Replay available
Mitigating Li-Ion Fire Safety Risk With FCL-X™ – Your Questions Answered
Join Full Circle Lithium for its comprehensive FAQ video premiere, where Tom Currin, COO & Founder, answers questions about the company's groundbreaking FCL-X™️ fire-extinguishing solution. This live event is tailored for first responders, commercial buyers and investors. Don’t miss this opportunity to learn how FCL-X™️ is a global game-changer for fire safety of first responders, businesses and consumers.Watch the video premiere live, and submit your questions. The Full Circle Lithium team will respond via email or phone.
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Featured presenters
Tom Currin
COO at Full Circle Lithium
Over 40 years of lithium chemical production and process engineering experience, including Dupont and Livent. Has strong relationships with the US Federal Laboratories that place him at the forefront of developing innovative process technology in the renewa...
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Team at 6ix Inc
Kyle Stewart
Host at 6ix
Investor webinar replay
Watch the replay and follow the connected company analysis, news, and investor updates for Full Circle Lithium Corp.
Replay transcript excerpt
WEBVTT NOTE Transcription provided by Deepgram Request Id: 61e02938-af8b-48ef-8e88-18ac2a19ca16 Created: 2024-10-02T18:53:08.988Z Duration: 1582.399 Channels: 1 00:00:08.240 -- 00:00:09.519 The main risk to 00:00:09.840 -- 00:00:10.940 first line responders 00:00:11.580 -- 00:00:13.639 is that the fire spreads 00:00:14.540 -- 00:00:15.780 to adjoining buildings 00:00:17.140 -- 00:00:20.320 and endangers life in the surrounding area. That's 00:00:20.320 -- 00:00:21.300 the number 1 00:00:21.760 -- 00:00:24.060 risk factor. The second risk factor 00:00:24.480 -- 00:00:26.700 is the fluoride emissions compounds 00:00:27.160 -- 00:00:28.439 from the fire itself. 00:00:28.820 -- 00:00:31.640 The number of lithium battery fires that we're 00:00:31.640 -- 00:00:32.140 seeing 00:00:33.220 -- 00:00:34.080 is exponentially 00:00:34.540 -- 00:00:36.900 grown over the years, especially 00:00:37.360 -- 00:00:37.860 in 00:00:38.360 -- 00:00:41.160 the large metropolitan areas where there are a 00:00:41.160 -- 00:00:42.100 lot of e-scooters 00:00:42.500 -- 00:00:43.760 and a lot of e-bikes. 00:00:45.060 -- 00:00:46.260 So we're seeing that 00:00:47.160 -- 00:00:48.060 in the municipalities, 00:00:49.200 -- 00:00:50.140 in the areas 00:00:51.060 -- 00:00:53.040 where they're using a lot of the e-scooters 00:00:53.559 -- 00:00:54.360 and the e-bikes. 00:00:55.559 -- 00:00:56.700 You're also seeing 00:00:57.739 -- 00:00:59.180 electric vehicle fires 00:01:00.040 -- 00:01:01.340 that are involved in 00:01:01.760 -- 00:01:02.720 an accident, 00:01:03.240 -- 00:01:06.180 potentially on an interstate or on a highway, 00:01:06.740 -- 00:01:09.620 where there's an external fire that causes 00:01:10.320 -- 00:01:13.100 the thermal runaway in the electric vehicle. 00:01:13.460 -- 00:01:14.620...