WEBVTT 00:00:00.000 --> 00:00:01.659 You know that feeling, maybe you're in South 00:00:01.659 --> 00:00:03.980 Florida, maybe you're just somewhere incredibly 00:00:03.980 --> 00:00:06.259 reliant on modern life. You turn on the tap, 00:00:06.360 --> 00:00:08.199 the lights come on, the air conditioning hums. 00:00:08.339 --> 00:00:10.759 It's the energy that powers everything. But what 00:00:10.759 --> 00:00:13.039 if that essential power source, that underlying 00:00:13.039 --> 00:00:17.780 hum, is woven into a complex and maybe potentially 00:00:17.780 --> 00:00:20.519 precarious relationship with the very water you 00:00:20.519 --> 00:00:23.679 drink and the unique wild places that define 00:00:23.679 --> 00:00:27.579 a region? interconnectedness is absolutely fundamental. 00:00:27.800 --> 00:00:29.980 And a place like South Florida, I mean, water 00:00:29.980 --> 00:00:32.140 defines the landscape, right? It sustains millions 00:00:32.140 --> 00:00:35.780 of people. So the systems we build even vital 00:00:35.780 --> 00:00:38.659 ones like power plants, they exist within an 00:00:38.659 --> 00:00:40.920 incredibly delicate environmental balance. And 00:00:40.920 --> 00:00:43.479 when that balance gets strained, well, the implications 00:00:43.479 --> 00:00:46.500 can be huge, really far -reaching. Exactly. And 00:00:46.500 --> 00:00:48.780 that delicate balance, specifically in the context 00:00:48.780 --> 00:00:51.320 of an aging power facility in South Florida, 00:00:51.780 --> 00:00:53.520 is precisely what we're focusing on today on 00:00:53.520 --> 00:00:55.780 meteorology matters. We've been digging into 00:00:55.780 --> 00:00:58.200 information that presents a really detailed look 00:00:58.200 --> 00:01:02.079 at the Turkey Point nuclear power plant. It's 00:01:02.079 --> 00:01:06.489 history. unique geographical setting, its cooling 00:01:06.489 --> 00:01:10.379 system, and the significant environmental questions 00:01:10.379 --> 00:01:13.000 that have arisen, especially as we grapple with 00:01:13.000 --> 00:01:15.939 changing weather patterns and a shifting climate. 00:01:16.219 --> 00:01:18.340 Yeah, the material we've looked at, it sort of 00:01:18.340 --> 00:01:20.640 lays out concerns raised by various environmental 00:01:20.640 --> 00:01:23.019 and community groups. And then you see the responses 00:01:23.019 --> 00:01:25.980 and actions from the plants operator kind of 00:01:25.980 --> 00:01:29.340 juxtaposed against that. It really hones in on 00:01:29.340 --> 00:01:32.480 the intersection of the facility's physical footprint, 00:01:32.659 --> 00:01:35.079 you know, its operational needs and the natural 00:01:35.079 --> 00:01:38.510 environment it occupies. And particularly, Decisions 00:01:38.510 --> 00:01:40.810 about the plant's lifespan come up a lot. Our 00:01:40.810 --> 00:01:43.549 aim for this Meteorology Matters discussion for 00:01:43.549 --> 00:01:45.909 you listening is to move beyond just a surface 00:01:45.909 --> 00:01:47.870 understanding. We want to pull out the crucial 00:01:47.870 --> 00:01:50.010 details, understand the different perspectives, 00:01:50.069 --> 00:01:52.930 and really grasp what's truly at stake here, 00:01:53.209 --> 00:01:55.109 both for the immediate environment and for the 00:01:55.109 --> 00:01:57.010 millions of people who call this region home. 00:01:57.189 --> 00:01:59.209 Yeah, getting informed quickly and thoroughly. 00:01:59.390 --> 00:02:02.030 It's complex stuff. It is. So let's get started 00:02:02.030 --> 00:02:04.469 by looking at the plant itself and where it sits. 00:02:04.730 --> 00:02:06.810 Right. So the facility in question is the Turkey 00:02:06.810 --> 00:02:09.250 Point Nuclear Power Plant. It's located way down 00:02:09.250 --> 00:02:12.319 in South Miami, Daytona. a part of Florida just 00:02:12.319 --> 00:02:16.000 known for its, well, its unique geography. Construction 00:02:16.000 --> 00:02:19.099 on the plant began way back in the 1960s, and 00:02:19.099 --> 00:02:23.340 it first started operating in 1967. 1967. Wow. 00:02:23.599 --> 00:02:25.379 Just to put that in perspective, that makes it 00:02:25.379 --> 00:02:27.819 one of the earliest nuclear power facilities 00:02:27.819 --> 00:02:29.819 built in the United States. Yeah, one of the 00:02:29.819 --> 00:02:31.860 real early ones. Which means it's now one of 00:02:31.860 --> 00:02:35.479 the oldest still in active operation today. And 00:02:35.479 --> 00:02:39.039 for decades, it's been a major power source for 00:02:39.039 --> 00:02:41.900 a vast urban area, right? Providing electricity 00:02:41.900 --> 00:02:44.430 to power. I mean, a huge number of homes and 00:02:44.430 --> 00:02:46.569 businesses. The estimates are around three million 00:02:46.569 --> 00:02:48.849 people served, or roughly a million residential 00:02:48.849 --> 00:02:51.389 and commercial customers. So yeah, a big provider. 00:02:51.669 --> 00:02:53.889 And its location, like you said, is absolutely 00:02:53.889 --> 00:02:56.830 central to this whole story. Totally. It occupies 00:02:56.830 --> 00:03:00.129 a significant piece of low -lying coastal land. 00:03:00.830 --> 00:03:03.789 On one side, you've got the vibrant marine ecosystem 00:03:03.789 --> 00:03:06.849 of Biscayne Bay. A national park actually starts 00:03:06.849 --> 00:03:09.560 just a few miles away. Right. And then to the 00:03:09.560 --> 00:03:12.800 west lies the vast complex freshwater wilderness 00:03:12.800 --> 00:03:15.500 of the Everglades. Plus, it's situated pretty 00:03:15.500 --> 00:03:17.879 close to the sensitive ecosystems of the Florida 00:03:17.879 --> 00:03:21.120 Keys. But the geology, the water situation underneath 00:03:21.120 --> 00:03:23.819 it all. That's maybe the most critical piece, 00:03:23.819 --> 00:03:26.840 isn't it? I'd say so. The plant sits directly 00:03:26.840 --> 00:03:29.099 on top of the Biscayne Aquifer. And this isn't 00:03:29.099 --> 00:03:32.759 just some underground pool. It's the primary 00:03:32.759 --> 00:03:35.580 vital source of drinking water for millions of 00:03:35.580 --> 00:03:37.800 people across South Florida. So you have this 00:03:37.800 --> 00:03:40.759 large aging industrial facility built decades 00:03:40.759 --> 00:03:43.379 ago, sitting right on the coastline, positioned 00:03:43.379 --> 00:03:45.639 directly above the main water supply for a massive 00:03:45.639 --> 00:03:49.400 metropolitan area. That setup alone raises questions. 00:03:49.719 --> 00:03:52.520 It does. The foundational necessity that creates 00:03:52.520 --> 00:03:55.219 a unique challenge at this specific site is the 00:03:55.219 --> 00:03:57.520 cooling system required for the nuclear reactors. 00:03:58.060 --> 00:04:00.719 Unlike many, maybe more recent, nuclear plants 00:04:00.719 --> 00:04:03.180 that use those towering structures you often 00:04:03.180 --> 00:04:05.340 see, releasing steam high into the air. Yeah, 00:04:05.360 --> 00:04:07.719 the cooling towers. Right. Turkey Point uses 00:04:07.719 --> 00:04:10.139 a different approach. It relies on this expansive 00:04:10.139 --> 00:04:13.360 network of open cooling canals. Open canals? 00:04:13.360 --> 00:04:15.439 How big are we talking? This system is massive. 00:04:15.620 --> 00:04:18.740 It stretches out over 168 miles through the surrounding 00:04:18.740 --> 00:04:24.050 landscape. 168 miles of canals. That's incredible. 00:04:24.089 --> 00:04:25.850 It's a huge footprint. You can really picture 00:04:25.850 --> 00:04:28.310 it's just spread out like a giant, intricate 00:04:28.310 --> 00:04:30.970 network. Like a massive ground -level radiator, 00:04:31.110 --> 00:04:33.310 basically. That's a good way to visualize it. 00:04:33.370 --> 00:04:36.009 Just dissipating the heat generated by the reactors 00:04:36.009 --> 00:04:38.350 out into the environment. But it wasn't always 00:04:38.350 --> 00:04:40.750 canals, was it? What was the original plan? The 00:04:40.750 --> 00:04:42.769 initial cooling system, yeah, before the canals 00:04:42.769 --> 00:04:44.870 were built, actually discharged heated water 00:04:44.870 --> 00:04:48.959 directly into Biscayne Bay. That had consequences, 00:04:49.180 --> 00:04:51.379 right? I imagine dumping hot water into a sensitive 00:04:51.379 --> 00:04:54.439 bay isn't ideal. Not at all. Significant consequences. 00:04:55.139 --> 00:04:57.399 The introduction of all that heated water into 00:04:57.399 --> 00:05:00.399 the bay's ecosystem caused considerable environmental 00:05:00.399 --> 00:05:04.100 damage. You know, harming marine life, changing 00:05:04.100 --> 00:05:06.620 the local ecology. So what happened? It led to 00:05:06.620 --> 00:05:09.060 legal challenges, specifically a lawsuit filed 00:05:09.060 --> 00:05:12.220 way back in the early 1970s. And the outcome 00:05:12.220 --> 00:05:15.079 of that lawsuit mandated that the plant operator, 00:05:15.319 --> 00:05:18.839 FPL, stop discharging into the bay. And instead, 00:05:19.019 --> 00:05:22.259 they were required to construct this extensive 00:05:22.259 --> 00:05:25.300 canal system through the adjacent wetlands to 00:05:25.300 --> 00:05:28.360 handle the cooling water. So this massive canal 00:05:28.360 --> 00:05:31.240 system we see today was actually a direct result 00:05:31.240 --> 00:05:33.439 of needing to fix environmental damage somewhere 00:05:33.439 --> 00:05:36.139 else. Yeah. But building it through wetlands, 00:05:37.100 --> 00:05:38.800 that sounds like you could introduce a new set 00:05:38.800 --> 00:05:42.019 of issues. Exactly. Perhaps unforeseen challenges 00:05:42.019 --> 00:05:44.589 at the time. How does this closed loop? canal 00:05:44.589 --> 00:05:47.149 system even work? And what's the fundamental 00:05:47.149 --> 00:05:50.350 problem that arises from it being open to the 00:05:50.350 --> 00:05:52.670 South Florida environment? Well, the design is 00:05:52.670 --> 00:05:55.370 pretty simple in principle. Water is drawn from 00:05:55.370 --> 00:05:57.550 and returned to the canals. It circulates to 00:05:57.550 --> 00:05:59.870 cool the plant. The system gets replenished mainly 00:05:59.870 --> 00:06:02.589 by rainfall. OK. And naturally, the water in 00:06:02.589 --> 00:06:04.569 this coastal region contains trace amounts of 00:06:04.569 --> 00:06:06.730 salt just normally. Right. The critical issue 00:06:06.730 --> 00:06:09.639 is the climate. South Florida is hot. It's sunny. 