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  • OT 2023 | OceanTech Asia Pacific

    2023 国际海洋技术会展 (中国·舟山) OT 2023 舟山逐浪: 实地操演最新海洋工程方案、 展示前沿技术及先进装备不二机会 2023年5月18-21日 中国·浙江大学舟山校区 Anchor 1 发起单位: 浙江大学海洋学院 ​ 主办单位: 汇显展览有限公司 ​ 鸣谢 OT 2019 /OT 2021 支持单位: 浙江大学海洋学院 浙江海洋大学 中国海洋学会海洋技术装备专业委员会 水下技术学会中国分会(SUT China) IEEE OES Shanghai Chapter 浙江省海洋学会 舟山市科学技术局 海洋感知与装备教育研究中心 海南浙江大学研究院 合作媒体: ​ ​ ​ 行业伙伴: ​ ​ ​ ​ ​ ​ China Ocean Technology Conference and the OceanTech Program 2023- Asia sees ocean business solutions demonstrated live in Zhoushan, China 2023全国海洋技术大会及国际海洋技术会展 - 环浙大筑建海科演示 靠舟山展现海洋之窗 OT 2023国际海洋技术会展将于2023年5月18-21日在浙江大学舟山校区举办,这是一场由中国海洋界发起的综合高新技术会议、展览、海上演示、技术交流、招聘活动的盛事。OT 2023项目将与第六届全国海洋技术大会同期同地点举行,会议每两年(逢单年)在浙江大学海洋学院(舟山校区)举办一次。 OT 2023,组委会计划通过融合行业合作,扩大展商和观众专业领域,鼓励更多的创新企业来参展,OT 2023,将一如既往地融合浙大的海洋技术大会提供便利,有利于专家、用户与技术装备供应者的交流,校区及外围设施可以用作产品及技术应用的实地实时演示。 第五届全国海洋技术大会已于2021年5月19-21日成功举办,会议迎来中国从事海洋科学技术研究领域的院士、知名学者及专家出席大会,发表报告,参会代表来自全国各地,以及国际海洋界专家. 2021年的大会聚集了1000 多名学者专家出席。 第六届全国海洋技术大会 ​ 主办单位 : 浙江大学 东海实验室 协办单位 : 浙江大学海洋学院 国家自然资源部第二海洋研究所 浙江海洋大学 杭州电子科技大学 中共舟山市委人才工作领导小组办公室 舟山市科学技术局 汇显展览有限公司 浙江溪流海洋科技有限公司....... 支持单位: 中国海洋学会海洋技术装备专业委员会 舟山市科学技术协会 Society for Underwater Technology China IEEE Ocean Engineering Society, Shanghai Chapter ....... 大会同期活动 大会特邀报告 International OT Symposium 分会场特邀报告和交流报告 大学生海洋技术创新挑战赛 (OT Challengers) 第二届全国OceanTech大学生水下机器人竞赛 海洋技术类专业建设交流会 中国海洋学会海洋技术装备专业委员会2023年年会 国际海洋技术会展(OT2023) 海洋可再生能源技术展 海洋实验设施群参观与海上实场景最新海洋技术演示 时代涉海院校校长 与院长高峰论坛 “浙”里海洋会客厅 闭门圆桌会议 初创展示廊 浙江大学海洋学院海洋技术成果展 著名科研单位项目展示 主要分会场 (1) 先进海洋传感器技术 (2) 海洋遥感与探测装备技术 (3) 新概念潜水器技术 (4) 海洋动力与组网观测技术 (5) 深海采矿技术 (6) 极地装备技术 (7) 海洋“双碳”技术 (8) 海上光伏技术 (9) 海底能源输送安全与装备技术 (10) 海洋空间开发利用技术 ​ ​ 请点按下面连结了解更多 2019/2021全国海洋技术学术会议参会代表单位 ​ Conference 国际海洋技术会展(OT) 全国海洋技术学术会议将扩大成一个OceanTech Program (OT)会展。OT是一个真正由中国海洋界发起的综合高新技术会议、展览、海上演示、技术交流、培训的国际盛事,为国内外海洋界的同仁们提供了与老客户聚旧,交流海洋技术,建立新资源,推广新产品,寻找代理商,了解中国海洋领域发展的一个独特的机会。 按以下连结: OT 2019 海上演示 OT 2019 同期活动 OT 2019参展商 ​ Why Zhoushan 为何选择舟山? OT 2023 将再次于浙江大学(舟山校区)举办。 中国最大的群岛舟山,除了是著名的旅游热点,还是中国最重要的港口城市之一,她是浙江大学海洋学院所在地。 除浙江大学外,舟山地方政府还与北京大学和中国科学院引进并建立合作项目。 2011年,国务院批准设立浙江舟山群岛新区,舟山成为中国继上海浦东、天津滨海和重庆两江后又一个国家级新区,也是首个以海洋经济为主题的国家级新区。作为国家海洋战略的世界窗口。 舟山的主要产业包括:港口和航运服务、海洋技术设备、海洋工程装备和造船、海洋旅游、海洋能源开发、海洋矿物提取、海洋生物技术和现代海洋渔业。 2021年,宁波 - 舟山港完成货物吞吐量12.2亿吨,连续13年位居世界最繁忙的港口。宁波舟山港新升级的多式联运业务,能够处理大型船舶,支持不断增长的货物处理需求。随着其航运和港口基础设施的不断进步,以及作为中国船用港枢纽,舟山港与新加坡港等世界级港口相媲美,并正在成为世界顶级港口。 舟山亦是中国领先的船舶维修基地之一,为中远等航运巨头提供设施。2018年,舟山船厂修复船舶约2000艘,占全国船舶维修量的20%。 ​ Venue & Organizers 国际海洋技术会展(中国.舟山) 大会地点:浙江大学舟山校区 国际海洋技术会展(中国.舟山) 大会地点:浙江大学舟山校区 浙江大学海洋学院(舟山校区),坐落于中国第一大群岛和重要港口城市浙江省舟山市。建有海洋工程与技术、海洋地质与资源、海洋化学与环境、海洋生物与药物、物理海洋与遥感、港口海岸与近海工程、海洋结构物与船舶工程、海洋传感与网络、海洋电子与智能系统等9个研究所和港航物流与自由贸易岛研究中心,共建有浙江大学海洋研究院和浙江大学先进技术研究院舟山海洋分院。 海洋学院专注于海洋资源、环境、主权和深海,开展海洋工程装备、海洋工程装备、环境保护技术、 深海资源勘探技术装备、海上安全保障技术和海洋环境监测与修复等国家战略目标的研究。学院得益于其在舟山的位置、独特的海洋环境和浙江大学的多学科结构。海洋学院努力建设一流的海洋科学教育基地和人才基地。 作为海洋学院标杆性的重要涉海会议 -全国海洋技术学术会议,每两年一次在5月举办,参会者包括全国顶尖学术成员和国际专业人士。2021年,于5月19-21日与大会同期举办展览。会议和展览的融合,其目的是透过其战略海洋窗口向世界展示最新的技术发展, 促进中国海洋技术产业的成长。 ​ ​ ​​ 科研基地: ​ 依托浙江大学海洋学院建有国内第一个海洋科技示范岛,国家地方联合工程实验室1个,浙江省重点实验室2个,浙江省工程实验室2个,浙江省科技创新服务平台1个,浙江省“2011协同创新中心”1个。科研平台包括: 海洋工程装备国家地方联合工程实验室 海洋岩土工程与材料浙江省重点实验室 海洋观测-成像试验区浙江省重点实验室 海洋装备试验浙江省工程实验室 海洋工程材料浙江省工程实验室 海上试验浙江省科技创新服务平台 浙江省“智慧东海”协同创新中心 浙江大学舟山校区基本建成“三池六槽一筒一台”等十余个大型实验设施,形成国内高校绝无仅有、具有国际一流水平、能满足各种海洋试验需求的实验室群格局。实验设施包括: 大型消声水池 波-流动床浑水港池(全称为动床浑水模型及生潮加沙造波实验港池) 操纵性旋臂水池 推移质直水槽 U型折叠往返式水槽 大型断面波流水槽 精密实验玻璃水槽 环形水槽 地球流体力学旋转水槽 60MPa高压试验筒 双六自由度仿真实验平台 国际海洋技术会展 (OT 2021) 平面图 关于浙江大学 浙江大学是一所历史悠久、声誉卓著的高等学府,坐落于中国历史文化名城、风景旅游胜地杭州。浙江大学的前身求是书院创立于1897年,为中国人自己最早创办的新式高等学校之一。1928年,定名国立浙江大学。抗战期间,浙大举校西迁,在贵州遵义、湄潭等地办学七年,1946年秋回迁杭州。1952年全国高等学校院系调整时,浙江大学部分系科转入兄弟高校和中国科学院,留在杭州的主体部分被分为多所单科性院校,后分别发展为原浙江大学、杭州大学、浙江农业大学和浙江医科大学。1998年,同根同源的四校实现合并,组建了新浙江大学,迈上了创建世界一流大学的新征程。习近平总书记主政浙江期间,亲自联系浙江大学,18次莅临指导,对学校改革发展作出了一系列重要指示,描绘了高水平建成中国特色世界一流大学的宏伟蓝图。在125年的办学历程中,浙江大学始终秉承以“求是创新”为校训的优良传统,以天下为己任、以真理为依归,逐步形成了“勤学、修德、明辨、笃实”的浙大人共同价值观核心词和“海纳江河、启真厚德、开物前民、树我邦国”的浙大精神。 浙江大学是一所特色鲜明、在海内外有较大影响的综合型、研究型、创新型大学,学科涵盖哲学、经济学、法学、教育学、文学、历史学、艺术学、理学、工学、农学、医学、管理学、交叉学科等13个门类,设有7个学部、39个专业学院(系)、1个工程师学院、2个中外合作办学机构、7家直属附属医院。学校现有紫金港、玉泉、西溪、华家池、之江、舟山、海宁等7个校区,总占地面积6890108平方米,图书馆总藏书量797.1万册。截至2021年底,学校有全日制学生63136人、国际学生5609人、教职工9778人,教师中有中国科学院院士(含双聘)30人、中国工程院院士(含双聘)31人、文科资深教授15人。在2022年2月国家最新公布的名单中,浙江大学及21个学科入选第二轮“双一流”建设高校及建设学科。 浙江大学紧紧围绕“德才兼备、全面发展”的核心要求,全面落实立德树人根本任务,着力培养德智体美劳全面发展、具有全球竞争力的高素质创新人才和领导者。在长期的办学历程中,学校涌现出大批著名科学家、文化大师以及各行各业的精英翘楚,包括1位诺贝尔奖获得者、5位国家最高科技奖得主、4位“两弹一星”功勋奖章获得者、1位“八一勋章”获得者、1位全军挂像英模、5位国家荣誉称号获得者、6位“最美奋斗者”和210余位两院院士等杰出典型,为实现中华民族伟大复兴、推进人类文明交流互鉴作出了积极贡献。 浙江大学注重精研学术和科技创新,主动服务重大战略需求,加快打造国家战略科技力量,建设了一批开放性、国际化的高端学术平台,汇聚了各学科的学者大师和高水平研究团队,产出了以国家科技进步特等奖为代表的一系列重大科技成果。哲学社会科学发展势头强劲,《中国历代绘画大系》、《中华礼藏》、敦煌学等文化传承创新成果在海内外产生了广泛影响。 “国有成均,在浙之滨”。浙江大学将坚定不移以习近平新时代中国特色社会主义思想为指导,坚持“更高质量、更加卓越、更受尊敬、更有梦想”的战略导向,统筹推进“五大体系”“五大布局”“五大战略”,致力于传播与创造知识,弘扬与引领文化,服务与奉献社会,努力加快走向世界一流大学前列,为实现中华民族伟大复兴、促进人类文明进步作出卓越贡献。 (來源:https://www.zju.edu.cn/512/list.htm ) ​ ​ 东海实验室(智慧海洋浙江省实验室)是由舟山市人民政府联合浙江大学、自然资源部第二海洋研究所共同建设的新型研发机,是浙江省十四五期间重点建设的十家省实验室之一。 东海实验室以立足舟山、面向全省、联动长三角,深耕东海、走向深海、面向太平洋,打造国际一流的海洋科技创新平台为目标定位,汇聚海洋高层次人才团队,创新协同高效体制机制,攻关海洋共性关键技术和海洋资源开发技术,开展重大原创性成果应用与转化等。 高能级海洋科技创新平台 东海实验室是舟山“向海图强”、建设海洋科技区域创新中心的里程碑工程。该实验室将聚焦陆海联动相关的海洋环境立体感知、海洋动力系统、海洋绿色资源三大领域,开展前沿科学理论与应用基础研究、关键核心技术攻关和科技成果转化应用,全力建设平台型、开放型、枢纽型一体化的高能级海洋科技创新平台。 高层次海洋产业科研团队 今年东海实验室将组建10支以上、不少于150人的科研团队,通过学科交叉,在AI海洋技术、分布式海洋观测、绿氢与多能互补综合利用、新概念水下机器人、海洋生态与蓝碳等领域启动一批具有国际先进水平的项目群;立足产业亟需启动一批共性技术攻关项目;瞄准国家亟需,启动若干卡脖子技术攻关项目。 据了解,东海实验室力争在2025年全职引进300人,汇聚1000人左右的海洋高层次人才队伍,形成若干重大原创性成果,争取向“千人大院”进军。 东海实验室 关于中国海洋学会海洋技术装备专业委员会(OTS) 中国海洋学会海洋技术装备专业委员会(OTS) 于2017年落户浙江大学海洋学院。海洋技术装备专业委员会由浙江大学海洋学院等单位发起筹备组建,由中国海洋学会批准成立。该委员会的主要目标是支撑实现中国海洋强国的战略目标。 OTS围绕海洋资源开发与利用、保护海洋环境以及维护国家海洋安全所使用的相关技术装备等进行研究。 OTS组织开展海洋技术装备的学术交流与国际合作,开展海洋技术与装备相关论证、评审、奖励、成果推广,开展海洋技术与装备的教育培训、国家制定海洋技术装备的咨询服务等。 OTS希望通过这一平台,集聚海洋技术装备领域的专家学者,聚焦国家在海洋技术装备领域的重大需求,加速提升海洋技术装备水平。 OTS推动海洋技术装备教育培训和普及工作,为国家海洋技术装备战略、政策、决策提供咨询服务,促进海洋技术与装备科技成果转化,为服务新区发展和海洋强国战略作出贡献。 OTS 发起单位(排名不分先后) 浙江大学 中国科学院深海科学与工程研究所 湖南科技大学 清华大学深圳研究生院 中国海洋大学 国家深海基地管理中心 中国科学院沈阳自动化研究所 中国科学院声学研究所 国家海洋技术中心 中国地质调查局广州海洋地质调查局 上海海洋大学 杭州电子科技大学 关于汇显展览有限公司 搭筑世界平台 迎来海陆商机 ​ 随着中国优化区域基础设施不断深化,形成紧密的区域交流和贸易圈,汇显展览有限公司致力推动社会以及商业群体的力量发挥其搭筑世界平台的角色,2019国际海洋技术会展(OT 2019)的诞生更将这个角色推向另一个高峰。 