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DTSTART;TZID=Asia/Shanghai:20261015T090000
DTEND;TZID=Asia/Shanghai:20261016T120000
DTSTAMP:20260805T124918Z
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SUMMARY:2026 BTC Battery Thermal Safety Symposium
DESCRIPTION:Beijing · 15–16 October 2026 \nTen leading experts on lithium battery thermal runaway\, national standards and fire forensics — in one room\, for two days. \nHosted by H.E.L Trading (Beijing) and co-organized by Beijing University of Technology. Free of charge for registered H.E.L BTC/ARC equipment users. \n\n10EXPERT SPEAKERS\n7INDUSTRY SECTORS\n2DAYS + LAB TOUR\nFreeFOR H.E.L USERS\n\n\nRegister now\nSee the speaker lineup\n\nPrevious sessions have served CATL\, NIO\, Huawei\, national testing institutes and over 100 university research teams — Zhangzhou 2024\, Liyang 2025\, Beijing 2025. \n\n\n\nDates\n15–16 October 2026\n\n\nVenue\nLecture Hall & Joint Battery Safety Laboratory\, BJUT\n\n\nAdmission\nFree for registered H.E.L BTC/ARC users\n\n\nRegister by\n8 October 2026 · limited seats\n\n\nWith tightened safety supervision over energy storage and power batteries\, lithium battery fire liability investigation and thermal explosion prevention have become core industry pain points. Accelerating Rate Calorimetry (ARC) serves as a central tool for risk tracing and compliance testing — and newly issued regulations on battery fire judicial appraisal require enterprises to build an integrated capability system covering testing instruments\, industrial standards\, accident identification and R&D risk control. \nThe speakers\n\n \nJi ChangweiProfessor & PhD SupervisorBeijing University of TechnologyOpening keynote. Standing director of the Chinese Society for Internal Combustion Engines. 150+ SCI papers\, 100+ patents\, listed in Stanford’s Top 2% Scientists for consecutive years. Speaking on industrial upgrading paths for lithium and fine chemical safety under dual-carbon goals.\n\n \nWang YananPhD & Master SupervisorBeijing University of TechnologyTsinghua postdoc\, long-term collaborator with Academician Ouyang Minggao’s team. Published in Nature Communications. AI-enabled early warning and full-lifecycle battery safety control. Leads the guided laboratory tour.\n\n \nWang QiyuDeputy Senior EngineerInstitute of Physics\, Chinese Academy of SciencesSupervisor of the Analysis & Testing Center at the Clean Energy Laboratory\, and a key lead on the National Major Scientific Infrastructure for Clean Energy Materials Testing. Interpreting high-precision thermal runaway tracing from national lab data.\n\n \nHan GuangshuaiAssociate Researcher & General ManagerTongji University / Shanghai Zhili TestingVice Chairman of the Jiangsu Energy Storage Association and a special expert for product defect recall supervision under SAMR. Built the “Battery Hospital” non-destructive evaluation system — 20+ SCI papers\, 40 patents.\n\n \nCui JiajiaEngineerShanghai Motor Vehicle Inspection Certification10 years in battery safety testing and failure analysis; previously BYD and NIO. Helped draft the national standards. Interpreting GB 38031 and GB/T 36276 with mass-production compliance workflows.\n\n \nYang YongAssociate ProfessorShanghaiTech UniversityPhD Georgia State; formerly UC Santa Barbara and Pacific Northwest National Laboratory\, including time in Nobel Laureate Shuji Nakamura’s group. High-pressure in-situ mass spectrometry for real-time battery and reaction analysis.\n\n \nWang WeiPhD & Master SupervisorBeijing Institute of Petrochemical TechnologyNew for 2026. Fine chemical thermal safety\, hazard identification and thermal runaway evolution mechanisms — introducing ARC testing workflows for chemical raw materials.\n\n \nZhang ZhijieCustomer Success ConsultantElsevierPhD\, Changchun Institute of Applied Chemistry (CAS). Digital thermal safety research frameworks powered by AI literature and experimental data analytics.\n\n \nYao YifanLead Application SpecialistH.E.L GroupFormer thermal safety R&D engineer at NIO. Created the six-dimensional framework for improving ARC data quality. Covering calibration\, HLC online calibration\, software operation and custom testing schemes.\n\n \nChen XuanApplication Technical SupportH.E.L GroupChemical process equipment specialist with R&D experience in analytical and medical instruments. Fine chemical synthesis\, reaction hazard evaluation and thermal stability testing.\n\n\nWhat’s new for 2026\n\n\nDoubled speaker lineup\nNewly added specialists in public security fire forensics\, chemical thermal safety\, national energy storage standards and battery failure analysis — covering R&D\, compliance\, judicial appraisal and instrument operation. \n\n\nThree new modules\n\n\nThermal risk assessment for fine chemical reactions\nJudicial practice for lithium battery fires\nAI analytics and non-destructive failure detection\n\n\n\nClosed-loop exchange\nFrom fundamental mechanism through instrument testing\, standard compliance and fire accident appraisal to mass production. Hands-on training\, laboratory tours and one-to-one expert Q&A all retained. \n\n\nExclusive: public security fire forensics\n\nThe biggest change from previous years. Authoritative specialists