00:06:10.120 --> 00:06:13.019 That intense sun causes a tremendous amount of 00:06:13.019 --> 00:06:14.939 water to evaporate from the open surface of these 00:06:14.939 --> 00:06:17.259 canals every single day. How much water are we 00:06:17.259 --> 00:06:19.459 talking? We're talking about an estimated 30 00:06:19.459 --> 00:06:22.680 to 40 million gallons per day just evaporating 00:06:22.680 --> 00:06:26.620 into the atmosphere. 30 to 40 million gallons. 00:06:27.579 --> 00:06:29.819 Daily. Just vanishing into the air because the 00:06:29.819 --> 00:06:31.300 system is open like that. That's hard to even 00:06:31.300 --> 00:06:33.779 wrap your head around. It is a staggering volume 00:06:33.779 --> 00:06:36.060 of water loss. And here's the really crucial 00:06:36.060 --> 00:06:40.720 part. When water evaporates, the salt that was 00:06:40.720 --> 00:06:43.879 dissolved in it, it gets left behind. Ah, okay. 00:06:44.360 --> 00:06:47.019 I see where this is going. Yeah. Over time, this 00:06:47.019 --> 00:06:49.600 continuous evaporation process causes the salt 00:06:49.600 --> 00:06:51.839 concentration in the remaining canal water to 00:06:51.839 --> 00:06:55.040 just rise dramatically. The water becomes increasingly 00:06:55.040 --> 00:06:58.060 salty or hyper saline, much much saltier than 00:06:58.060 --> 00:07:00.620 typical seawater. Hyper saline. And because these 00:07:00.620 --> 00:07:02.899 canals are unlined, they weren't built with like 00:07:02.899 --> 00:07:05.079 concrete bottoms or anything. Just dug into the 00:07:05.079 --> 00:07:07.600 ground? Pretty much. And the geological foundation 00:07:07.600 --> 00:07:10.519 of South Florida is porous limestone bedrock. 00:07:10.639 --> 00:07:13.160 It's like a big sponge underground. Right. So 00:07:13.160 --> 00:07:15.139 this hyper saline water doesn't just stay put 00:07:15.139 --> 00:07:18.459 in the canals. It leaches downwards and outwards, 00:07:18.680 --> 00:07:21.220 seeping into the underlying Biscayne aquifer. 00:07:21.480 --> 00:07:23.879 OK, so the fundamental problem isn't just the 00:07:23.879 --> 00:07:25.500 heat that's what requires the cooling in the 00:07:25.500 --> 00:07:28.079 first place. It's the design of the cooling system. 00:07:28.399 --> 00:07:31.100 These open, unlined canals combined with the 00:07:31.100 --> 00:07:34.829 hot climate. That leads to super salty water 00:07:34.829 --> 00:07:37.310 that then leaks straight into the drinking water 00:07:37.310 --> 00:07:40.129 aquifer. Precisely. And that leakage creates 00:07:40.129 --> 00:07:43.589 what's been termed a hyper saline plume. A plume. 00:07:43.689 --> 00:07:45.870 Describe that. What is it exactly? It's essentially 00:07:45.870 --> 00:07:48.930 this mass, this sort of blob of that super salty 00:07:48.930 --> 00:07:51.870 water originating from the canal system, migrating, 00:07:52.069 --> 00:07:54.329 spreading through the porous underground aquifer. 00:07:54.470 --> 00:07:56.410 Just salty water. Or is there anything else in 00:07:56.410 --> 00:07:58.870 it? Well... Adding another layer of concern, 00:07:59.189 --> 00:08:01.370 the material mentions that monitoring has shown 00:08:01.370 --> 00:08:05.009 this plume also contains trace amounts of radioactive 00:08:05.009 --> 00:08:08.170 isotopes. Radioactive isotopes. Yes. Like what 00:08:08.170 --> 00:08:10.110 tritium is specifically mentioned in the sources 00:08:10.110 --> 00:08:12.839 we looked at. Okay, what is that? Tritium is 00:08:12.839 --> 00:08:16.040 basically a radioactive form of hydrogen. It's 00:08:16.040 --> 00:08:18.800 actually often used in hydrological studies precisely 00:08:18.800 --> 00:08:21.259 because it follows the movement of water really 00:08:21.259 --> 00:08:24.300 well. So its presence confirms that the water 00:08:24.300 --> 00:08:27.180 from the canals, containing substances from the 00:08:27.180 --> 00:08:30.100 plant's operation, however, Trace, is indeed 00:08:30.100 --> 00:08:34.519 migrating out into the aquifer. So this plume 00:08:34.519 --> 00:08:37.940 of salty tritium -laced water is on the move 00:08:37.940 --> 00:08:40.860 underground. Where is it headed? And what's the 00:08:40.860 --> 00:08:43.600 direct threat it poses? It's been spreading primarily 00:08:43.600 --> 00:08:45.879 north and west within the aquifer. North and 00:08:45.879 --> 00:08:48.379 west. Yeah. And this direction of movement is 00:08:48.379 --> 00:08:50.240 particularly concerning because it's heading 00:08:50.240 --> 00:08:52.860 towards the region's public drinking water wells. 00:08:53.019 --> 00:08:56.000 Oh, wow. OK. Maps and monitoring data show this 00:08:56.000 --> 00:08:58.700 documented spread. It clearly indicates the plume 00:08:58.700 --> 00:09:01.019 has extended well beyond the original perimeter 00:09:01.019 --> 00:09:03.360 of the cooling canal system itself. So it's not 00:09:03.360 --> 00:09:05.059 contained within the boundaries of the plant 00:09:05.059 --> 00:09:06.899 property or even just right under the canals. 00:09:06.960 --> 00:09:09.200 It's actually spreading. out into the aquifer 00:09:09.200 --> 00:09:11.779 that serves millions of people. How close has 00:09:11.779 --> 00:09:13.620 it gotten to the actual drinking water sources? 00:09:13.960 --> 00:09:16.360 The information we reviewed provides some specific 00:09:16.360 --> 00:09:18.679 distances that really underscore the proximity 00:09:18.679 --> 00:09:21.460 and, you know, the potential threat. The plume 00:09:21.460 --> 00:09:24.100 has been detected within four miles of one of 00:09:24.100 --> 00:09:26.679 Miami's public well fields. Four miles. That 00:09:26.679 --> 00:09:31.080 sounds close. It is uncomfortably close and perhaps 00:09:31.080 --> 00:09:33.480 even more significantly for a whole other community. 00:09:33.960 --> 00:09:36.500 It's roughly seven miles from the main water 00:09:36.500 --> 00:09:38.539 wells and the treatment plant that supply drinking 00:09:38.539 --> 00:09:41.980 water to the entire Florida Keys. Seven miles 00:09:41.980 --> 00:09:44.899 to the Keys water supply. In a car that's nothing 00:09:44.899 --> 00:09:47.059 but underground moving slowly through porous 00:09:47.059 --> 00:09:50.340 rock. Yeah, that's way too close for comfort 00:09:50.340 --> 00:09:52.279 to the only source of drinking water for that 00:09:52.279 --> 00:09:54.639 entire chain of islands. Excellent. What are 00:09:54.639 --> 00:09:57.519 the actual consequences if this salty plume reaches 00:09:57.519 --> 00:10:00.019 those wells and mixes with the freshwater supply? 00:10:00.139 --> 00:10:02.220 Well, the primary and most severe consequence 00:10:02.220 --> 00:10:04.860 is pretty simple. The water could become too 00:10:04.860 --> 00:10:07.419 salty to use. And drinkable. Completely undrinkable 00:10:07.419 --> 00:10:10.179 without extremely expensive and energy -intensive 00:10:10.179 --> 00:10:13.580 desalination processes. It also makes it unsuitable 00:10:13.580 --> 00:10:16.580 for irrigation, which impacts any local agriculture, 00:10:16.580 --> 00:10:19.519 and it can seriously harm freshwater ecosystems 00:10:19.519 --> 00:10:21.899 that rely on that aquifer water seeping out. 00:10:22.460 --> 00:10:24.399 And the Florida Keys Aqueduct Authority, the 00:10:24.399 --> 00:10:27.779 folks who provide water to the Keys, they rely 00:10:27.779 --> 00:10:30.320 on those wells near Turkey Point. They do, and 00:10:30.320 --> 00:10:32.379 we're told they are undertaking this massive 00:10:32.379 --> 00:10:35.200 100 million dollar overhaul of their water treatment 00:10:35.200 --> 00:10:37.740 plant right now. A hundred million dollars. Yes. 00:10:37.950 --> 00:10:41.169 And a significant part of that huge investment 00:10:41.169 --> 00:10:44.210 is specifically aimed at being able to potentially 00:10:44.210 --> 00:10:46.889 handle increased salt levels in their source 00:10:46.889 --> 00:10:49.370 water. They are directly preparing for the possibility 00:10:49.370 --> 00:10:51.450 of this plume eventually reaching their wells. 00:10:51.929 --> 00:10:55.110 Wow. A hundred million dollars being spent just 00:10:55.110 --> 00:10:57.909 to prepare for potential salt intrusion from 00:10:57.909 --> 00:11:00.940 this plume. That figure alone tells you how serious 00:11:00.940 --> 00:11:02.860 this threat is perceived to be by the people 00:11:02.860 --> 00:11:05.259 actually responsible for providing drinking water 00:11:05.259 --> 00:11:07.720 down there. It absolutely does. It's a concrete 00:11:07.720 --> 00:11:10.419 real -world cost directly associated with the 00:11:10.419 --> 00:11:12.179 environmental impact of this cooling system. 