汇显自1992年成立以来,组织了一系列面向市场需求的行业展览会,为不断推动中国工业现代化作出贡献。随着中国晋身为世界工厂,能源和资源成为中国经济增长的关键动力。公司随即将其资源整合到能源领域,壮大亚洲最重要的煤炭采矿展和开发中国唯一的国家级地质技术装备国际展览。两个汇显旗舰项目都在北京举办。近年,我国跨国企业更成为世界投资巨人,随着国家发展地区政策的开展,汇显敏锐捕捉时代的变化,投入连接世界七大洲的海洋,展会范围拓向海洋领域。 Exhibits Profile by Products & Services 展品分类- 产品和服务 展品范围- 国际海洋技术会展 自主和远程系统, 车辆和平台 咨询、培训、教育机构 甲板设备、机械和系统 – 调查船 水下地形物理勘测系统 行业协会 海洋可再生资源 海洋结构物设计系统 海洋测量、测绘后处理系统 船舶系统,指挥与控制 导航定位系统 海底地震探测、预报系统 海洋能开发利用 海洋物理水文监测系统 海洋遥感系统 海洋资源采样技术与加工设备 石油与天然气勘探 水下光学系统 船舶、海洋平台 推进器系统 海底恢复设备和锚固 海岸、港口工程、海洋环境 水下电缆系统 水下作业检测 展品范围 – 海洋可再生能源技术展 • 海上风电和混合动力系统 • 海洋能源系统集成 • 多用途平台 • 测量和仪器 • 测试设备 • 设备流体力学和结构力学 • 波浪和潮汐设备配置 • 动力输出和设备控制 • 海洋热能转换系统 • 环境评估 • 技术经济评估 OT Talent Club & WebTrain OT 海洋人才荟及线上培训 OT 海洋人才荟 OT项目旨在依托中国海洋界自身的力量,让国内海洋界专家、学者、科研机构、企事业单位等交流、学习、合作,建立新资源、聚焦国家在海洋技术装备领域的重大需求,为加速提升国家海洋技术装备水平作出贡献。 此外配合年轻人的发展需求,为他们提供长见识、研究和学习的机会,让年轻人能在中国海洋界一大盛事当中接触一流的科学家和科技人员。OT海洋人才荟就在浓浓的学术、技术交流中诞生,为中国海洋界的未来之星提供事业发展的信息,支持企业及机构业务成长的人才需求提供源源不绝的精英人才。 OT的所有参展商已经自动成为海洋人才荟单位成员,随时可以通过海洋人才荟平台进行招聘。海科学生们、各界海洋界精英可以免费使用OT海洋人才荟的招聘平台,把个人履历交至OT人才荟收集邮箱,我们将定时在微信平台进行更新. OT 2023期间欢迎各大海洋机构及企业组织招聘讲座,向学生、研究人员等海洋领域的专才介绍单位的发展及招聘需求。 OT 海洋人才荟邮箱: OceanTalent@together-expo.com.cn 国际学生招聘信息 详情 - 点击这里 OT 线上培训 设备供应商及技术集成者也可以通过 OT海洋人才荟的季度微信通讯向我们新一代的精英提供网络上虚拟培训活动的信息或点击下面的微信二维码 ​ ​ ​ 请将您的培训概要发送至OT线上培训邮箱: OTWebTrain@together-expo.com.cn OT Talent Club & WetTrain OT Talent Club & OT WebTrain OT 2021 Review OT 2021回顾 5月18日下午,大会以“我的海洋梦”分享会正式启动了OT人才荟的OT 2021招聘活动。为广大的年轻人进军海洋事业导航!活动吸引了100多名学生及企业人士参加,反响热烈! 傍晚,位于帐篷布展的桃花岛展区举行了一场破冰酒会,迎来海洋界学者和专家们,与海洋技术装备的从业者亲切联谊,作为OT 2021项目前夕的预演,开启一连三天的热烈交流。 ​ 5月19日上午第五届全国海洋技术大会与OT 2021同期在浙江大学舟山校区开幕,除13场特邀报告,会议还就水下传感器与观测技术等10个方向举行214个分会场报告交流。莅临舟山的1000余名专家学者、企业界精英,在三天里通过学术报告和成果展示,交流了海洋技术学术与应用研究的成果和经验,探讨了海洋技术发展趋势和新的研究方向,推进了海洋技术领 域的科教融合、产教融合。 ​ 获得行业领先的供应商、高新装备代理的鼎力支持,此外,浙江大学海洋学院还组织了海洋技术成果展,展示了包括水下直升机、海洋能装备技术、水下无线光通信技术等在内的13个项目,18家来自国家实验室、顶尖科研院校,纷纷设置展台,展示骄人成果!海洋界顶尖的学术研究机构连同行业领先的企业共59家参展单位与参加全国海洋技术大会近千名代表共同近距离观察最新的海洋技术与装备的发展,催化顶尖技术的工业化及产业化的实现。 参展商现场演示最先进的设备及技术 第五届全国海洋技术大会 线上线下同步进行的技术交流会和Sonardyne在英国普利茅斯的测试中心实行远程演示,并进行实时交流 浙江大学海洋学院组织了13个海洋技术成果展的项目 劳雷海洋借用紫金港号组织了“ EdgeTech 3400 及EdgeTech4205新一代宽带调频FM 地貌系统”线上线下同步测试演示 "我的海洋梦"分享会 由浙江溪流海洋科技有限公司总经理奚民伟主持,邀请劳雷工业总裁及始创人方励先生、西北工业大学航海学院院长潘光教授,以及浙江大学海洋学院海洋工程与技术研究所副所长张大海教授作为特别嘉宾,与海洋界的明日之星分享投入海洋事业的亲身体验、奋斗历程与对未来这个领域的思路. OT 2019 Review OT 2019 回顾 2019年5月16 - 18 日 OT 2019 在浙江大学舟山校区 展开多元交流- 激起重重浪潮。 ​ 由浙江大学海洋学院发起, 汇显展览有限公司主办的国际海洋技术会展(OT 2019项目)经过5月15日傍晚, 在浙江大学舟山校区的一场破冰酒会热身后, 于5月16日隆重开幕, 迎来600 多名专家、学者与海洋翘楚, 在浙江大学舟山校区进行热烈交流. 本次会展与第四届全国海洋技术学术会议同时同地举行, 是一个由中国海洋界发起的综合高新技术会议、展览、海上演示、技术交流和培训的国际盛事。 大会组织者同时安排数场国际讲座和技术交流会(包括Seabird, Edgetech和TRDI等) , 创造与会者互相学习和交流的机会. 此外OT项目还充分利用了浙江大学舟山校区实验设施, 为海洋设备展商提供室内、海上、码头、海面、水下的汇演平台.。 ​ OT 2019 在沸腾的气氛中完满结束。 专家、学者与学生共聚一堂, 在全国海洋技术学术会议、国际讲座和技术交流会, 彼此回荡对浩翰海洋求知的满腔热情。 来自世界各地的海洋学家乘坐浙大紫金港号到距大会场地30分鈡的摘箬山岛的科学试验平台水域附近观看劳雷海洋组织的无人艇组网的多波束测量演示: 浙大紫金港号(母船,搭载R2Sonic 2024); 5.5m无人艇(伴随,搭载R2Sonic 2022或2024); 3m无人艇(伴随,搭载R2Sonic 2022或2024) 在校内新建成的操纵性旋臂水池进行现场设备演示 简单的签名仪式, OT海洋人才荟诞生了! 所有参展商自动成为海洋人才荟单位成员, 为中国海洋界及未来之星充当事业平台, 提供源源不绝的精英人才. 开幕前一个傍晚上的破冰酒会 参展商现场演示最先进的设备及技术 更多关于OT 2019, 按以下连结: OT 2019 现场演示 OT 2019参展商 第四届全国海洋技术学术会议参会代表单位 OT 2019同期活动 Visitor Registration - OT 2023 Visitor Registraton

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    亚太海洋产业OAP 为海洋界寻求亚太区域平台,促进前沿项目开发的交流与合作,提供最新海洋工程方案的实地操演机会,为科技成果的落地创造市场空间 行业信息 OceanTech Program 2023 - Introduction- Click here - Participation Options - Package: Exhibit / Demo / Seminar / 6th China National Technology Conference - Click here - Exhibit: Booth / Space - For English - Click here For Chinese - Click here - Remote / Online: Demo / Seminar / Product Video - Click here - Overview Floor Plan - Click here OceanTech Program 2021 May 19 - 21 Zhejiang University Zhoushan Campus Zhoushan, Zhejiang Province China Final Program Guide Download PDF from OneDrive 20 Mb Click here Recruitment Information for International Students of China For details - Click here Image: ConocoPhillips China ConocoPhillips China Inc. (COPC) and China National Offshore Oil Corporation (CNOOC) recently announced the initiation of the Penglai Offshore Windfarm Pilot Project - The project will utilize wind energy to supply power to the Penglai Oilfield, China’s largest offshore oil and gas production base ​ - Four wind turbines with a total installed capacity of 34 MW ​ - Potential to provide over 30% of the power needed for the Penglai Oilfield’s operations ​ For the article, click here Image: CSIRO (Commonwealth Scientific and Industrial Research Organisation) video capture Tour Australia's Oceanographic Research Vessel Investigator - R/V Investigato r is a 94-metre ocean research vessel capable of delivering up to 300 research days each year. The vessel was purpose built and commissioned in 2014. It has impressive scientific capabilities and possesses a wide range of on-board and modular laboratories and facilities. ​ - The vessel supports biological, oceanographic, geological and atmospheric research, as well maritime training and education and outreach activities. It accommodates 40 researchers and technicians and 20 crew, and has an endurance of 60 days and 10,000 nautical miles without resupply. ​ Click for the tours and articles ​ Ship specifications Deck plans Gear and equipment ​ Underway science capability Work area and facilities ​ Image: Ocean Sun / Offshore Energy State Power Investment Corporation (SPIC) has put into operation the world’s first offshore floating solar power plant integrated with offshore wind turbine, at a site located off the coast of China’s Shandong Province. - Utilizes patented offshore floating solar technology from Norwegian-based company Ocean Sun ​ - With installed capacity of 0.5MWp, the plant is connected to the transformer on a SPIC-owned wind turbine and then linked to the power grid through the subsea cable of the wind farm. ​ - The partners plan to promote the use of Ocean Sun’s technology to build a floating wind-solar project with a total