Search CARMA by country, state, province, county, metro area, city, power company,
power plant, or zip code.

View CARMA in Google Earth!


Browsing power plant emissions just got easier, thanks to a new version of CARMA that you can explore using Google Earth. According to Google’s site, “Google Earth lets you fly anywhere on Earth to view satellite imagery, maps, terrain, 3D buildings and even explore galaxies in the Sky.” This bird’s-eye view is great for comparing emissions from different countries and gives you a unique perspective of how the power sector looks worldwide. Plus, it’s much cooler than tables of data!

Go to carma.org/blog/earth/ to learn more, or check out the screenshots below to get a taste of CARMA’s latest incarnation.

International coverage of CARMA 2.0 update


News of the CARMA 2.0 update appeared in US media and abroad, including in Taiwan and India. CGD Web and Media Assistant Ben Edwards collects a few excerpts in “CGD Coverage from the CARMA 2.0 Media Launch.”

CARMA 2.0 has arrived! Power sector still stuck on fossil fuel


CARMA 2.0 has arrived! And our analysis of the latest data shows that the world still has a long way to go on curbing emissions growth.

Last week’s Washington Post feature on CARMA focuses on massive growth in Chinese emissions. Although pollution wasn’t big news once the Olympics started, this year China’s power sector will emit more CO2 than the US power sector for the first time. Furthermore, rapid construction of coal-fired plants is wiping out any improvements in emissions intensity. But China will (sort of) head in the right direction, on carbon intensity, as it doubles electricity production over the next decade: the share of fossil-fuel generation will decrease from 83% to 73%.

What about the rest of the world?

Just the Facts: On The State of NTPC’s CARMA


Recent weeks have seen the carbon footprint of the National Thermal Power Corporation - India’s largest power company - come under some scrutiny. A Times of India article in late July first noted NTPC’s global prominence in terms of CO2 emissions, drawing upon a now-outdated version of CGD’s CARMA database of global power sector emissions. Last week, a rebuttal from NTPC and the Indian Ministry of Power claimed that CARMA relied upon “inaccurate generation figures” and argued that the company was one of the world’s most efficient power producers. This weekend, an article syndicated in many Indian newspapers publicized the emissions figures from the just-released CARMA 2.0 database, including the Indian power sector’s #3 global ranking and NTPC’s annual emissions of 186 million U.S. tons of CO2. In the same article, the company responded by saying, “We are among the most efficient producers of power using fossil fuels. NTPC is the second best in the world, emitting only 800 grams of CO2 per kwh of electricity generation.” Here I explain the supposed discrepancies, try to set the record straight regarding NTPC’s present carbon emissions, and take a look at the company’s claims regarding efficiency.

Getting Started: A Quick Video Tutorial


If you’re new to CARMA, we’ve created a quick, 4-minute video tutorial (below) introducing you to a couple of CARMA’s more useful features. In particular, it shows you how to easily locate emissions information for any power plant or locale in the world — like your hometown, for example. I hope you find it useful.

 

 

Previous Articles

CARMA 2.0 Up And Running!


New Data On The Way: CARMA 2.0 To Be Released Soon!


Carbon Capture “Vaporware” No Alternative to Real Clean Energy Technology


Where do the CARMA plant numbers come from?


Widget exploration


Welcome to CARMA

The objective of CARMA.org is to arm individuals with the information they need to forge a cleaner, low-carbon future. By revealing the unvarnished truth regarding both clean and dirty power producers, CARMA hopes to influence the opinions and decisions of consumers, investors, shareholders, managers, workers, activists, and policymakers. In other contexts, so-called “public information disclosure” techniques have proven successful in reducing traditional pollutants.