Cool Earth 50 Explained

Cool Earth 50 (also known as Cool Earth) is a plan developed by Japan to reduce global CO2 emissions 50% by 2050, which was discussed at the 34th G8 summit. Cool Earth 50 is planned to be a framework that would continue towards the goals set forth in the Kyoto Protocols. This plan includes three proposals: a long-term strategy, a mid-term strategy and launching a national campaign for achieving the Kyoto Protocol Target.[1]

The plan was first proposed on May 24, 2007, at an international conference called Asian Future[2] and was initiated by Japanese Prime Minister Shinzo Abe.[3] The program's goal is to reduce current global green house emissions by 50% by the year 2050. The goal of reduction was aimed particular towards the largest green house emitting countries The United States, China, Japan, and India. Also, for the major green house emitters to create a frame work for reduction.[4] Cool Earth aims at reducing green house emissions by improving technology in energy fields.[5] A large goal of Cool Earth is to promote economic prosperity through green technology and to encourage political stability domestically and internationally.[6]

Proposals

The proposals of this program include:

  1. A long-term strategy for global reduction of greenhouse gas emissions.
  2. Propose three principles for establishing an international framework for addressing global warming from 2013 onward.
  3. To launch a national campaign to ensure Japan achieves the Kyoto Protocol goal.[7]

In addition, the proposal sets to make technological advancements in:

Course 50

Course 50 is a reduction strategy to reduce emissions by 30%. The aim of Course 50 is to suppress emissions from blast furnaces and to capture from blast furnaces.[8] The goal is to reach reduction by the year 2030. The programs first phase was initiated in the year 2008 and funded by New Energy and Industrial Technology Development Organization.The original budget was approximately 10 billion yen. Course 50 is encouraging innovation in technology towards more effective capturing polymers, as well as temperature reduction and improved efficiency of blast furnaces in the steel industrious.[9]

Solar

Japan with Cool Earth has been expanding their solar power industry offering subsidies to improving solar powered infrastructure. The main research goal is to achieve a low cost high efficiency solar cell that offers a conversion efficiency of 40%.[10]

Hydrogen power

In 2009, Japan fitted over 100,000 homes with hydrogen powered fuel cells, improving its hydrogen powered infrastructure.[11]

Energy efficient technology

New development of LED light bulbs that utilize blue and white light has improved efficiency by over 25% since 2008.[12] The use of SerDes router technology having the capability to reduce energy waste from routers by over 50%.[13]

See also

External links

Notes and References

  1. http://www.kantei.go.jp/foreign/abespeech/2007/05/24speech_e.html Invitation to "Cool Earth 50"
  2. Kikkawa, Takeo. Japan’s Contribution to Cool Earth. Technical Report. Tokio: Graduate School of Commerce and Management Center for Japanese Business Studies, Hitotsubashi University, 2009.
  3. http://sciencelinks.jp/content/view/652/260/ Cool Earth 50
  4. Hamasaki, Hiroshi, and Tatsuyoshi Saijo. Designing Post-Kyoto Institutions: From the Reduction Rate to the Emissions Amount. mimeo, 2008.
  5. Web site: MOFA: New Proposal on Climate Change, "Cool Earth 50". www.mofa.go.jp. 2016-12-15.
  6. Okano-Heijmans, Maaike. "Japan's ‘green’economic diplomacy: environmental and energy technology and foreign relations." The Pacific Review 25.3 (2012): 339-364.
  7. Web site: Speeches and Statements by Prime Minister Shinzo Abe. japan.kantei.go.jp. 2016-12-15.
  8. Tonomura, Shigeaki. "Outline Of Course 50." Energy Procedia 37.GHGT-11 Proceedings of the 11th International Conference on Greenhouse Gas Control Technologies, 18–22 November 2012, Kyoto, Japan (2013): 7160-7167. ScienceDirect. Web. 14 Dec. 2016.
  9. Hayashi, Mikihiro, and Tomohiro Mimura. "Steel Industries in Japan Achieve Most Efficient Energy Cut-off Chemical Absorption Process for Carbon Dioxide Capture from Blast Furnace Gas." Energy Procedia 37 (2013): 7134-7138.
  10. Lewis, Joanna, Amber Sharick, and Tian Tian. "International motivations for solar photovoltaic market support: findings from the United States, Japan, Germany and Spain." Prepared for the center for resource solutions and the energy foundation china sustainable energy, program (2009).
  11. Web site: Japan eyes Hydrogen Future. www.renewableenergyworld.com. 2016-12-16.
  12. Su, Shi‐Jian, et al. "Highly efficient organic blue‐and white‐light‐emitting devices having a carrier‐and exciton‐confining structure for reduced efficiency roll‐off." Advanced Materials 20.21 (2008): 4189-4194.
  13. Yamada, Masaki, et al. "Power efficient approach and performance control for routers." 2009 IEEE International Conference on Communications Workshops. IEEE, 2009.

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