capacity of 20MW in 2023. ​ Click for the article ​ Image: Hydro International The National Mapping and Resource Information Authority (NAMRIA) of the Philippines joins the Nippon Foundation-GEBCO Seabed 2030 Project - “We want to see the Philippines become a geospatially empowered nation,” commented NAMRIA Administrator, undersecretary Dr Peter N. Tiangco ​ - Seabed 2030 project director Jamie McMichael-Phillips said: “Our partnership with NAMRIA is a significant development for the project. As a founding member of the Association of Southeast Asian Nations (ASEAN), the Philippines has become the first member state to sign up to Seabed 2030 , demonstrating its commitment to developing our understanding of ocean science, and working towards Sustainable Development Goal 14: to conserve and sustainably use the oceans. ​ Click for the article ​ Image: Zhoushan China Daily OceanTech Expo 2023 Donghai Laboratory launched in Zhoushan, Zhejiang Province, China by the Zhoushan municipal government, Zhejiang University, and the Second Institute of Oceanography, Ministry of Natural Resources - The Donghai Laboratory will focus on the research of marine environment observation, marine power systems, and marine green resources, and, by 2025, it will have research teams with about 1,000 experts from around the world ​ - A USD $222.63 million, 100,000+ square meter industrial park for the Donghai Laboratory will be constructed within five years Click for the article ​ Image: World Forum Offshore Wind Reports World Forum Offshore Wind Global Offshore Wind Report - First Half 2022 - A total of 6.8 GW of global offshore wind capacity was added during HY 1 2022, mainly driven by strong growth in China - Globally, 33 new offshore wind farms went into operation:in China (25); in Vietnam (5); in the United KingdomUK (1); in South Korea (1) and in Italy (1) - Download the complete report from World Forum Offshore Wind website: https://wfo-global.org/reports/ ​ Image: Goldwin / electrek AWTEC - 6th Asian Wave and Tidal Energy Conference China's Goldwin unveils a 13.6 megawatt (MW) offshore wind turbine with a record-breaking rotor diameter of 252 meters (827 feet) - Swept area of 50,000 square meters (538,196 square feet) - Able to generate 63.5 million kWh per year - Able to reduce coal by 19,000 metric tons and CO2 emissions by 48,000 metric tons - Now the largest single-unit turbine in the Asia-Pacific region Click for the article ​ Image: CleanTechnica Image: Wello Oy AWTEC - 6th Asian Wave and Tidal Energy Conference Wello Oy's unique Penguin optimizes an unstable hull design for its wave energy conversion technology - Heikki Paakkinen, Wello’s founder and CEO began developing wave energy devices and the associated technology as a hobby at a young age. - Wello was formed in 2008, and, a 28-meter prototype was built and deployed to the European marine and energy center in Orkney Scotland ​ - A commercially ready 44-meter version of the Penguin WEC-2 Wave Energy Converter was completed in 2018, and deployed off the coast Armintza, Basque Country, Spain in August 2021 ​- Wello and Export Barbados signed a commercial agreement in August, 2022 for deployment of a 5 MW wave energy farm in Barbados, with an option to extend up to 50 MW feeding the power into a hydrogen production plant ​ Click for the article ​ Wello website Image: WindEnergy Hamburg AWTEC - 6th Asian Wave and Tidal Energy Conference An overview of some Offshore Wind energy exhibits at WindEnergy Hamburg exhibition 27 – 30 September 2022 Click for the article Image: Yangxi County People's Government Office AWTEC - 6th Asian Wave and Tidal Energy Conference China's first "offshore wind power + marine ranch + seawater hydrogen production" integration project started off Yangxi, southwest Guangdong province - MingYang Smart Energy will deliver 25 MySE11-230 units, 18 MySE12-242 units and a 16.6MW floating unit ​ - The total installed capacity of the project is 500MW ​ - The comprehensive land and sea construction of Mingyang Group's Qingzhou IV 500MW project has important strategic significance for Yangxi to speed up the construction of a 10 million kilowatt-class offshore wind power production base. ​ - Click for more Chinese only Image: Vessel Finder AWTEC - 6th Asian Wave and Tidal Energy Conference Baihetan, the world’s first 2,000-ton-class offshore wind farm installation vessel put into operation in Guangzhou China - An integrated wind power installation platform with the strongest lifting capacity, the deepest operating water depth, the largest variable load and the largest deck area in the world ​ - Integrates transport, self-elevation, lifting and dynamic positioning and the requirements needed for operating in deep and remote seas. ​ - 126-meter-long, 50-meter-wide ​ - Click for more Image: Adam Glanzman / Massachusetts Institute of Technology (MIT) Wireless, battery free underwater camera developed at Massachusetts Institute of Technology (MIT) is about 100,000 times more energy-efficient than other undersea cameras - “We are missing data from over 95 percent of the ocean. This technology could help us build more accurate climate models and better understand how climate change impacts the underwater world” MIT Associate Professor Fadel Adib ​ Click for more Image: Rui Wang | Institute of Automation | Chinese Academy of Sciences / Tech Xplore New offshore floating fish farm vessel completed by China’s Qingdao Beihai Shipbuilding Lu Ji Yu Yang60616 (“Lu Ji Fishing and Aquaculture 60616”) is a self-propelled vessel designed jointly by the Guangzhou Ship and Ocean Engineering Design and Research Institute and the Institute of Fisheries Machinery and Instruments of the Chinese Academy of Fishery Sciences (CAFS). ​ - LOA of 249 metres, - Beam of 45 metres, - Displacement of approximately 130,000 tonnes, deadweight of 100,000 tonnes, - Total capacity for 90,000 cubic metres of water in its 15 breeding tanks ​ Click for more Image: Eco