00:11:12.440 --> 00:11:14.460 And it's worth saying again, this isn't some 00:11:14.460 --> 00:11:16.860 hypothetical future problem, is it? This plume 00:11:16.860 --> 00:11:18.980 has been an issue for a while. Exactly. It's 00:11:18.980 --> 00:11:22.240 not brand new. Even before 2015, official findings 00:11:22.240 --> 00:11:23.840 from Miami -Dade County and the state of Florida 00:11:23.840 --> 00:11:26.320 determined that the plant owner, Florida Power 00:11:26.320 --> 00:11:29.600 and Light FPL, which is a subsidiary of Nextura 00:11:29.600 --> 00:11:32.899 Energy Inc., was actually in violation of water 00:11:32.899 --> 00:11:35.279 quality laws. They were already breaking the 00:11:35.279 --> 00:11:38.399 rules. Why? Because the plume had already migrated 00:11:38.399 --> 00:11:40.860 beyond the regulatory boundaries that were supposed 00:11:40.860 --> 00:11:43.200 to contain it around the canal perimeter. The 00:11:43.200 --> 00:11:45.620 problem was already happening, documented, and 00:11:45.620 --> 00:11:48.580 causing violations years ago. Okay, so the documented 00:11:48.580 --> 00:11:51.220 violations finally prompted some action. Would 00:11:51.220 --> 00:11:52.960 you bring this to the efforts that have been 00:11:52.960 --> 00:11:55.080 made to try and contain this plume, right? Yes, 00:11:55.179 --> 00:11:57.759 exactly. Following those regulatory findings 00:11:57.759 --> 00:11:59.480 and the legal agreement that was hammered out 00:11:59.480 --> 00:12:03.600 in 2015, FPL committed to implementing a remediation 00:12:03.600 --> 00:12:06.549 plan. Okay, a plan. What was the goal? The core 00:12:06.549 --> 00:12:09.250 objective of this agreement was pretty ambitious 00:12:09.250 --> 00:12:12.250 to dramatically reduce the size of the hypercellane 00:12:12.250 --> 00:12:14.669 plume and pull it back within the boundaries 00:12:14.669 --> 00:12:17.490 of the cooling canal system by the year 2028. 00:12:17.929 --> 00:12:21.629 By 2028. Okay. And what system did they actually 00:12:21.629 --> 00:12:24.669 put in place? to try and achieve this pullback. 00:12:24.850 --> 00:12:27.669 It's kind of a multi -part pumping system designed 00:12:27.669 --> 00:12:29.769 to manipulate the flow of water underground. 00:12:30.210 --> 00:12:33.409 What they did was drill 10 wells, primarily located 00:12:33.409 --> 00:12:36.110 along the western edge of the canal system, the 00:12:36.110 --> 00:12:38.269 side closest to the Everglades and those drinking 00:12:38.269 --> 00:12:40.769 water wells. Okay, 10 wells. What do they do? 00:12:40.940 --> 00:12:43.879 These wells function essentially like giant underground 00:12:43.879 --> 00:12:47.019 straws. They're actively pumping the salty plume 00:12:47.019 --> 00:12:49.539 water out of the aquifer at a rate of about 15 00:12:49.539 --> 00:12:52.320 million gallons per day. 15 million gallons of 00:12:52.320 --> 00:12:54.679 salty water pulled out every day. Right. The 00:12:54.679 --> 00:12:57.159 idea is to create what's called a hydraulic barrier, 00:12:57.220 --> 00:12:59.379 or maybe think of it as a sink, to sort of suck 00:12:59.379 --> 00:13:02.100 the plume back towards the canals and stop it 00:13:02.100 --> 00:13:04.259 spreading further west. OK, so they're extracting 00:13:04.259 --> 00:13:07.940 the salty plume water. 15 million gallons a day. 00:13:08.110 --> 00:13:10.110 Where does all that water go? They can't just 00:13:10.110 --> 00:13:12.490 dump it somewhere else, can they? No, definitely 00:13:12.490 --> 00:13:14.649 not. The water that's pumped out, remember, it 00:13:14.649 --> 00:13:17.230 contains those trace amounts of tritium and obviously 00:13:17.230 --> 00:13:20.250 very high salt levels. It isn't just released 00:13:20.250 --> 00:13:22.769 back into the environment near the surface. It 00:13:22.769 --> 00:13:25.250 gets injected thousands of feet underground. 00:13:25.480 --> 00:13:28.960 How deep? They send it down approximately 3 ,200 00:13:28.960 --> 00:13:32.139 feet deep into a geological formation that's 00:13:32.139 --> 00:13:34.580 often referred to as the boulder zone. The boulder 00:13:34.580 --> 00:13:36.980 zone, what's that? It's described as this cavernous 00:13:36.980 --> 00:13:39.840 layer really deep beneath the surface. And the 00:13:39.840 --> 00:13:42.399 belief held by FPL and the regulators who approve 00:13:42.399 --> 00:13:45.700 this is that at that depth, the injected water 00:13:45.700 --> 00:13:49.059 and any associated contaminants are safely contained 00:13:49.059 --> 00:13:51.740 and won't pose a risk to the shallower drinking 00:13:51.740 --> 00:13:54.379 water sources or the surface environment. Sort 00:13:54.379 --> 00:13:57.179 of locking it away deep underground. Pump the 00:13:57.179 --> 00:14:00.039 salty water out send it way way down deep into 00:14:00.039 --> 00:14:01.960 the boulder zone. Is that the entirety of the 00:14:01.960 --> 00:14:04.600 system or is there more to it? No there's another 00:14:04.600 --> 00:14:06.679 pretty significant component to try and manage 00:14:06.679 --> 00:14:09.159 the salt concentration within the cooling canals 00:14:09.159 --> 00:14:11.419 themselves and also just to make sure there's 00:14:11.419 --> 00:14:13.799 enough water circulating for cooling they also 00:14:13.799 --> 00:14:16.220 pump water into the canals. Okay where does that 00:14:16.220 --> 00:14:19.019 water come from? They draw about 30 million gallons 00:14:19.019 --> 00:14:22.519 per day of less salty, kind of brackish water 00:14:22.519 --> 00:14:26.220 from wells drilled roughly 1 ,000 feet underground. 00:14:26.360 --> 00:14:28.720 So shallower than the injection zone, but deeper 00:14:28.720 --> 00:14:32.259 than the aquifer. This brackish water is then 00:14:32.259 --> 00:14:34.980 added directly to the cooling canal system. The 00:14:34.980 --> 00:14:37.960 goal is twofold. Dilute the really high salt 00:14:37.960 --> 00:14:40.320 levels in the canals and just keep the canals 00:14:40.320 --> 00:14:42.299 topped up because of all that evaporation. So 00:14:42.299 --> 00:14:43.899 let me get this straight. It's a two -pronged 00:14:43.899 --> 00:14:48.620 approach. Pump? 15 million gallons of super salty 00:14:48.620 --> 00:14:52.059 plume water out and inject it deep underground 00:14:52.059 --> 00:14:54.620 while simultaneously pumping 30 million gallons 00:14:54.620 --> 00:14:57.679 of less salty brackish water into the canals 00:14:57.679 --> 00:15:00.240 to dilute and replenish. That's the essence of 00:15:00.240 --> 00:15:01.980 it. That sounds like a pretty substantial engineering 00:15:01.980 --> 00:15:04.279 effort. A lot of water moving around. However, 00:15:04.480 --> 00:15:06.399 the information we reviewed also includes some 00:15:06.399 --> 00:15:08.320 serious critiques and concerns about whether 00:15:08.320 --> 00:15:10.519 this approach is actually effective or if it's 00:15:10.519 --> 00:15:12.480 really solving the core problem. That's right. 00:15:12.559 --> 00:15:14.220 There are definitely counter arguments. What 00:15:14.220 --> 00:15:16.600 are the main arguments against the system fully 00:15:16.600 --> 00:15:19.639 fixing the plume issue? Well, the primary critique, 00:15:19.799 --> 00:15:22.120 the one that comes up again and again, is that 00:15:22.120 --> 00:15:24.419 while the pumping system is designed to shrink 00:15:24.419 --> 00:15:27.179 the plume by extracting water and trying to influence 00:15:27.179 --> 00:15:29.639 its movement underground, it doesn't actually 00:15:29.639 --> 00:15:32.179 address the fundamental issue causing the plume 00:15:32.179 --> 00:15:34.620 in the first place. Which is? The fact that the 00:15:34.620 --> 00:15:37.279 canals are unlined and continue to leak hyper 00:15:37.279 --> 00:15:40.159 saline water into the aquifer day after day. 00:15:40.600 --> 00:15:43.139 Critics argue this whole pumping system is basically 00:15:43.139 --> 00:15:46.179 treating the symptom. the migrating plume rather 00:15:46.179 --> 00:15:48.399 than the root cause the leaky canals themselves. 00:15:48.740 --> 00:15:50.620 The leaky canals are still the source of the 00:15:50.620 --> 00:15:53.500 problem, the contamination, and the pumping system 00:15:53.500 --> 00:15:56.059 is just trying to manage the consequences of 00:15:56.059 --> 00:15:58.759 that ongoing leak rather than stopping the leak 00:15:58.759 --> 00:16:01.460 itself. That's the core argument, yes. And it 00:16:01.460 --> 00:16:04.179 gets potentially more complicated. A study published 00:16:04.179 --> 00:16:06.899 back in 2016 by David Chin, who's a professor 00:16:06.899 --> 00:16:09.039 at the University of Miami. OK, what did his 00:16:09.039 --> 00:16:11.879 study find? He specifically highlighted a potential 00:16:11.879 --> 00:16:14.659 and potentially serious unintended cons... consequence 00:16:14.659 --> 00:16:17.799 of the remediation system. He suggested that 00:16:17.799 --> 00:16:20.059 adding the lower salinity, brackish water, into 00:16:20.059 --> 00:16:22.399 the canals while it's meant to dilute the salt. 00:16:22.799 --> 00:16:24.629 Right, that sounds like a good thing. You'd think 00:16:24.629 --> 00:16:27.210 so. But his analysis suggested it could actually 00:16:27.210 --> 00:16:29.690 raise the overall water level within the cooling 00:16:29.690 --> 00:16:33.169 canal system. And a higher water level in these 00:16:33.169 --> 00:16:35.850 unlined canals sitting directly on top of that 00:16:35.850 --> 00:16:39.509 porous limestone rock could potentially increase 00:16:39.509 --> 00:16:42.169 the pressure and therefore the rate of leakage 00:16:42.169 --> 00:16:45.269 from the canals into the aquifer. So it could 00:16:45.269 --> 00:16:47.850 actually be exacerbating the very problem it's 00:16:47.850 --> 00:16:50.110 partly meant to mitigate, making the leaks worse. 