from public security fire and fire evidence identification will interpret the Rules for Public Security Organs’ Forensic Appraisal\, Regulations on Fire Accident Investigation and industry standards for fire identification. \n\nOn-site investigation workflows and physical evidence collection for lithium battery fires\nJudicial appraisal logic and thermal runaway trace identification standards\nOfficial fire accident report criteria and product liability definition for manufacturers\nReal energy storage and EV fire cases showing how ARC calorimetry data serves as valid judicial evidence\nOptimizing factory thermal safety testing to avoid liability risk\n\n\nAgenda\n\n\nDay 1 · Wednesday 15 October\n\n\nMorning — keynote presentations on cutting-edge battery industry technologies\nAfternoon — guided tour of the joint laboratory\nEvening — appreciation dinner\n\n\n\nDay 2 · Thursday 16 October\n\n\nMorning — in-depth technical sharing on Accelerating Rate Calorimeters\nNoon — summary exchange and group photo\, followed by close\n\n\n\nWho should attend\n\n\n\n\nExisting users of H.E.L BTC/ARC equipment\nR&D engineers and thermal safety test specialists for power and energy storage batteries\nTechnical supervisors from third-party testing institutes\nResearchers and students in new energy materials and energy storage\n\n\n\nWhat you get\nFull on-site access to BTC series instruments on BJUT’s joint laboratory platform\, with H.E.L specialists resolving the operational issues and data anomalies you have hit in your own work. Plus a dedicated channel for joint testing\, R&D and talent partnerships. \n\n\nRegistration\n\n\nRegister online here. Places are limited and allocated first come\, first served. Registration closes 8 October 2026. \nHotline 400-0880-826  /  010-82101033\nEmail infochina@helgroup.com\nContact Ms. Wang\nOffice Room 409\, Chaoyang Hesheng Fortune Plaza\, No.23 West Dawang Road\, Chaoyang District\, Beijing\n \n \nScan or tap to register \n\n\nDetailed two-day agendas and individual speaker topics will be released closer to the event. Travel and accommodation at attendees’ own expense. \n\nTwo days. Ten experts. No charge. \nFree for registered H.E.L BTC/ARC equipment users. Registration closes 8 October. \n\nRegister now
URL:https://helgroup.com/events/2026-btc-battery-thermal-safety-symposium-bjut/
LOCATION:Beijing University of Technology (BJUT)\, Beijing\, China
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DTSTART;TZID=Europe/Paris:20261028T090000
DTEND;TZID=Europe/Paris:20261029T170000
DTSTAMP:20260802T191441Z
CREATED:20260729T131606Z
LAST-MODIFIED:20260802T191441Z
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SUMMARY:CICC 2026 Summit on Fine Chemical Process Safety and Pilot Projects
DESCRIPTION:H.E.L Group will be at the summit. Come and talk to our team about reaction calorimetry\, thermal hazard screening and safe scale-up — or arrange a meeting in advance. \n\n\nWhen\n28–29 October 2026\n\n\nWhere\nFangyuan Hotel\, Taizhou\, Zhejiang\n\n\nScale\n~500 participants\n\n\nFocus\nProcess safety & pilot scale-up\n\n\nThe CICC 2026 Summit on Fine Chemical Process Safety and Pilot Projects takes place in Taizhou\, Zhejiang — China’s sole national-level chemical raw material export base. Now in its second year\, the summit focuses on bridging laboratory R&D and industrialisation through pilot-scale platforms\, and on inherent safety technologies\, reaction risk assessment and systematic hazard evaluation. \nProgramme themes\n\n\nPilot technology & safety assessment \nPilot platform construction\, safety evaluation frameworks\, engineering design for pilot lines\, thermal hazard control for high-risk batch processes\, and lab-to-pilot safety management.\n\n\nContinuous flow & crystallisation \nPharmaceutical crystal form development\, microreactor continuous intensified manufacturing\, multi-phase catalytic micro-continuous amine synthesis and continuous hydrogenation.\n\n\nInherent process safety \nThermal risk assessment for oxidation and polymerisation reactions\, and industrial application of continuous flow synthesis for drug intermediates and fine chemicals.\n\n\nWhy it matters to H.E.L users\nThese themes map directly onto H.E.L’s process safety\, crystallisation and chemical synthesis platforms — reaction calorimetry\, thermal hazard screening and safe scale-up. \nSpeakers include academicians of the Chinese Academy of Sciences and the European Academy of Humanities and Natural Sciences\, senior technical leaders from Sinochem\, Syngenta and Asymchem\, and professors from Tsinghua\, Tianjin and Zhejiang universities. \n\nMeet us in Taizhou \nArrange a conversation with our process safety specialists ahead of the summit. \n\nArrange a meeting\nOrganised by the National Expert Committee for Fine Chemicals & Safety Technology\, Taizhou Chemical Industry Society\, the School of Pharmaceutical & Chemical Engineering at Taizhou University\, and the Lanhai Shengchuang Pharmaceutical & Chemical Consulting Platform.
URL:https://helgroup.com/events/cicc-2026-summit-on-fine-chemical-process-safety-and-pilot-projects/
LOCATION:Fangyuan Hotel\, Taizhou\, Taizhou\, Zhejiang\, China
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