Wave Power Global AB AWTEC - 6th Asian Wave and Tidal Energy Conference Eco Wave Power Global AB initiates real-conditions testing of its wave energy EWP-EDF One pilot project at the Port of Jaffa in Tel Aviv, Israel - On August 1st, 2022, Eco Wave Power’s engineering team met with representatives from the Israeli Electric Company (IEC) to coordinate the next steps for the actual grid connection works ​ - The EWP-EDF One wave energy pilot project will be the first time in the history of Israel that electricity produced by the power of the waves will be officially transmitted to Israel’s national electric grid - The EWP-EDF One project is executed in collaboration and co-funding from EDF Renewables IL and the Israeli Energy Ministry Click for more Image: Cable data by Greg Mahlknecht, map by Openstreetmap contributors / Article: Submarine Telecoms Forum Evolving SubSea Technologies Impacting Submarine Cables Click for more Image: Sustainable Marine / Offshore Energy AWTEC - 6th Asian Wave and Tidal Energy Conference Sustainable Marine launches AROV2 rock anchor installation system for offshore renewables, including tidal energy and floating wind -AROV2 will form a key asset in Sustainable Marine’s new ‘Swift Anchors’ division offering solutions for more efficient mooring installations for direct embedment anchors drilled into the seabed. ​ Click for more Image: Rui Wang | Institute of Automation | Chinese Academy of Sciences / Tech Xplore Bionic underwater vehicle inspired by fish with enlarged pectoral fins ​ - Underwater robots often need to be able to move or hover at low speeds in turbulent waters, while performing a specific task - It is difficult for the propeller to move the robot in these conditions - Another factor when an underwater robot is moving at low speeds in unstable flowing waters is the propeller's "twitching" movement - This twitching generates unpredictable fluid pulses that reduce the robot's efficiency Click for more Image: Victor Leshyk / Massachusetts Institute of Technology (MIT) News AWTEC - 6th Asian Wave and Tidal Energy Conference Energy output of wind farm installations can be increased by modeling the wind flow of the entire collection of turbines and optimizing the control of individual units - All existing utility-scale turbines are controlled to maximize only their own power production, as if they were isolated units with no detrimental impact on neighboring turbines. - By reducing wake losses, the algorithm could make it possible to place turbines more closely together within future wind farms, therefore increasing the power density of wind energy, saving on land (or sea) footprints ​ Click for more Image: SEA-KIT SEA-KIT Uncrewed Surface Vehicle (USV) returns from first volcanic caldera survey in Tonga - The 12-metre USV ‘Maxlimer’ is being remotely controlled on its caldera missions from SEA-KIT’s base in Essex, United Kingdom - Equipped with a Multibeam Echo Sounder (MBES) to acoustically measure depth and state of the seabed - Winch capability for deployment of multiple sensors down to 300 metres to obtain direct water column measurements - NIWA/Nippon Foundation Tonga Eruption Seabed Mapping Project – TESMaP, funded by The Nippon Foundation Click for more Image: Create Digital / Engineers Australia Advanced Navigation in Australia is working to transform the world of underwater drone technology ​ - “We wanted to take all of that technology that’s usually the size of a table and pack it into a tiny little vehicle that could be hand-deployed and deployed from anywhere and by anyone,” Xavier Orr, CEO, Advanced Navigation - ‘Hydrus’ is about the size of a vacuum cleaner, fully autonomous, programmable and capable of depths to 3,000 meters below sea level - Advanced sonar, navigation and communications systems - Cinema-grade 4K 60 fps camera and an artificial intelligence engine Click for more Together Expo Limited https://www.together-expo.com/ Together Expo Limited ​ Hong Kong Head Office: Room A, 16/F Eastern Commercial Centre, 83 Nam On Street, Shau Kei Wan Hong Kong Tel: +852 2881 5889 Email: katherinelee@together-expo.com Contact: Ms. Katherine Lee Beijing Office: Room 12A11, Building A, Kunsha Center No. 16, Xinyuanli, Chao Yang District, Beijing 100027 , P.R.China Tel: +86 10 8451 0286/0267 Email: merryyin@together-expo.com.cn Contact: Ms. Merry Yin

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    OceanTech Program 2023 ​ May 17-19, 2023 Zhoushan Campus, Zhejiang University, China ​ Asia sees ocean business solutions demonstrated live in Zhoushan, China Initiated By: Ocean College, Zhejiang University ​ Organizer: Together Expo Limited ​ Special Thanks to OT 2019 /OT 2021 Sponsors: Ocean College, Zhejiang University Zhejiang Ocean University Committee of Ocean Technology System (OTS), Chinese Society of Oceanography Society for Underwater Technology, China Branch (SUT China) IEEE OES Shanghai Chapter Zhejiang Society of Oceanography Bureau of Science and Technology of Zhoushan Marine Sensing Technology and Equipment Engineering Research Center Hainan Institute of Zhejiang University OT 2019 /OT 2021 Media Partners: IMAREST GeoConnexion Hydro International Xinde Marine News Journal of Marine Science and Engineering China Ocean Technology Conference, attended by China's top academic members and international scholars, is organized by Zhejiang University and the Committee of Ocean Technology System (OTS), Chinese Society for Oceanography, biennially. The national conference is now permanently taking place in Zhejiang University’s Zhoushan Campus. The fifth one, held in May 2021, over 1,000 delegates surfed challenging waves of ocean technology in person at OceanTech program 2021 in Zhoushan, China's leading marine cluster & world renown ocean city, to exchange know-how and to discuss the latest trends, R&D and applications. The speaker line-up was impressive, with some of most renown academicians and experts from the field in the