00:16:50.549 --> 00:16:53.460 Wow. That's a really critical concern that a 00:16:53.460 --> 00:16:55.899 measure intended to help dilute the salt could 00:16:55.899 --> 00:16:58.960 in fact be worsening the underlying leakage that 00:16:58.960 --> 00:17:01.039 created the plume in the first place that seems 00:17:01.039 --> 00:17:04.240 counterproductive. Exactly. And engineering news 00:17:04.240 --> 00:17:06.240 reports from around that same time, like one 00:17:06.240 --> 00:17:09.380 by Thomas Armistead in 2016, seemed to support 00:17:09.380 --> 00:17:12.240 this general concern. His reporting suggested 00:17:12.240 --> 00:17:13.900 that the leakage from the cooling canal system 00:17:13.900 --> 00:17:16.079 itself appeared to be the major factor driving 00:17:16.079 --> 00:17:18.559 the plumes continued westward movement, even 00:17:18.559 --> 00:17:21.049 with all the pumping going on. There are credible 00:17:21.049 --> 00:17:23.349 scientific and engineering concerns that the 00:17:23.349 --> 00:17:26.029 system, while active in moving a lot of water, 00:17:26.390 --> 00:17:28.869 might not fully address the root problem and 00:17:28.869 --> 00:17:31.349 could even have some counterproductive effects 00:17:31.349 --> 00:17:35.589 on the rate of leakage itself. How is the progress 00:17:35.589 --> 00:17:39.309 reported then towards that original 2028 containment 00:17:39.309 --> 00:17:43.809 deadline? Did it work? Well, FPL reported a couple 00:17:43.809 --> 00:17:46.230 of years ago that, based on their progress, they 00:17:46.230 --> 00:17:49.009 would not be able to meet the 2028 deadline that 00:17:49.009 --> 00:17:52.349 was stipulated in that 2015 agreement. They wouldn't 00:17:52.349 --> 00:17:54.369 fully contain the plume within the canal boundaries 00:17:54.369 --> 00:17:56.349 by then. Okay, so they acknowledged the deadline 00:17:56.349 --> 00:17:58.910 would be missed. Yes. However, they also claim 00:17:58.910 --> 00:18:00.750 significant progress has been made because of 00:18:00.750 --> 00:18:03.869 the pumping system. An FPL spokesperson, Bill 00:18:03.869 --> 00:18:06.210 Orlov, is quoted stating that the pumping efforts 00:18:06.210 --> 00:18:08.450 have already reduced the plume size by almost 00:18:08.450 --> 00:18:10.680 half. Almost half. That sounds like progress. 00:18:10.940 --> 00:18:12.640 And that they've successfully cut salt levels 00:18:12.640 --> 00:18:15.039 within the plume, bringing it closer to the canal 00:18:15.039 --> 00:18:17.559 boundaries, moving towards compliance with the 00:18:17.559 --> 00:18:20.019 regulatory orders, even if the final deadline 00:18:20.019 --> 00:18:23.640 won't be met on time. So a missed deadline acknowledged, 00:18:23.680 --> 00:18:27.000 but also claims of substantial progress in shrinking 00:18:27.000 --> 00:18:29.740 the plume and reducing its saltiness. What's 00:18:29.740 --> 00:18:31.259 the regulatory perspective on this? What does 00:18:31.259 --> 00:18:34.289 the county say? Wilbur Mayorga, who is the environmental 00:18:34.289 --> 00:18:37.109 chief for Miami -Dade County, confirms that FPL 00:18:37.109 --> 00:18:39.630 is indeed required to make modifications to the 00:18:39.630 --> 00:18:42.170 system because the 2028 deadline won't be met. 00:18:42.430 --> 00:18:44.650 OK, so changes are needed. He emphasizes that 00:18:44.650 --> 00:18:47.349 these modifications require county approval and 00:18:47.349 --> 00:18:50.410 rigorous verification. They need proof to ensure 00:18:50.410 --> 00:18:53.009 they are effective in achieving the necessary 00:18:53.009 --> 00:18:55.589 plume retraction over time. They can't just take 00:18:55.589 --> 00:18:57.869 FPL's word for it. Makes sense. And you also 00:18:57.869 --> 00:19:00.589 have Mary Jo Hernandez, who's an FPL environmental 00:19:00.589 --> 00:19:03.480 specialist, quoted. She notes the sheer volume 00:19:03.480 --> 00:19:06.500 of water extracted over 30 billion gallons of 00:19:06.500 --> 00:19:09.160 salty water pulled out so far. And she expresses 00:19:09.160 --> 00:19:11.180 that she feels progress has been made and finds 00:19:11.180 --> 00:19:13.779 the work rewarding. 30 billion gallons. That's 00:19:13.779 --> 00:19:16.440 a lot of water moved. It sounds like a situation 00:19:16.440 --> 00:19:19.180 where the initial fix wasn't sufficient. It requires 00:19:19.180 --> 00:19:22.900 ongoing tweaking and modification, constant regulatory 00:19:22.900 --> 00:19:26.319 oversight, even while FPL points to some positive 00:19:26.319 --> 00:19:29.640 results from their efforts so far. Are they looking 00:19:29.640 --> 00:19:31.559 at completely different ways to tackle the plume 00:19:31.559 --> 00:19:34.279 now that the deadline is slipping? Yes. The material 00:19:34.279 --> 00:19:37.059 mentions that there are ongoing discussions about 00:19:37.059 --> 00:19:40.420 considering new or modified strategies. One specific 00:19:40.420 --> 00:19:43.019 option being discussed is the possibility of 00:19:43.019 --> 00:19:45.880 drilling horizontal wells. Horizontal wells. 00:19:46.109 --> 00:19:48.269 How would that work differently? The idea behind 00:19:48.269 --> 00:19:51.109 that approach is to try and intercept and extract 00:19:51.109 --> 00:19:53.930 salty water that has potentially migrated further 00:19:53.930 --> 00:19:56.349 west, maybe spread out thinner, than the current 00:19:56.349 --> 00:19:59.130 vertical wells can effectively reach, essentially 00:19:59.130 --> 00:20:00.809 trying to capture the parts of the plume that 00:20:00.809 --> 00:20:03.109 have crept closest to the potable water supply 00:20:03.109 --> 00:20:06.170 wells. OK, so still pumping, but maybe a different 00:20:06.170 --> 00:20:07.890 configuration to get the water that's spread 00:20:07.890 --> 00:20:10.329 out further. Possibly, yeah. It's one idea being 00:20:10.329 --> 00:20:13.490 floated. So the plume issue persists. The efforts 00:20:13.490 --> 00:20:16.349 to contain it are ongoing. And face these critiques, 00:20:16.609 --> 00:20:19.529 the 2028 deadline won't be met. But this aging 00:20:19.529 --> 00:20:22.029 plant and its environmental challenges, they 00:20:22.029 --> 00:20:24.170 exist within a broader context of increasing 00:20:24.170 --> 00:20:27.069 risks, don't they? Which leads us to think about 00:20:27.069 --> 00:20:29.109 the impacts of climate change. This is where 00:20:29.109 --> 00:20:31.849 the situation gets. Yeah. even more complex and 00:20:31.849 --> 00:20:34.329 pressing. The problem of the hypercelene plume 00:20:34.329 --> 00:20:36.450 isn't occurring in isolation. It's happening 00:20:36.450 --> 00:20:39.109 at a site facing other major threats. Like what? 00:20:39.390 --> 00:20:42.750 A recent report from 2024 by the Government Accountability 00:20:42.750 --> 00:20:45.970 Office, the GAO specifically identified Turkey 00:20:45.970 --> 00:20:48.970 Point as one of 15 nuclear plants in the entire 00:20:48.970 --> 00:20:51.329 United States that are significantly exposed 00:20:51.329 --> 00:20:53.809 to major hurricanes, storm surge and flooding. 00:20:54.190 --> 00:20:56.940 15 plants facing those risks. And critically, 00:20:57.200 --> 00:20:59.480 the GAO report highlights that these natural 00:20:59.480 --> 00:21:02.460 hazards are expected to be exacerbated, basically 00:21:02.460 --> 00:21:04.819 made more severe and more frequent by climate 00:21:04.819 --> 00:21:07.140 change. So a location that's already vulnerable 00:21:07.140 --> 00:21:09.220 to intense South Florida weather is becoming 00:21:09.220 --> 00:21:11.420 more vulnerable because of climate change. And 00:21:11.420 --> 00:21:13.359 it happens to house an aging nuclear power plant. 00:21:13.619 --> 00:21:15.680 Let's talk a bit more about that age factor again. 00:21:15.900 --> 00:21:19.019 As we noted, Turkey Point started operating way 00:21:19.019 --> 00:21:23.019 back in 1967. This places it firmly among the 00:21:23.019 --> 00:21:25.500 earliest generation of commercial nuclear reactors 00:21:25.500 --> 00:21:28.460 built in the US. There are currently over 90 00:21:28.460 --> 00:21:30.839 operating reactors in the country, and the average 00:21:30.839 --> 00:21:33.519 age is now over 40 years old. So Turkey Point 00:21:33.519 --> 00:21:36.500 is well above average in age. And when we look 00:21:36.500 --> 00:21:39.039 at the history of nuclear power, Turkey Point 00:21:39.039 --> 00:21:41.519 is older than some facilities that have faced, 00:21:41.900 --> 00:21:44.230 well, major incidents, isn't it? It is, yeah. 00:21:44.690 --> 00:21:46.829 It's older than the Three Mile Island plant in 00:21:46.829 --> 00:21:49.369 Pennsylvania, which experienced that partial 00:21:49.369 --> 00:21:52.390 meltdown in 1979, still the most serious nuclear 00:21:52.390 --> 00:21:54.789 accident in U .S. history. Older than Three Mile 00:21:54.789 --> 00:21:57.309 Island. And it's also older than the Kornobyl 00:21:57.309 --> 00:21:59.829 plant in Ukraine, site of the catastrophic accident 00:21:59.829 --> 00:22:02.950 in 1986. Older than Kornobyl, too, and perhaps 00:22:02.950 --> 00:22:05.529 most relevant given its location and the climate 00:22:05.529 --> 00:22:07.740 risks we're talking about. The sources we looked 00:22:07.740 --> 00:22:10.880 at draw a direct and quite stark comparison to 00:22:10.880 --> 00:22:13.440 the Fukushima Daiichi plant in Japan. Fukushima, 00:22:13.559 --> 00:22:16.400 right. The 2011 disaster. Exactly. Both plants, 00:22:16.619 --> 00:22:18.819 Turkey Point and