Fukushima é considerado o pior desastre nuclear desde 1986, em Chernobyl, na Ucrânia

[{ "selector": ".izdpe-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".emgtr-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".qlaje-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".bnntq-a", "duration": "500ms", "fill": "forwards", "delay": "1500ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 453px))", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".meiet-a", "duration": "500ms", "fill": "forwards", "delay": "1000ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".nsnud-a", "duration": "500ms", "fill": "forwards", "delay": "500ms", "keyframes": [ {"offset": 0, "transform": "translateY(-57px)", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".gwtrz-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".pmpji-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".agoig-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".amqui-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".soruz-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".edepb-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".uikks-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".gqmea-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }]

A Tohoku Electric Power reativou o reator nuclear nº 2 de 825 MW na usina de Onagawa, no Japão, após 13 anos inativo desde o desastre de Fukushima.

[{ "selector": ".ttoxs-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 436px))", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".pnnze-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(-27px)", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }]

Este é o primeiro reator no leste do Japão a voltar à ativa desde o terremoto de magnitude 9 em 2011, sendo a usina mais próxima do epicentro da tragédia.

[{ "selector": ".lqxpe-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 446px))", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".wflqw-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(-27px)", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }]

Com a reativação, o Japão agora possui 13 reatores nucleares operacionais, totalizando 12.433 MW de capacidade de geração de energia nuclear.

[{ "selector": ".fieob-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 443px))", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".lipts-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(-27px)", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }]

A Chugoku Electric planeja religar o reator nº 2 de 820 MW na usina de Shimane ainda este ano, aumentando a capacidade nuclear do país.

[{ "selector": ".nifgj-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 453px))", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".roqik-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(-27px)", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }]

Com novos reatores, espera-se que o Japão reduza a necessidade de gás natural liquefeito (GNL) em 2024, impactando sua matriz energética.

[{ "selector": ".crdkk-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 441px))", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".fmnfs-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(-27px)", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }]

A expansão nuclear é vista como essencial para atender à demanda de energia, impulsionada pelo aumento de data centers e fábricas de semicondutores.

[{ "selector": ".eerdw-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 437px))", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".xskgg-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(-27px)", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }]

O Japão projeta precisar de até 1,5 trilhão de kWh até 2050, superando o consumo atual, devido à crescente demanda das indústrias de alta tecnologia.

[{ "selector": ".jqzpl-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 406px))", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".oxqcl-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(-27px)", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }]

A reativação de Onagawa demandou um investimento de 570 bilhões de ienes para aprimorar a segurança, após as novas regras implementadas pós-Fukushima.

[{ "selector": ".ntqpp-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 416px))", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".ldxaa-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(-27px)", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }]

O Japão busca equilibrar a expansão de energia nuclear com a segurança e o atendimento à alta demanda energética, crucial para seu desenvolvimento tecnológico.

[{ "selector": ".xtubq-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 436px))", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".edqei-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "transform": "translateY(-27px)", "opacity": "1", "visibility" :"visible"}, {"offset": 1, "transform": "translateY(0)", "opacity": "1", "visibility" :"visible"} ] }]

Quer saber mais sobre o Japão reativar o reator nuclear?

[{ "selector": ".zbwaz-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".tflxl-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".goswu-a", "duration": "500ms", "fill": "forwards", "delay": "500ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".fbtda-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".blzfj-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".sskoe-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".glpgo-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".kwnis-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }, { "selector": ".wbpwg-a", "duration": "500ms", "fill": "forwards", "delay": "0ms", "keyframes": [ {"offset": 0, "opacity": 0, "visibility" :"visible"}, {"offset": 1, "opacity": "1", "visibility" :"visible"} ] }] Clique aqui!

Fukushima é considerado o pior desastre nuclear desde 1986, em Chernobyl, na Ucrânia

Japão reativa reator nuclear

notícias

+
+
+

+
+
+

+ + +

A Tohoku Electric Power reativou o reator nuclear nº 2 de 825 MW na usina de Onagawa, no Japão, após 13 anos inativo desde o desastre de Fukushima.

notícias

Este é o primeiro reator no leste do Japão a voltar à ativa desde o terremoto de magnitude 9 em 2011, sendo a usina mais próxima do epicentro da tragédia.

notícias

Com a reativação, o Japão agora possui 13 reatores nucleares operacionais, totalizando 12.433 MW de capacidade de geração de energia nuclear.

notícias

A Chugoku Electric planeja religar o reator nº 2 de 820 MW na usina de Shimane ainda este ano, aumentando a capacidade nuclear do país.

notícias

Com novos reatores, espera-se que o Japão reduza a necessidade de gás natural liquefeito (GNL) em 2024, impactando sua matriz energética.

notícias

A expansão nuclear é vista como essencial para atender à demanda de energia, impulsionada pelo aumento de data centers e fábricas de semicondutores.

notícias

O Japão projeta precisar de até 1,5 trilhão de kWh até 2050, superando o consumo atual, devido à crescente demanda das indústrias de alta tecnologia.

notícias

A reativação de Onagawa demandou um investimento de 570 bilhões de ienes para aprimorar a segurança, após as novas regras implementadas pós-Fukushima.

notícias

O Japão busca equilibrar a expansão de energia nuclear com a segurança e o atendimento à alta demanda energética, crucial para seu desenvolvimento tecnológico.

notícias

Quer saber mais sobre o Japão reativar o reator nuclear?

+
+
+

+
+
+

+ + +