ジョンクェルコンサルティング [Jonquil Consulting Inc.] ジョンクェルコンサルティング [Jonquil Consulting Inc.]

Green Recovery Tech. “Disappearing Decarbonisation 2030 Scenario and CCUDM”

UN Report and greenhouse gases

According to the greenhouse gas reduction target for decarbonisation announced by the United Nations on 25 October, the emissions in 2030 will increase by 10% compared to the present time, it said. Within a year after everyone hoists the decarbonisation slogan, we, unfortunately, see an increase rather than a reduction, that is. Given this background, It seems the 20% rise in natural gas prices over the last few months significantly caused the reversion to coal-fired power. But in reality, we can see that the economy is about to recover rapidly from the contraction caused by COVID-19. It is just like what happened in 2009; the rapid recovery of the economy supported by the growth of the manufacturing sector and the increase in the number of trucks due to the rise in logistics creates the greenhouse gas emissions increased.

In other words: when there is constant economic growth, it is possible to raise the amount of greenhouse gas reduction from a qualitative point of view. But then, when there is a contingency, such as the Lehman shock or the recent COVID-19, the quantification of greenhouse gas reduction will be blown away.  In a sense, the time has finally come for us to move away from the phenomenon of decarbonisation to a world where we would be facing reality, we can say.

Disappearing Decarbonisation 2030 Scenario and CCUDM

With this in mind, it would be vital that even if an emergency occurs, we will need technology to handle it. However, given the increase in greenhouse gases announced by the United Nations, it may be indicating that there is currently no adequate technology for reducing greenhouse gases. I think it is vital to continue the development of CCUS, CCS and CCUDM (Carbon-dioxide Capture, Utilization, Disposal and Mitigation) in the future.

I hope that the 26th Conference of the Parties (COP26), which will start in Glasgow on the 31st of this month, will adopt the numerical theory and the technologies that we can virtually reduce.

落合以臣

1952年10月(生) 東京都出身、英国ウェールズ大学大学院修了
役職 株式会社ジョンクェルコンサルティング 代表取締役
講師歴任 早稲田大学 社会科学総合学術院招聘講師
顧問歴任 岩手県陸前高田市 環境浄化顧問、日本テトラポッド株式会社 技術顧問

1975年大手プラントメーカー千代田化工建設株式会社に入社。海外および国内の大型エネルギープラントの設計・建設に従事。1990年退社、1990年6月株式会社ジョンクェルコンサルティングを設立、現在に至る。現在では、建設案件に対応した競争入札の急所から試運転までの効率化を目指したプロジェクトマネジメントの導入、製品開発の可視化・定量化の指導、トレンド予測による製品テーマの創造、環境技術に関する開発などを実践している。

所属学会
日本経営システム学会会員
米国リスクマネジメント協会会員

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