Fukushima, are of similar age, 00:22:19.039 --> 00:22:22.460 built in the late 1960s, early 1970s. Both are 00:22:22.460 --> 00:22:25.559 situated right on a coastline. The disaster at 00:22:25.559 --> 00:22:27.880 Fukushima was triggered by that massive earthquake 00:22:27.880 --> 00:22:30.640 and the subsequent tsunami. But the critical 00:22:30.640 --> 00:22:33.299 factor that led to the meltdowns there was the 00:22:33.299 --> 00:22:36.660 inundation by seawater. The flooding disabled 00:22:36.660 --> 00:22:39.259 the essential cooling systems. Okay, I see the 00:22:39.259 --> 00:22:41.279 parallel. Yeah, this comparison really illustrates 00:22:41.279 --> 00:22:43.440 the potential vulnerability of coastal nuclear 00:22:43.440 --> 00:22:45.839 facilities to extreme water -related events, 00:22:46.440 --> 00:22:49.900 storm surge, flooding, tsunamis. risks that climate 00:22:49.900 --> 00:22:52.420 change is widely projected to intensify globally, 00:22:52.559 --> 00:22:55.000 and certainly in specific regions like low -lying 00:22:55.000 --> 00:22:57.640 South Florida. So the specific climate threats 00:22:57.640 --> 00:23:00.000 highlighted in the material as relevant to Turkey 00:23:00.000 --> 00:23:02.960 Point are these powerful storms, more widespread 00:23:02.960 --> 00:23:05.700 flooding, definite sea level rise in that area, 00:23:06.140 --> 00:23:07.779 increased drought risk potentially affecting 00:23:07.779 --> 00:23:10.140 water levels, and also rising temperatures, just 00:23:10.140 --> 00:23:12.720 general heat stress. How does the plant owner, 00:23:12.920 --> 00:23:15.259 FPL, respond to these clear climate -related 00:23:15.259 --> 00:23:16.940 vulnerabilities and the concerns being raised? 00:23:17.160 --> 00:23:20.190 Well, FPL and emphasizes the plant's robust design 00:23:20.190 --> 00:23:22.650 and the significant investments they've made 00:23:22.650 --> 00:23:25.069 over the years to harden it. They state that 00:23:25.069 --> 00:23:27.569 the most critical structures, including the reactor 00:23:27.569 --> 00:23:30.569 cores themselves, were constructed atop 20 -foot 00:23:30.569 --> 00:23:34.049 -high mounds. Twenty feet high? Yeah. They maintain 00:23:34.049 --> 00:23:36.710 this elevation is sufficient to withstand storm 00:23:36.710 --> 00:23:39.470 surge levels higher than any recorded in South 00:23:39.470 --> 00:23:41.720 Florida's history. And they often point to their 00:23:41.720 --> 00:23:44.400 experience with a specific very major storm, 00:23:44.400 --> 00:23:46.980 don't they? They do. They frequently site Hurricane 00:23:46.980 --> 00:23:50.619 Andrew back in 1992. This was a category five 00:23:50.619 --> 00:23:53.039 hurricane, one of the most powerful ever to make 00:23:53.039 --> 00:23:56.180 landfall in the US, and it passed directly over 00:23:56.180 --> 00:23:58.720 the Turkey Point site. A direct hit from a cat 00:23:58.720 --> 00:24:01.380 five. Yes. And FPL states that the plant's critical 00:24:01.380 --> 00:24:03.740 infrastructure was undamaged by that direct hit. 00:24:04.119 --> 00:24:06.299 They present this as compelling evidence of its 00:24:06.299 --> 00:24:09.440 inherent resilience to extreme weather. OK. The 00:24:09.440 --> 00:24:12.779 FPL spokesperson, Bill Orlov, is quoted reiterating 00:24:12.779 --> 00:24:14.900 that safety is paramount. It's their cornerstone 00:24:14.900 --> 00:24:16.980 and that their plants are designed to withstand 00:24:16.980 --> 00:24:19.440 natural events exceeding the strongest ever recorded 00:24:19.440 --> 00:24:22.119 in their specific locations. And beyond just 00:24:22.119 --> 00:24:24.279 the initial design and surviving, Andrew, they 00:24:24.279 --> 00:24:26.200 talk about ongoing preparations and upgrades, 00:24:26.480 --> 00:24:29.980 too. Absolutely. FPL highlights substantial ongoing 00:24:29.980 --> 00:24:32.339 investments in hardening and upgrading the plant. 00:24:32.799 --> 00:24:34.819 They state they've invested over two billion 00:24:34.819 --> 00:24:38.039 billion with a B in enhancements to the nuclear 00:24:38.039 --> 00:24:41.759 units just over the past decade. Plus, they invest 00:24:41.759 --> 00:24:44.240 millions more during planned refueling outages, 00:24:44.339 --> 00:24:46.920 which happen periodically, for continuous upgrades. 00:24:47.420 --> 00:24:49.960 These include things like specific fortifications 00:24:49.960 --> 00:24:52.500 against extreme weather, encasing critical equipment 00:24:52.500 --> 00:24:55.579 in reinforced steel and concrete barriers. They 00:24:55.579 --> 00:24:58.099 also talk about enhancing cooling system reliability 00:24:58.099 --> 00:25:01.059 with features like high -capacity backup pumps 00:25:01.059 --> 00:25:04.180 to provide cooling water for safety systems and 00:25:04.180 --> 00:25:06.339 the capability to shut down the plant safely 00:25:06.339 --> 00:25:08.799 within seconds. if an emergency situation arises. 00:25:08.940 --> 00:25:10.799 Because they feel they are prepared. They also 00:25:10.799 --> 00:25:12.940 mention in integrating the nuclear output with 00:25:12.940 --> 00:25:15.200 other clean energy sources they operate nearby, 00:25:15.440 --> 00:25:18.059 like solar farms and battery storage systems. 00:25:18.480 --> 00:25:21.579 OK, so FPL's position seems clear. The plant 00:25:21.579 --> 00:25:24.039 was well designed from the start. It proved resilient 00:25:24.039 --> 00:25:26.940 in a monster hurricane and is continuously being 00:25:26.940 --> 00:25:29.440 upgraded and fortified to handle future risks, 00:25:29.900 --> 00:25:32.900 including those related to climate impacts. What 00:25:32.900 --> 00:25:35.259 do the environmental advocates say in response 00:25:35.259 --> 00:25:37.359 to all this? Do they buy it? They acknowledge 00:25:37.359 --> 00:25:39.599 the investments FPL has made, but they continue 00:25:39.599 --> 00:25:41.940 to raise serious concerns about the potential 00:25:41.940 --> 00:25:44.839 catastrophic consequences of any serious incident 00:25:44.839 --> 00:25:48.079 at a facility located so close to major population 00:25:48.079 --> 00:25:51.500 centers. The location again. Yes. Rachel Silverstein, 00:25:51.640 --> 00:25:53.980 who's the CEO of Miami Waterkeeper, is quoted 00:25:53.980 --> 00:25:56.460 specifically highlighting this proximity to millions 00:25:56.460 --> 00:25:59.539 of people. She emphasizes the sheer scale of 00:25:59.539 --> 00:26:01.700 the potential impact if something were to go 00:26:01.700 --> 00:26:04.900 terribly wrong. Right. Their argument, as articulated 00:26:04.900 --> 00:26:06.880 by Silverstein and others, from groups like Friends 00:26:06.880 --> 00:26:09.559 of the Earth and NRDC isn't necessarily framed 00:26:09.559 --> 00:26:12.240 as being anti -nuclear power in general. They 00:26:12.240 --> 00:26:14.440 stress their position is one of advocating for 00:26:14.440 --> 00:26:17.079 rigorous safety standards, comprehensive risk 00:26:17.079 --> 00:26:19.180 assessment that fully accounts for climate change, 00:26:19.579 --> 00:26:21.400 and ensuring that if nuclear power is going to 00:26:21.400 --> 00:26:23.900 be part of a low -carbon future. Which many people 00:26:23.900 --> 00:26:26.700 argue it needs to be. Right. Then these aging 00:26:26.700 --> 00:26:29.319 facilities, especially those in vulnerable locations, 00:26:29.900 --> 00:26:32.920 must be unequivocally able to withstand the very 00:26:32.920 --> 00:26:35.460 real and intensifying risks posed by climate 00:26:35.460 --> 00:26:38.319 change, including more powerful storms, higher 00:26:38.319 --> 00:26:41.839 storm surge due to sea level rise, and increased 00:26:41.839 --> 00:26:44.119 flooding potential. They warrant clear -eyed 00:26:44.119 --> 00:26:47.430 risk assessment and proof. resilience. Such a 00:26:47.430 --> 00:26:49.710 crucial point in the broader energy conversation, 00:26:49.750 --> 00:26:52.849 isn't it? Can our existing nuclear infrastructure 00:26:52.849 --> 00:26:56.250 reliably serve as a climate solution if it is 00:26:56.250 --> 00:26:58.170 itself increasingly vulnerable to a changing 00:26:58.170 --> 00:27:00.430 climate? That's the core tension. And this whole 00:27:00.430 --> 00:27:02.789 discussion about safety, climate risk, and the 00:27:02.789 --> 00:27:06.269 plant's age is directly linked to these fundamental 00:27:06.269 --> 00:27:08.210 decisions being made about how long this plant 00:27:08.210 --> 00:27:10.299 will actually be allowed to operate. Which moves 00:27:10.299 --> 00:27:12.799 us neatly into the regulatory process and the 00:27:12.799 --> 00:27:15.519 whole question of plant longevity. Exactly. This 00:27:15.519 --> 00:27:17.940 is where a really significant regulatory decision 00:27:17.940 --> 00:27:21.079 comes into play. The National Oceanic and Atmospheric 00:27:21.079 --> 00:27:24.160 Administration, NOAA, essentially, but technically 00:27:24.160 --> 00:27:26.700 the NRC, the Nuclear Regulatory Commission is 00:27:26.700 --> 00:27:29.799 the agency here. OK, the NRC. Good clarification. 00:27:30.160 --> 00:27:33.200 Right. The NRC, the federal agency responsible 00:27:33.200 --> 00:27:35.480 for regulating nuclear power plants in the U 00:27:35.480 --> 00:27:38.180 .S., made a decision regarding Turkey Point's 00:27:38.180 --> 00:27:41.069 operating license. they approved an extension. 00:27:41.349 --> 00:27:43.869 An extension. For how long? An extension that 00:27:43.869 --> 00:27:46.009 would allow the plant to continue running for 00:27:46.009 --> 00:27:48.670 decades beyond its original intended lifespan. 