auditorium. The meeting involved delegates from across the nation, as well as visiting international experts. Organizer: Ocean College of Zhejiang University ​ Co-Organizers: Second Institute of Oceanography, Ministry of Natural Resources Zhejiang Ocean University Hangzhou Dianzi University The Office of the Leading Group for Talent Work of the COC Zhoushan Municipal Committee Zhoushan Municipal Bureau of Science and Technology Zhoushan Science and Technology Association Donghai Lab Together Expo Limited Sponsors: Committee of Ocean Technology System (OTS), Chinese Society of Oceanography Society for Underwater Technology China Branch (SUT China) IEEE OES Shanghai Chapter Zhejiang Society of Oceanography Marine Sensing Technology and Equipment engineering Research Center Hainan Institute of Zhejiang University Main Forum /Speaker - Issues in the Construction of Atmospheric Marine Environmental Big Data by Academician Song Junqiang - Intelligent and Agile Ocean 3D Observation System by Academician Chen Dake - Prospects and Challenges for Smart and Green Development of Deep Sea Mining Technology by Academician Li Jiabiao - Underwater Acoustic Wave Target Detection Technology and Equipment by Academician Lou An - About Carbon Neutrality and Ocean Carbon Sinks by Academician Dai Minhan - Review, Prospect and Reflection on the Development of Marine Science and Technology in China by Deputy Director Chen Qijian - The Current Situation and Innovative Development of Marine Biotechnology in China by Professor Jiao Binghua - Marine Environmental Effects and Underwater Unmanned Detection Technology by Professor Da Lianglong - Frontier Issues and Technical Challenges in the Study of Multi-circle Layer Interaction in the Indo-Pacific Intersection by Researcher Wang Fan - New Progress in Underwater Helicopter Research by Professor Chen Ying - Advances in Manned Deep Diving Technology by Researcher Ye Cong - Application and Challenges of Underwater Acoustic Technology in the Ocean by Professor Qiao Gang – 3D Observation and Exploration of Polar Regions by Professor Cheng Xiao Main topics *Sensors and observation technologies *Underwater communication, positioning and navigation technologies *Smart ocean technologies *New concepts submersible technology *Ocean energy technology *Ocean operations technology *Modern ocean ranching technology *Polar ocean technology *Ocean hydropower technology *Marine Biotechnology Please click below links for: 4th China Ocean Technology Conference May 16 - 18 2019 Delegates' Organization Background PDF Download here With the support of the IEEE OES Shanghai Chapter and SUT China Branch, OceanTech International Symposium has been launched as part of an expansion initiative of the national conference in 2019. The China Ocean Technology Conference and the newly launched OceanTech International Symposium form part of an umbrella program -- OceanTech Program -- that unfurls into an exhibition, co-located conferences, technical seminars, workshops, and live demonstrations. Networking events include a guided tour for delegates to visit some of the most important ocean facilities in Zhoushan. OT Talent Club also taps into the OT resource to foster career development for China’s rising stars. ​ The OceanTech Program is an international showcase of the latest know-how & live demos, conceived and realized by China’s own ocean community. It is a unique opportunity to meet with old customers, exchange new idea, build new contacts, promote new products, find distributors and learn the latest developments in China through networking with the nation’s ocean community. Click below link for more: OT 2019 Live Demo OT 2019 Exhibitors List ​

  • About | OceanTech Asia Pacific

    关于我们:亚太海洋产业OAP 亚太海洋产业OAP致力为海洋领域的科学家、技术与工程专家及企业家提供具有战略性的平台,促进新技术和新方法的开发、优化以及推广 宗旨 促进海洋资源的可持续利用,对于当前的经济和社会挑战作出回应: 扩大和维护与健全人类生态环境、保障食物供应、开发能源资源,以及强化交通与运输系统 提升深化海洋科考与探索所需新的仪器、工具和方法的技术水平,不断开发,并且将新技术引进市场

  • Industry News Archive | OceanTech AP

    行业信息 OceanTech Program 2023 -Introduction- Click here - Participation Options- Package: Exhibit / Demo / Seminar / 6th China National Technology Conference - Click here - Exhibit: Booth / Space- For English - Click here For Chinese - Click here - Remote / Online: Demo / Seminar / Product Video - Click here - Overview Floor Plan - Click here OceanTech Program 2021 May 19 - 21 Zhejiang University Zhoushan Campus Zhoushan, Zhejiang Province China Final Program Guide Download PDF from OneDrive 20 Mb Click here Recruitment Information for International Students of China For details - Click here Image: ConocoPhillips China ConocoPhillips China Inc. (COPC) and China National Offshore Oil Corporation (CNOOC) recently announced the initiation of the Penglai Offshore Windfarm Pilot Project - The project will utilize wind energy to supply power to the Penglai Oilfield, China’s largest offshore oil and gas production base ​ - Four wind turbines with a total installed capacity of 34 MW ​ - Potential to provide over 30% of the power needed for the Penglai Oilfield’s operations ​ For the article, click here Image: CSIRO (Commonwealth Scientific and Industrial Research Organisation) video capture Tour Australia's Oceanographic Research Vessel Investigator - R/V Investigato r is a 94-metre ocean research vessel capable of delivering up to 300 research days each year. The vessel was purpose built and commissioned in 2014. It has impressive scientific capabilities and possesses a wide range of on-board and modular laboratories and facilities. ​ - The vessel supports biological, oceanographic, geological and atmospheric research, as well maritime training and education and outreach activities. It accommodates 40 researchers and technicians and 20 crew, and has an endurance of 60 days and 10,000 nautical miles without resupply. ​ Click for the tours and articles ​ Ship specifications Deck plans Gear and equipment ​ Underway science capability Work area and facilities ​ Image: Ocean