{"id":11697,"date":"2019-12-05t15:11:41","date_gmt":"2019-12-05t15:11:41","guid":{"rendered":"http:\/\/dpetrov.2create.studio\/planet\/wordpress\/whispers-from-the-dark-a-new-perspective-on-nuclear-energy\/"},"modified":"2019-12-05t15:11:41","modified_gmt":"2019-12-05t15:11:41","slug":"new-perspective-nuclear-energy","status":"publish","type":"post","link":"\/\/www.getitdoneaz.com\/story\/new-perspective-nuclear-energy\/","title":{"rendered":"whispers from the dark: a new perspective on nuclear energy"},"content":{"rendered":"
if the wasteful byproducts our nuclear energy could be given a voice, perhaps this would be their collective cry. while the narrative was fictitious, the underlying facts are real: the united states really did once strafe barrels of nuclear waste with machine gun fire into the atlantic ocean.<\/a> spent fuel rods really are left underwater for years, if not decades.<\/a> while some nations practice fuel reprocessing, america is not alone in letting nuclear waste accumulate at reactor sites.<\/a> and because of irresponsible waste management, real lives have been unjustly lost to slow, cancerous deaths.<\/a><\/p>\n but it doesn\u2019t have to be this way. the technology to reduce or even outright eliminate, the existence of nuclear waste already exists.<\/a> waste can be re-processed through a complex separation method known as purex<\/a> (plutonium and uranium by extraction), which is already practiced by countries such as japan. through purex, radioactive residuals are separated through pyrometallurgical processing, which is essentially a redox reaction based on electroplating. the uranium can be reused in the fission process, while the transuranic elements (known as residual actinides) are encased in glass. this process, called vitrification, minimizes the containment risks of nuclear waste to safe levels, while also enhancing fuel abundance.<\/p>\n in addition, there are reactors capable of producing a nonhazardous variety of waste.<\/a> these are known as tri-structural-isometric, or triso, reactors. triso reactors contain a \u201cpebble bed\u201d of fuel spheres with a 0.5 mm uranium dioxide core. this core is covered in dozens of carbonous layers for absorption. once spent, the pebbles can be securely contained, do not require cooling storage, and are impervious to water leaching and seismic damage. the pebbles are much smaller and safer than a pile of uranium-filled barrels. what could possibly be a more ideal solution, except for perhaps switching to other renewable energy sources altogether?<\/p>\n in order to phase out fossil fuels and mitigate the colossal impacts of climate change already being observed, a transition to renewable energy is a must. this is truer today than ever before due to our rapidly closing time window to mitigate the worst of the climate crisis. but the transition must be done in a way that is responsible and fully minimizes the potential risks. this will be difficult with only ten years remaining to limit the catastrophic potential of the climate crisis. but the technological framework is already in place: all we need to do is pressure lawmakers and industries to use it! funding its implementation should be a priority, since the department of energy accrues >$1 million a year for nuclear waste research and policy. in fact, research has found that funding for nuclear waste disposal has practically zeroed out between 2012 and 2016<\/a>.<\/p>\n