00:27:49.690 --> 00:27:52.069 Specifically, this approval permits one of the 00:27:52.069 --> 00:27:55.190 Turkey Point units to operate until 2053 and 00:27:55.190 --> 00:28:00.369 the other unit until 2052. 2053, wow! That's 00:28:00.369 --> 00:28:02.490 well into the future. That's pushing the plant 00:28:02.490 --> 00:28:04.630 towards operating for an incredibly long time. 00:28:05.069 --> 00:28:06.670 And the material we looked at notes something 00:28:06.670 --> 00:28:09.150 pretty unprecedented about this particular extension 00:28:09.150 --> 00:28:11.509 application, right? Yes, it does. Turkey Point 00:28:11.509 --> 00:28:14.450 was the very first nuclear reactor in the United 00:28:14.450 --> 00:28:17.769 States to apply for and initially receive approval 00:28:17.769 --> 00:28:20.650 to operate for a total of 80 years. 80 years. 00:28:20.710 --> 00:28:23.089 Has that ever been done before? No. This is truly 00:28:23.089 --> 00:28:25.750 historic within the industry. No nuclear power 00:28:25.750 --> 00:28:27.730 plant anywhere in the world has ever operated 00:28:27.730 --> 00:28:30.329 for that long. The context here is that many 00:28:30.329 --> 00:28:33.349 U .S. plants from that early 1970s era are now 00:28:33.349 --> 00:28:35.609 reaching the end of their initial 40 year licenses. 00:28:35.920 --> 00:28:38.559 And many are applying for and receiving their 00:28:38.559 --> 00:28:41.079 first 20 year extensions, which takes them out 00:28:41.079 --> 00:28:43.940 to 60 years of operation. 60 years seems pretty 00:28:43.940 --> 00:28:45.940 standard now for extensions. It's becoming more 00:28:45.940 --> 00:28:49.039 common, yes. But Turkey Point went further. They 00:28:49.039 --> 00:28:51.960 sought and initially received approval for a 00:28:51.960 --> 00:28:54.660 second 20 year extension, bringing the total 00:28:54.660 --> 00:28:57.779 potential operating life up to 80 years. Why 00:28:57.779 --> 00:29:00.400 push for 80? Well, it reflects a broader interest 00:29:00.400 --> 00:29:03.140 both from industry and policymakers in leveraging 00:29:03.140 --> 00:29:06.119 these existing nuclear assets for carbon energy 00:29:06.119 --> 00:29:09.319 production. Given the huge challenges and costs 00:29:09.319 --> 00:29:11.880 associated with building brand new nuclear plants, 00:29:12.420 --> 00:29:14.839 extending the life of existing ones is seen as 00:29:14.839 --> 00:29:17.980 a potentially quicker and cheaper way to maintain 00:29:17.980 --> 00:29:20.819 zero carbon electricity generation. Okay, so 00:29:20.819 --> 00:29:23.480 Turkey Point is essentially pioneering the concept 00:29:23.480 --> 00:29:26.279 of an 80 -year operational lifespan for a nuclear 00:29:26.279 --> 00:29:28.880 reactor in the U .S. Who is challenging this 00:29:28.880 --> 00:29:31.349 decision to let it run that long? A coalition 00:29:31.349 --> 00:29:34.170 of environmental groups and also the Miccosukee 00:29:34.170 --> 00:29:36.809 Tribe of Indians of Florida have actively opposed 00:29:36.809 --> 00:29:39.849 this 80 -year extension. Groups including Miami 00:29:39.849 --> 00:29:42.410 Waterkeeper, Friends of the Earth, the Natural 00:29:42.410 --> 00:29:44.789 Resources Defense Council, and the Miccosukee 00:29:44.789 --> 00:29:47.549 Tribe have legally challenged the NRC's decision. 00:29:48.450 --> 00:29:51.130 What are their primary arguments against allowing 00:29:51.130 --> 00:29:53.789 this specific plant in this specific vulnerable 00:29:53.789 --> 00:29:56.890 location to operate for potentially 80 years? 00:29:57.160 --> 00:29:59.420 What are the grounds for the challenge? They 00:29:59.420 --> 00:30:01.660 raise several key points based on the information 00:30:01.660 --> 00:30:03.400 they've gathered and presented in their legal 00:30:03.400 --> 00:30:06.119 filings. One major argument is that they contend 00:30:06.119 --> 00:30:09.019 the NRC failed to adequately consider an account 00:30:09.019 --> 00:30:11.339 for that crucial report from the government accountability 00:30:11.339 --> 00:30:14.059 office we mentioned earlier. The GAO report on 00:30:14.059 --> 00:30:17.099 climate risks. Exactly. That report, published 00:30:17.099 --> 00:30:20.319 just this year in 2024, explicitly stated that 00:30:20.319 --> 00:30:22.259 climate change is projected to worsen the natural 00:30:22.259 --> 00:30:25.279 hazards like hurricanes, storm surge, flooding 00:30:25.279 --> 00:30:27.859 that pose risks. specifically to Turkey Point. 00:30:28.559 --> 00:30:30.759 The critics argue that overlooking or downplaying 00:30:30.759 --> 00:30:32.799 this climate risk assessment from a government 00:30:32.799 --> 00:30:35.400 watchdog body was a fundamental flaw in the license 00:30:35.400 --> 00:30:38.240 extension review process. So essentially they're 00:30:38.240 --> 00:30:40.680 arguing that the regulators didn't properly factor 00:30:40.680 --> 00:30:43.799 in the increasing climate risks that government 00:30:43.799 --> 00:30:45.619 experts themselves highlighted for this plan. 00:30:46.500 --> 00:30:48.630 What other points do they make? They also point 00:30:48.630 --> 00:30:51.250 to specific operational incidents that they argue 00:30:51.250 --> 00:30:53.650 raise concerns about the plant's ability to handle 00:30:53.650 --> 00:30:56.250 heat and stress, which is particularly relevant 00:30:56.250 --> 00:30:59.609 in a warming climate. They cite an incident back 00:30:59.609 --> 00:31:02.890 in 2014 where FPL's cooling water in the canals 00:31:02.890 --> 00:31:05.130 exceeded the then acceptable temperature limit. 00:31:05.730 --> 00:31:08.230 It got hotter than 100 degrees Fahrenheit. Okay, 00:31:08.329 --> 00:31:10.990 it got too hot. What happened? Well, the groups 00:31:10.990 --> 00:31:13.609 argue that instead of issuing a citation or some 00:31:13.609 --> 00:31:15.349 kind of penalty for exceeding the temperature 00:31:15.349 --> 00:31:18.329 limit, the NRC's response was to simply raise 00:31:18.329 --> 00:31:20.190 the acceptable temperature limit for the cooling 00:31:20.190 --> 00:31:22.789 canals to 104 degrees Fahrenheit. They just raised 00:31:22.789 --> 00:31:25.890 the limit? Yeah, that's the argument, yes. Effectively 00:31:25.890 --> 00:31:27.710 allowing the plant to operate at temperatures 00:31:27.710 --> 00:31:30.660 it had previously exceeded. The groups contend 00:31:30.660 --> 00:31:33.160 this reflects a regulatory failure and maybe 00:31:33.160 --> 00:31:35.380 a troubling pattern of adapting the rules to 00:31:35.380 --> 00:31:38.279 fit the reality rather than addressing the operational 00:31:38.279 --> 00:31:40.640 strain itself, especially strain that's likely 00:31:40.640 --> 00:31:43.920 exacerbated by rising ambient air and water temperatures 00:31:43.920 --> 00:31:46.440 due to climate change. That incident certainly 00:31:46.440 --> 00:31:48.440 sounds like it reinforces their concerns about 00:31:48.440 --> 00:31:51.099 the plant's vulnerability to heat, which climate 00:31:51.099 --> 00:31:52.819 change is only going to make worse over the coming 00:31:52.819 --> 00:31:55.880 decades. Are there other arguments related to 00:31:55.880 --> 00:31:58.059 the fundamental question of age and just how 00:31:58.059 --> 00:32:00.529 long these machines can realistically last? Yes, 00:32:00.650 --> 00:32:02.990 absolutely. The environmental groups and watchdogs 00:32:02.990 --> 00:32:05.089 also challenge the whole premise that these plants 00:32:05.089 --> 00:32:07.549 can safely and reliably operate for 80 years. 00:32:08.109 --> 00:32:10.569 They argue that the real -world operational lifespan 00:32:10.569 --> 00:32:12.950 of many nuclear plants has actually proven to 00:32:12.950 --> 00:32:15.769 be much shorter in practice. Oh, so. They cite 00:32:15.769 --> 00:32:18.430 data indicating that among the US nuclear plants 00:32:18.430 --> 00:32:22.109 built before 1973, so the same generation as 00:32:22.109 --> 00:32:24.029 Turkey Point, roughly half of them were actually 00:32:24.029 --> 00:32:26.829 decommissioned within 40 years of beginning operation, 00:32:27.009 --> 00:32:30.109 not 60, not 80. but 40. Half of them shut down 00:32:30.109 --> 00:32:33.569 within 40 years. Why? They specifically quote 00:32:33.569 --> 00:32:36.150 the Seacoast Anti -Pollution League, an organization 00:32:36.150 --> 00:32:38.650 that tracks this, which stated that these plants 00:32:38.650 --> 00:32:40.910 were often shut down within that 40 -year time 00:32:40.910 --> 00:32:43.740 frame because they quote simply wore out broke 00:32:43.740 --> 00:32:47.079 down or never functioned properly. Wow. This 00:32:47.079 --> 00:32:49.619 historical data, the groups argue, suggests that 00:32:49.619 --> 00:32:52.140 pushing plants like Turkey Point towards 80 years 00:32:52.140 --> 00:32:54.680 might be attempting to exceed their practical 00:32:54.680 --> 00:32:57.660 safe operating limits based on how this specific 00:32:57.660 --> 00:33:00.220 generation of technology has performed historically 00:33:00.220 --> 00:33:03.170 across the fleet. So the debate over the 80 -year 00:33:03.170 --> 00:33:05.670 extension involves not just the plant -specific 00:33:05.670 --> 00:33:08.049 location and the increasing climate risks there, 00:33:08.410 --> 00:33:10.890 but also this fundamental disagreement about 00:33:10.890 --> 00:33:13.750 the reliability and the actual expected lifespan 00:33:13.750 --> 00:33:16.430 of this aging technology itself. How has this 00:33:16.430 --> 00:33:19.309 legal and regulatory challenge actually unfolded 00:33:19.309 --> 00:33:21.519 over time? It sounds complicated. It has been 00:33:21.519 --> 00:33:23.700 a multi -year process, definitely, with several 00:33:23.700 --> 00:33:26.900 back and forth decisions. The NRC initially approved 00:33:26.900 --> 00:33:29.759 the 80 -year license extension for Turkey Point 00:33:29.759 --> 00:33:32.359 back in 2019. Okay, approved in 2019. But the 00:33:32.359 --> 00:33:35.019 coalition of advocacy groups immediately challenged 00:33:35.019 --> 00:33:38.059 that decision legally. Their core arguments centered 00:33:38.059 --> 00:33:40.720 on the claim that FPL had not adequately demonstrated 00:33:40.720 --> 00:33:42.980 how the plant would cope with the projected impacts 00:33:42.980 --> 00:33:46.059 of climate change over such a long extended lifespan. 