Sun / Offshore Energy State Power Investment Corporation (SPIC) has put into operation the world’s first offshore floating solar power plant integrated with offshore wind turbine, at a site located off the coast of China’s Shandong Province. - Utilizes patented offshore floating solar technology from Norwegian-based company Ocean Sun ​ - With installed capacity of 0.5MWp, the plant is connected to the transformer on a SPIC-owned wind turbine and then linked to the power grid through the subsea cable of the wind farm. ​ - The partners plan to promote the use of Ocean Sun’s technology to build a floating wind-solar project with a total capacity of 20MW in 2023. ​ Click for the article ​ Image: Hydro International The National Mapping and Resource Information Authority (NAMRIA) of the Philippines joins the Nippon Foundation-GEBCO Seabed 2030 Project - “We want to see the Philippines become a geospatially empowered nation,” commented NAMRIA Administrator, undersecretary Dr Peter N. Tiangco ​ - Seabed 2030 project director Jamie McMichael-Phillips said: “Our partnership with NAMRIA is a significant development for the project. As a founding member of the Association of Southeast Asian Nations (ASEAN), the Philippines has become the first member state to sign up to Seabed 2030 , demonstrating its commitment to developing our understanding of ocean science, and working towards Sustainable Development Goal 14: to conserve and sustainably use the oceans. ​ Click for the article ​ Image: Zhoushan China Daily OceanTech Expo 2023 Donghai Laboratory launched in Zhoushan, Zhejiang Province, China by the Zhoushan municipal government, Zhejiang University, and the Second Institute of Oceanography, Ministry of Natural Resources - The Donghai Laboratory will focus on the research of marine environment observation, marine power systems, and marine green resources, and, by 2025, it will have research teams with about 1,000 experts from around the world ​ - A USD $222.63 million, 100,000+ square meter industrial park for the Donghai Laboratory will be constructed within five years Click for the article ​ Image: World Forum Offshore Wind Reports World Forum Offshore Wind Global Offshore Wind Report - First Half 2022 - A total of 6.8 GW of global offshore wind capacity was added during HY 1 2022, mainly driven by strong growth in China - Globally, 33 new offshore wind farms went into operation:in China (25); in Vietnam (5); in the United KingdomUK (1); in South Korea (1) and in Italy (1) - Download the complete report from World Forum Offshore Wind website: https://wfo-global.org/reports/ Image: Goldwin / electrek AWTEC - 6th Asian Wave and Tidal Energy Conference China's Goldwin unveils a 13.6 megawatt (MW) offshore wind turbine with a record-breaking rotor diameter of 252 meters (827 feet) - Swept area of 50,000 square meters (538,196 square feet) - Able to generate 63.5 million kWh per year - Able to reduce coal by 19,000 metric tons and CO2 emissions by 48,000 metric tons - Now the largest single-unit turbine in the Asia-Pacific region ​ Click for the article Image: CleanTechnica Image: Wello Oy AWTEC - 6th Asian Wave and Tidal Energy Conference Wello Oy's unique Penguin optimizes an unstable hull design for its wave energy conversion technology - Heikki Paakkinen, Wello’s founder and CEO began developing wave energy devices and the associated technology as a hobby at a young age. - Wello was formed in 2008, and, a 28-meter prototype was built and deployed to the European marine and energy center in Orkney Scotland ​ - A commercially ready 44-meter version of the Penguin WEC-2 Wave Energy Converter was completed in 2018, and deployed off the coast Armintza, Basque Country, Spain in August 2021 ​- Wello and Export Barbados signed a commercial agreement in August, 2022 for deployment of a 5 MW wave energy farm in Barbados, with an option to extend up to 50 MW feeding the power into a hydrogen production plant ​ Click for the article ​ Wello website Image: WindEnergy Hamburg AWTEC - 6th Asian Wave and Tidal Energy Conference An overview of some Offshore Wind energy exhibits at WindEnergy Hamburg exhibition 27 – 30 September 2022 Click for the article Image: Yangxi County People's Government Office AWTEC - 6th Asian Wave and Tidal Energy Conference China's first "offshore wind power + marine ranch + seawater hydrogen production" integration project started off Yangxi, southwest Guangdong province - MingYang Smart Energy will deliver 25 MySE11-230 units, 18 MySE12-242 units and a 16.6MW floating unit ​ - The total installed capacity of the project is 500MW ​ - The comprehensive land and sea construction of Mingyang Group's Qingzhou IV 500MW project has important strategic significance for Yangxi to speed up the construction of a 10 million kilowatt-class offshore wind power production base. ​ - Click for more Chinese only Image: Vessel Finder AWTEC - 6th Asian Wave and Tidal Energy Conference Baihetan, the world’s first 2,000-ton-class offshore wind farm installation vessel put into operation in Guangzhou China - An integrated wind power installation platform with the strongest lifting capacity, the deepest operating water depth, the largest variable load and the largest deck area in the world ​ - Integrates transport, self-elevation, lifting and dynamic positioning and the requirements needed for operating in deep and remote seas. ​ - 126-meter-long, 50-meter-wide ​ - Click for more Image: Adam Glanzman / Massachusetts Institute of Technology (MIT) Wireless, battery free underwater camera developed at Massachusetts Institute of Technology (MIT) is about 100,000 times more energy-efficient than other undersea cameras - “We are missing data from over 95 percent of the ocean. This technology could help us build more accurate climate models and better understand how climate change impacts the underwater world” MIT Associate Professor Fadel Adib ​ Click for more Image: Sustainable Marine / Offshore Energy