Denial, Climate Change Deniers, Climate Skeptics, CO2, CO2 emissions, Coal, Efficiency, EIA, Electricity, electricity generation, Emissions, Energy, energy source, energy transition, Environment, Future, generation, Geothermal, Global Warming, greenhouse gas, hydroelectric power, Idaho, kilowatt-hour, Mitigation, Natural Gas, nonrenewable, Nuclear, Oil, Paris, Paris Agreement, petroleum, Policy, Renewable, Science, Solar, stuttering transition, Sustainability, US, West Virginia, Wind | 7 Comments

Electric Cars, Power Sources, and Truth in Advertising: Doing the Math

Posted on March 19, 2019 by climatechangefork

As I have often mentioned here, I teach two courses that relate to climate change at my university: the advanced Physics and Society and the general education Energy Use and Climate Change. This blog plays an important role in both … Continue reading →

Posted in Anthropocene, Anthropogenic, Climate Change, Education, Electric Cars, Sustainability | Tagged Adaptation, Anthropocene, Anthropogenic, calculation, China, Class, Clean Energy, Climate Change, Climate Change Denial, Climate Change Deniers, Climate Skeptics, CO2, CO2 emissions, Coal, Education, electric car, Electricity, Emissions, Energy, energy transition, Environment, environmental impact, Fossil Fuels, France, fuel, fuel economy, Gasoline, Germany, Global Warming, greenhouse gas, India, Japan, Math, Mitigation, mpg, Natural Gas, Nuclear, Physics, Power, Power Plants, power source, Renewable, renewable energy, Russia, savings, Science, Solar, Solar Energy, Sustainability, Technology, US, vehicle, Wind | 1 Comment

Electric Cars, Power Sources, and Truth in Advertising

Posted on March 12, 2019 by climatechangefork

Close to three weeks ago (February 24th), I watched a 60 Minutes segment on electric car production in China. I was impressed with the Chinese efforts to promote the transition, including waiving the high tax on license plates in Shanghai … Continue reading →

Posted in Anthropocene, Anthropogenic, Climate Change, Sustainability | Tagged Adaptation, air pollution, altima, Anthropocene, Anthropogenic, BAIC, BMW, Cars, Chery, China, Clean Energy, clean power, Climate Change, Climate Change Denial, Climate Change Deniers, CO2, CO2 emissions, Coal, Cost, Economics, electric car, Electricity, Emissions, energy transition, Environment, Fossil Fuels, France, fuel, fuel economy, Gas, Germany, Global Warming, greenhouse gas, Japan, kwh, leaf, license plate, mpg, Natural Gas, nissan, Nuclear, Pollution, Power, power plant, Power Plants, renault, renewable energy, Science, Shanghai, Solar Energy, Sustainability, Tax, Technology, Tesla, US, vehicle | 1 Comment

Tag Archives: Nuclear

Utilities: Calculating our Carbon Footprints

The American Jobs Plan & Power Generation by Source

Coal Intensity & Coal Consumption

Primary Energy: What Fraction Do We Use for Electricity Production?

Renewable Energy in Germany: Windmills

Guest Blog: How is Carbon Affecting Energy Intensity in the US?

Guest Blog: How Electricity Production In America Is Changing

Electric Cars, Power Sources, and Truth in Advertising: Doing the Math

Electric Cars, Power Sources, and Truth in Advertising

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