00:33:46.920 --> 00:33:49.720 And crucially, they argued FPL hadn't presented 00:33:49.720 --> 00:33:52.819 a viable guaranteed plan to fully clean up the 00:33:52.819 --> 00:33:54.920 existing hyper saline plume that was already 00:33:54.920 --> 00:33:57.279 threatening the drinking water supply. So the 00:33:57.279 --> 00:34:00.119 challenge was based on climate preparedness and 00:34:00.119 --> 00:34:02.500 the existing plume problem. Did that challenge 00:34:02.500 --> 00:34:05.759 have an effect? It did. In 2022, in response 00:34:05.759 --> 00:34:08.400 to the legal challenge, the NRC actually ordered 00:34:08.400 --> 00:34:11.760 FPL to conduct a new, more comprehensive environmental 00:34:11.760 --> 00:34:14.420 impact study, specifically addressing those points. 00:34:14.900 --> 00:34:17.119 This action effectively put the 80 -year license 00:34:17.119 --> 00:34:19.280 extension on hold while this additional study 00:34:19.280 --> 00:34:21.659 was completed and reviewed by the agency. Okay, 00:34:21.880 --> 00:34:23.500 so a pause for more study. What happened after 00:34:23.500 --> 00:34:26.170 the new study? Well, in 2024, earlier this year, 00:34:26.469 --> 00:34:28.329 following the submission and review of FPL's 00:34:28.329 --> 00:34:30.309 reapplication and the new environmental study, 00:34:30.809 --> 00:34:32.969 the NRC again approved the license extension. 00:34:33.389 --> 00:34:35.489 They reaffirmed their decision, allowing the 00:34:35.489 --> 00:34:39.369 plant to operate until 2052 and 2053. So after 00:34:39.369 --> 00:34:42.969 a period of deeper review and a new study, the 00:34:42.969 --> 00:34:45.030 extension was re -approved by the regulators. 00:34:45.710 --> 00:34:47.530 What is the current status of the challenge now? 00:34:47.630 --> 00:34:51.019 Is it over? No, not yet. Miami Waterkeeper is 00:34:51.019 --> 00:34:53.280 currently appealing that 2024 decision by the 00:34:53.280 --> 00:34:56.099 NRC. They're appealing again. Yes. As Rachel 00:34:56.099 --> 00:34:57.860 Silverstein has quoted, their stance remains 00:34:57.860 --> 00:35:00.940 firm. The fight isn't about being anti -nuclear 00:35:00.940 --> 00:35:03.599 power per se, but is squarely focused on ensuring 00:35:03.599 --> 00:35:05.840 this plant can operate safely for its entire 00:35:05.840 --> 00:35:08.880 permitted life, especially an unprecedented 80 00:35:08.880 --> 00:35:11.460 -year life, and critically that it absolutely 00:35:11.460 --> 00:35:13.579 does not jeopardize the drinking water supply 00:35:13.579 --> 00:35:16.400 that millions depend on. They are continuing 00:35:16.400 --> 00:35:19.019 to pursue all available legal and regulatory 00:35:19.019 --> 00:35:22.289 avenues to press these concerns. This whole situation 00:35:22.289 --> 00:35:24.809 really highlights the incredibly complex tension 00:35:24.809 --> 00:35:27.010 at play here, doesn't it? You have the imperative 00:35:27.010 --> 00:35:29.210 for low carbon energy sources to fight climate 00:35:29.210 --> 00:35:32.250 change, the reality of an aging national energy 00:35:32.250 --> 00:35:34.829 infrastructure, and the urgent need for environmental 00:35:34.829 --> 00:35:37.429 protection, especially water resources. And all 00:35:37.429 --> 00:35:39.989 of that is magnified by the undeniable impacts 00:35:39.989 --> 00:35:42.570 of climate change itself. It's a real world, 00:35:42.730 --> 00:35:44.769 high stakes example of this balancing act playing 00:35:44.769 --> 00:35:47.690 out right now. It truly is. And the context, 00:35:47.690 --> 00:35:50.610 as you alluded to, extends way beyond just this 00:35:50.610 --> 00:35:53.150 one plant in South Florida. If you look broadly 00:35:53.150 --> 00:35:56.030 at nuclear power in the U .S., the material notes 00:35:56.030 --> 00:35:58.730 that the country still has the largest number 00:35:58.730 --> 00:36:02.130 of nuclear plants globally. How many? Ninety 00:36:02.130 --> 00:36:04.449 -three operating reactors currently, providing 00:36:04.449 --> 00:36:07.130 about 20 percent of the nation's total electricity, 00:36:07.389 --> 00:36:09.809 a significant chunk. And most are old, right? 00:36:09.900 --> 00:36:12.179 Yes, the vast majority of these plants were built 00:36:12.179 --> 00:36:14.599 before 1990. And as we mentioned, the average 00:36:14.599 --> 00:36:17.039 age across the fleet is now over 40 years old. 00:36:17.179 --> 00:36:19.219 And there was that big slowdown in building new 00:36:19.219 --> 00:36:21.760 plants after the late 70s accident. Correct. 00:36:22.039 --> 00:36:24.219 Construction of new nuclear facilities really 00:36:24.219 --> 00:36:27.059 slowed dramatically after the 1979 Three Mile 00:36:27.059 --> 00:36:30.400 Island accident. Public concern, regulatory changes, 00:36:30.719 --> 00:36:34.019 high costs. It all played a role. Have many shut 00:36:34.019 --> 00:36:36.139 down. Some older plants have been decommissioned 00:36:36.139 --> 00:36:38.059 and shut down permanently. Yes, like the Indian 00:36:38.059 --> 00:36:40.260 Point plant near Manhattan. That was a notable 00:36:40.260 --> 00:36:43.119 closure, but currently there's a strong renewed 00:36:43.119 --> 00:36:45.219 interest in nuclear power. Why the resurgence 00:36:45.219 --> 00:36:49.380 now? It's largely driven by the urgent need for 00:36:49.380 --> 00:36:52.420 reliable baseload, meaning always available low 00:36:52.420 --> 00:36:55.059 carbon energy to address climate change goals. 00:36:55.760 --> 00:36:58.099 Renewables like solar and wind are great, but 00:36:58.099 --> 00:37:00.579 they're intermittent. Nuclear provides steady 00:37:00.579 --> 00:37:03.340 power without carbon emissions. The material 00:37:03.340 --> 00:37:05.820 also mentions a specific growing demand coming 00:37:05.820 --> 00:37:09.300 from tech companies. They're seeking large, reliable, 00:37:09.659 --> 00:37:12.760 clean power sources for the incredibly energy 00:37:12.760 --> 00:37:14.840 intensive data centers needed for things like 00:37:14.840 --> 00:37:17.550 artificial intelligence development. needs a 00:37:17.550 --> 00:37:19.630 ton of power. And there's even talk about changing 00:37:19.630 --> 00:37:22.309 regulations to make it easier or faster to build 00:37:22.309 --> 00:37:25.449 new nuclear plants. Yes. The sources touch upon 00:37:25.449 --> 00:37:27.809 discussions happening within policy circles and 00:37:27.809 --> 00:37:30.289 the industry about potentially streamlining or 00:37:30.289 --> 00:37:32.929 overhauling the regulatory processes to try and 00:37:32.929 --> 00:37:35.429 accelerate the deployment of new nuclear technology, 00:37:35.530 --> 00:37:37.949 maybe smaller modular reactors or other advanced 00:37:37.949 --> 00:37:40.530 designs. So, yeah, all of this frames the situation 00:37:40.530 --> 00:37:42.730 at Turkey Point as part of this much larger, 00:37:42.869 --> 00:37:45.940 really complicated National Balancing Act. How 00:37:45.940 --> 00:37:48.559 do we manage, upgrade, or eventually replace 00:37:48.559 --> 00:37:51.480 our aging critical energy infrastructure? How 00:37:51.480 --> 00:37:53.760 do we protect vulnerable environments like South 00:37:53.760 --> 00:37:56.619 Florida's water supply? And how do we simultaneously 00:37:56.619 --> 00:37:59.480 try to build out new low carbon sources, perhaps 00:37:59.480 --> 00:38:02.340 including new nuclear, all in the face of these 00:38:02.340 --> 00:38:04.260 increasing climate challenges? It's a massive 00:38:04.260 --> 00:38:06.400 puzzle. It really is. And just to put a finer 00:38:06.400 --> 00:38:08.219 point on the environmental stakes right there 00:38:08.219 --> 00:38:11.500 at Turkey Point, what specifically are the vital 00:38:11.500 --> 00:38:14.300 ecosystems located immediately around the plant 00:38:14.300 --> 00:38:16.949 beyond just the human population and the aquifer 00:38:16.949 --> 00:38:20.010 below. Oh, the immediate area is incredibly ecologically 00:38:20.010 --> 00:38:22.630 valuable and very sensitive. Just a few miles 00:38:22.630 --> 00:38:24.670 from the plant property line, literally next 00:38:24.670 --> 00:38:27.050 door is the boundary of Biscayne National Park. 00:38:27.250 --> 00:38:30.110 Biscayne National Park. Yeah. This park protects 00:38:30.110 --> 00:38:32.389 a significant portion of the bay and its offshore 00:38:32.389 --> 00:38:35.329 waters. It supports incredibly diverse marine 00:38:35.329 --> 00:38:38.150 life. You've got dolphins, manatees, various 00:38:38.150 --> 00:38:40.329 species of fish that are vital for commercial 00:38:40.329 --> 00:38:43.210 and recreational fishing like spiny lobster and 00:38:43.210 --> 00:38:47.010 bonefish. It has extensive coral roofs, vital 00:38:47.010 --> 00:38:49.769 coastal mangrove forests that protect the shoreline. 