AWTEC - 6th Asian Wave and Tidal Energy Conference Sustainable Marine launches AROV2 rock anchor installation system for offshore renewables, including tidal energy and floating wind -AROV2 will form a key asset in Sustainable Marine’s new ‘Swift Anchors’ division offering solutions for more efficient mooring installations for direct embedment anchors drilled into the seabed. ​ Click for more Image: Rui Wang | Institute of Automation | Chinese Academy of Sciences / Tech Xplore New offshore floating fish farm vessel completed by China’s Qingdao Beihai Shipbuilding Lu Ji Yu Yang60616 (“Lu Ji Fishing and Aquaculture 60616”) is a self-propelled vessel designed jointly by the Guangzhou Ship and Ocean Engineering Design and Research Institute and the Institute of Fisheries Machinery and Instruments of the Chinese Academy of Fishery Sciences (CAFS). ​ - LOA of 249 metres, - Beam of 45 metres, - Displacement of approximately 130,000 tonnes, deadweight of 100,000 tonnes, - Total capacity for 90,000 cubic metres of water in its 15 breeding tanks ​ Click for more Image: Cable data by Greg Mahlknecht, map by Openstreetmap contributors / Article: Submarine Telecoms Forum Evolving SubSea Technologies Impacting Submarine Cables Click for more Image: Rui Wang | Institute of Automation | Chinese Academy of Sciences / Tech Xplore Bionic underwater vehicle inspired by fish with enlarged pectoral fins ​ - Underwater robots often need to be able to move or hover at low speeds in turbulent waters, while performing a specific task - It is difficult for the propeller to move the robot in these conditions - Another factor when an underwater robot is moving at low speeds in unstable flowing waters is the propeller's "twitching" movement - This twitching generates unpredictable fluid pulses that reduce the robot's efficiency Click for more Image: Victor Leshyk / Massachusetts Institute of Technology (MIT) News AWTEC - 6th Asian Wave and Tidal Energy Conference Energy output of wind farm installations can be increased by modeling the wind flow of the entire collection of turbines and optimizing the control of individual units - All existing utility-scale turbines are controlled to maximize only their own power production, as if they were isolated units with no detrimental impact on neighboring turbines. - By reducing wake losses, the algorithm could make it possible to place turbines more closely together within future wind farms, therefore increasing the power density of wind energy, saving on land (or sea) footprints ​ Click for more Image: Eco Wave Power Global AB AWTEC - 6th Asian Wave and Tidal Energy Conference Eco Wave Power Global AB initiates real-conditions testing of its wave energy EWP-EDF One pilot project at the Port of Jaffa in Tel Aviv, Israel - On August 1st, 2022, Eco Wave Power’s engineering team met with representatives from the Israeli Electric Company (IEC) to coordinate the next steps for the actual grid connection works ​ - The EWP-EDF One wave energy pilot project will be the first time in the history of Israel that electricity produced by the power of the waves will be officially transmitted to Israel’s national electric grid - The EWP-EDF One project is executed in collaboration and co-funding from EDF Renewables IL and the Israeli Energy Ministry Click for more Image: SEA-KIT SEA-KIT Uncrewed Surface Vehicle (USV) returns from first volcanic caldera survey in Tonga - The 12-metre USV ‘Maxlimer’ is being remotely controlled on its caldera missions from SEA-KIT’s base in Essex, United Kingdom - Equipped with a Multibeam Echo Sounder (MBES) to acoustically measure depth and state of the seabed - Winch capability for deployment of multiple sensors down to 300 metres to obtain direct water column measurements - NIWA/Nippon Foundation Tonga Eruption Seabed Mapping Project – TESMaP, funded by The Nippon Foundation Click for more Image: Create Digital / Engineers Australia Advanced Navigation in Australia is working to transform the world of underwater drone technology ​ - “We wanted to take all of that technology that’s usually the size of a table and pack it into a tiny little vehicle that could be hand-deployed and deployed from anywhere and by anyone,” Xavier Orr, CEO, Advanced Navigation - ‘Hydrus’ is about the size of a vacuum cleaner, fully autonomous, programmable and capable of depths to 3,000 meters below sea level - Advanced sonar, navigation and communications systems - Cinema-grade 4K 60 fps camera and an artificial intelligence engine Click for more Image: Nauticus Robotics Inc. / SpaceRef Space robotics make a deep oceanic splash - 100 former space engineers now working on marine robotics at Nauticus Robotics in Houston, USA - Using what they learned at National Aeronautics and Space Administration (NASA) to design, build, and refine the company’s signature robot, Aquanaut Click for more Image: Science Alert (Video Screen Capture) First-of-Its-Kind Video Shows How Giant Squid Hunt Their Prey Deep in The Ocean Click for more Image: IEA-OES | KRISO / Offshore Energy The International Energy Agency’s Technology Collaboration Program on Ocean Energy Systems (IEA-OES) has published six interviews covering ocean projects for heating, cooling and power production - Ocean Thermal Energy Conversion (OTEC) - Sea Water Air Conditioning (SWAC) - Sea Water Heat Pump (SWHP) Click for more Image: Technology Centre for Offshore and Marine, Singapore (TCOMS) / Port Technology Singapore recently opened its first ocean basin marine test facility at its national research and development center, the Technology Centre for Offshore and Marine, Singapore (TCOMS) at the National University of Singapore (NUS) - 50 metres depth in the centre pit is currently one of the deepest in the world - Equipped with wave and current generation systems, a towing carriage and a movable floor Click for more Image: Facing the Ocean Life / weixin.qq.com Hotspot Tracking of the Implementation Progress of the GlobalOcean