00:38:49.849 --> 00:38:52.289 A really important marine area. Absolutely. And 00:38:52.289 --> 00:38:54.610 it's also an area heavily used by people for 00:38:54.610 --> 00:38:57.929 recreation, boating, fishing, diving. It's a 00:38:57.929 --> 00:39:00.710 huge economic driver as well as an ecological 00:39:00.710 --> 00:39:02.750 treasure. And what about to the west of the plan? 00:39:02.929 --> 00:39:05.630 To the west, you have the vast expanse of Everglades 00:39:05.630 --> 00:39:08.630 National Park. This is a globally unique freshwater 00:39:08.630 --> 00:39:11.869 and brackish wetland ecosystem. It's home to 00:39:11.869 --> 00:39:15.250 iconic Florida wildlife like American alligators, 00:39:15.449 --> 00:39:17.710 the critically endangered Florida panther. Wow. 00:39:17.710 --> 00:39:20.650 Panthers nearby. Yes. Various smaller mammals, 00:39:20.750 --> 00:39:23.710 too, like minks and gray foxes. And regrettably, 00:39:23.809 --> 00:39:25.989 the Everglades is also grappling with the huge 00:39:25.989 --> 00:39:28.349 challenge of invasive species like those giant 00:39:28.349 --> 00:39:31.469 Burmese pythons we hear about. So another incredibly 00:39:31.469 --> 00:39:33.550 sensitive and important ecosystem right there. 00:39:33.829 --> 00:39:36.070 And the sources we looked at mentioned one particular 00:39:36.039 --> 00:39:38.480 species that seems to have found a rather unique, 00:39:38.880 --> 00:39:42.019 maybe unexpected habitat right within the Turkey 00:39:42.019 --> 00:39:44.860 Point cooling canals themselves. Yes, that is 00:39:44.860 --> 00:39:47.420 a fascinating and perhaps surprising resident, 00:39:48.239 --> 00:39:51.900 the American crocodile. In the cooling canals. 00:39:52.219 --> 00:39:54.420 Yes. While American crocodiles are generally 00:39:54.420 --> 00:39:57.860 an endangered species, there is actually a thriving 00:39:57.860 --> 00:40:00.539 population living within the Turkey Point cooling 00:40:00.539 --> 00:40:02.480 canal system. How many are we talking about? 00:40:02.650 --> 00:40:05.510 Estimates suggest there are approximately 400 00:40:05.510 --> 00:40:08.289 American crocodiles living and nesting within 00:40:08.289 --> 00:40:12.389 that 168 mile network of canals. FPL even has 00:40:12.389 --> 00:40:15.190 a dedicated wildlife biologist, Michael Lorette, 00:40:15.469 --> 00:40:17.769 specifically tasked with monitoring this population. 00:40:18.449 --> 00:40:21.230 400 crocodiles living in the cooling canals of 00:40:21.230 --> 00:40:24.239 a nuclear power plant. quite an image. I imagine 00:40:24.239 --> 00:40:26.739 it sparked some interesting questions or maybe 00:40:26.739 --> 00:40:29.219 myths. It certainly does. And Mike Lored, the 00:40:29.219 --> 00:40:31.360 biologist, is quoted directly on this. He takes 00:40:31.360 --> 00:40:34.679 pains to dispel a common, maybe slightly sensationalized 00:40:34.679 --> 00:40:36.699 myth you might hear. He states emphatically, 00:40:36.760 --> 00:40:39.219 quote, no, they're normal crocodiles. OK, not 00:40:39.219 --> 00:40:41.860 radioactive mutant crocs then. Definitely not. 00:40:42.019 --> 00:40:45.239 He counters any idea like that. He explains that 00:40:45.239 --> 00:40:47.960 American crocodiles actually prefer brackish 00:40:47.960 --> 00:40:51.480 water, that mix of fresh and salt, which is exactly 00:40:51.480 --> 00:40:53.579 what the cooling canals have become due to the 00:40:53.579 --> 00:40:55.900 evaporation and leakage issues. Ah, so the water 00:40:55.900 --> 00:40:58.929 conditions suit them. Apparently so. And they 00:40:58.929 --> 00:41:01.550 may also favor the canals simply because it offers 00:41:01.550 --> 00:41:04.110 a relatively undisturbed habitat compared to 00:41:04.110 --> 00:41:06.829 other coastal areas in South Florida where human 00:41:06.829 --> 00:41:08.650 development has increasingly encroached upon 00:41:08.650 --> 00:41:11.789 their natural nesting and living territory. So 00:41:11.789 --> 00:41:14.550 less disturbance in the canals. Normal crocodiles. 00:41:14.610 --> 00:41:17.449 Just preferring the slightly salty, less disturbed 00:41:17.449 --> 00:41:20.389 environment of the canal system. It has this 00:41:20.389 --> 00:41:22.730 incredible layer of biodiversity and ecological 00:41:22.730 --> 00:41:25.789 significance right on top of this major industrial 00:41:25.789 --> 00:41:27.980 facility. and all the environmental challenges 00:41:27.980 --> 00:41:30.119 it presents. It really does. And underneath all 00:41:30.119 --> 00:41:33.059 of this, the plant, the canals, the crocodiles, 00:41:33.239 --> 00:41:35.219 Biscayne National Park, the Everglades, the urban 00:41:35.219 --> 00:41:38.460 areas, is that fundamental, vast underground 00:41:38.460 --> 00:41:41.679 water reserve, the Biscayne Aquifer. Which brings 00:41:41.679 --> 00:41:44.000 us right back full circle to why everything we've 00:41:44.000 --> 00:41:46.099 discussed today matters so profoundly, doesn't 00:41:46.099 --> 00:41:49.019 it? Exactly. Protecting that underground water 00:41:49.019 --> 00:41:51.340 supply isn't just some abstract environmental 00:41:51.340 --> 00:41:54.360 goal or just a technical regulatory problem to 00:41:54.360 --> 00:41:57.980 be managed. As Rachel Silverstein of Miami Waterkeeper 00:41:57.980 --> 00:42:00.800 is quoted saying, near the end of the materials. 00:42:01.260 --> 00:42:03.840 What is she saying? It's directly about protecting 00:42:03.840 --> 00:42:06.360 all the interconnected life and resources that 00:42:06.360 --> 00:42:09.139 exist above that aquifer. It's about the sensitive 00:42:09.139 --> 00:42:11.860 ecosystems of the national parks, the remarkable 00:42:11.860 --> 00:42:14.139 wildlife like those crocodiles and panthers, 00:42:14.519 --> 00:42:16.829 the coastal mangroves. the marine habitats in 00:42:16.829 --> 00:42:19.349 the bay, and fundamentally, the millions of people 00:42:19.349 --> 00:42:21.829 who rely on that aquifer for their daily drinking 00:42:21.829 --> 00:42:24.590 water supply. Her quote really sticks with you. 00:42:24.929 --> 00:42:26.650 This is just too important. We're not going to 00:42:26.650 --> 00:42:29.199 stop. It captures the determination of those 00:42:29.199 --> 00:42:32.039 advocating for its protection. It really underscores 00:42:32.039 --> 00:42:34.159 the incredibly high stakes involved here. This 00:42:34.159 --> 00:42:36.679 discussion on meteorology matters has definitely 00:42:36.679 --> 00:42:39.300 shown us a situation where the need for energy, 00:42:39.760 --> 00:42:41.800 the reality of operating aging infrastructure, 00:42:42.280 --> 00:42:44.179 the significant environmental impacts of past 00:42:44.179 --> 00:42:46.340 and present decisions, and the accelerating risks 00:42:46.340 --> 00:42:49.260 posed by climate change are all deeply, deeply 00:42:49.260 --> 00:42:51.159 intertwined in a place that depends utterly on 00:42:51.159 --> 00:42:53.730 its water resources. It's such a complex puzzle, 00:42:53.869 --> 00:42:55.909 isn't it? Balancing all these competing needs 00:42:55.909 --> 00:42:59.170 and pressures. And the outcome has very real, 00:42:59.469 --> 00:43:02.130 tangible impacts on something as essential as 00:43:02.130 --> 00:43:03.969 the water that comes out of your tap if you live 00:43:03.969 --> 00:43:06.929 down there. Absolutely. So as we look ahead, 00:43:07.090 --> 00:43:09.309 especially as we consider nuclear power as a 00:43:09.309 --> 00:43:11.489 potentially vital part of a low carbon energy 00:43:11.489 --> 00:43:14.510 future, this situation at Turkey Point leaves 00:43:14.510 --> 00:43:17.570 us with a significant, maybe provocative thought 00:43:17.570 --> 00:43:21.769 to ponder. Are we truly fully accounting for 00:43:21.769 --> 00:43:24.090 the intensifying risks that a changing climate 00:43:24.090 --> 00:43:27.150 poses to this kind of critical aging infrastructure 00:43:27.150 --> 00:43:30.230 today? And how can we ensure the necessary safeguards, 00:43:30.349 --> 00:43:32.769 the planning, the investment, truly keep pace 00:43:32.769 --> 00:43:35.110 with those escalating risks to protect both our 00:43:35.110 --> 00:43:37.690 energy supply and essential natural resources 00:43:37.690 --> 00:43:39.429 like drinking water? It's a question that really 00:43:39.429 --> 00:43:41.329 needs to be central to these conversations about 00:43:41.329 --> 00:43:43.570 energy policy and environmental protection going 00:43:43.570 --> 00:43:45.449 forward, especially with infrastructure built 00:43:45.449 --> 00:43:48.510 decades ago, facing decades more operation. Absolutely. 00:43:48.650 --> 00:43:50.690 And if you want to keep exploring how weather, 00:43:51.050 --> 00:43:52.530 climate, and the environment intercepts with 00:43:52.530 --> 00:43:54.329 the systems and places that shape our world, 00:43:54.670 --> 00:43:56.269 you should definitely follow meteorologist Rob 00:43:56.269 --> 00:43:59.150 Jones. Where can people find him? On Instagram, 00:43:59.250 --> 00:44:01.389 you can find him by searching for meteorologist. 00:44:01.769 --> 00:44:05.989 One word. On TikTok, his handle is TV meteorologist. 00:44:06.329 --> 00:44:08.949 Again, one word. And on YouTube, follow Rob Jones 00:44:08.949 --> 00:44:11.789 Hurricane. That's Rob Jones Hurricane, where 00:44:11.789 --> 00:44:14.090 you can also find the Meteorology Matters podcast 00:44:14.090 --> 00:44:16.349 playlist with more discussions like this one. 00:44:16.510 --> 00:44:18.550 Great resources there and thanks for joining 00:44:18.550 --> 00:44:20.750 us for this discussion today. Thank you so much 00:44:20.750 --> 00:44:22.630 for listening to Meteorology Matters.