OneArgo Plan (No.01) PDF (Google Translate) - Click here Argo website: Click here Note: RUSS E. DAVIS: 1941-2022 - 'A physical oceanographer and engineer, Davis’ development of the sounding oceanographic Lagrangian observer (SOLO) float freed ocean exploration from the limits of shipborne measurements that are inherently constrained by costs and the oceans’ own vastness, as well as the observational limits of satellites' - 'The float he developed in the 1990s became the backbone of an international network known as "Argo" Click for more Image: Børge Bjørneklett / Ocean Sun / Offshore Energy Ocean Sun and Sunneng Technology team up to construct China’s first offshore wind and floating solar hybrid project - 0.5MWp offshore floating solar pilot connected to a wind turbine in Haiyang, off the coast of China’s Shandong Province - The project is fully funded by State Power Investment Corporation (SPIC), the world’s largest PV asset owner Click for more Image: altenergymag.com Latest Developments and Advances in Marine Energy - 'The most favorable renewable energy is marine energy. Marine energy refers to the energy found in waves, tides, and salinity gradients. Since approximately 71% of the earth is made up of water and contains approximately 332.5 million cubic miles of water [1], there is a high potential for energy in the ocean.' Click for more Image: DRASSM, Gedeon, Stanford University Stanford University's OceanOneK humanoid ROV connects human’s sight and touch to the deep sea - OceanOneK has a humanoid top half and a slimmer back half with eight multi-directional thrusters that allow careful maneuvering underwater - The robot’s haptic – or touch-based – feedback system and stereoscopic vision produced incredibly realistic sensations Click for more Video - Click here Image: INFOMAR INFOMAR's 'Shipwrecks Viewer' for sites in Ireland's waters Click here - INFOMAR's 3D models Click here Image: RWE / Offshore Energy RWE and SolarDuck team up to commercialize offshore floating solar starting with a pilot project in the North Sea - Collaboration agreement to develop the use of floating solar parks at sea - RWE will invest in SolarDuck’s full-scale offshore pilot ‘Merganser’ with a nameplate capacity of 0.5 MWp in 2023 - Plans for integration with offshore wind farms Click for more Image:Oneka Technologies (video capture) / YouTube AWTEC - 6th Asian Wave and Tidal Energy Conference Oneka Technologies is the grand prize winner of the 'Waves to Water' competition by the U.S. Department of Energy - The prize aimed to propel the wave-powered desalination industry. Oneka Technologies develops devices that use exclusively the energy of the waves to sustainably turn seawater into drinking water Video - Click here Press release - Click here Image: NEDO-IHI Corporation (video capture) / UNTV News & Rescue AWTEC - 6th Asian Wave and Tidal Energy Conference ​ Deep ocean turbine developed by NEDO - IHI Corporation is designed to offer steady renewable energy Video - Click here Image: Universidad Nacional de Colombia | CEMarin (the Center of Excellence in Marine Sciences) / Nortek Colombia's Caribbean Islands prepare for the 2022 tropical cyclone season with computer modeling to better predict hurricane (typhoon) risk - Utilizing field data collected by Nortek Acoustic Wave and Current (AWAC) profilers- Dr Andrés Fernando Osorio Arias, professor at the Universidad Nacional de Colombia and Executive Director of CEMarin (the Center of Excellence in Marine Sciences):- "We use these models to create reconstructions of hurricanes that have occurred in the past, and also to predict scenarios that have not yet occurred – synthetic scenarios of hurricanes.” Click for more Video - In Spanish with English subtitles Click here Image: Waterfront Partnership of Baltimore / AP Several strategies for clearing river debris before it enters into the ocean Click for more ​ Image: Hexicon AB AWTEC - 6th Asian Wave and Tidal Energy Conference Hexicon AB wins UK’s first ever 'Contracts for Difference' (CfD) auction for floating offshore wind for its TwinHub 32MW floating wind project in the Celtic Sea - 15-year revenue support from UK Government for first floating offshore wind project in England and Wales - A strike price of £87.30/MWh (2012 real prices) Click for more Image: Decom Engineering Decom Engineering's successful completion of two phases of an international workscope offshore in the Gulf of Thailand where its chop saws performed hundreds of cuts on piping of up to 16” diameter led to two more international decommissioning contracts: - The UK Continental Shelf contract is a conductor recovery and removal project deployed topside on a vessel and Decom’s C1 Chopsaw is expected to complete eight cuts on behalf of a global offshore contractor - Norwegian-headquartered subsea and offshore wind farm contractor Havfram have commissioned Decom to carry out cutting operations on a ROVCON connecter in water depths of up to 800m off the coast of west Africa. Click for more The International Seabed Authority (ISA) announced the winners of its art competition organized for World Oceans Day 2022 in two categories, local and international - International competition, open to everyone around the world over the age of sixteen - Local competition, open to school children under the age of 16 in Jamaica Click for more - Video Click here Image (From the top): Richard Nattoo | Wanni Arachchige Damitha Nayananjani Monarawila | Thammy Gularte Dias / International Seabed Authority Image: NASA (National Aeronautics and Space Administration) 'Sounds of the Sea' in Ocean Scientists' Music Project - For the last 18 months, a scientist and his brother at NASA’s (National Aeronautics and Space Administration's) Goddard Space Flight Center in Greenbelt, Maryland, USA, have been developing an online program that merges ocean color data with musical notes. Click for more Image: Image/Screen Capture: Ocean Energy Systems / YouTube AWTEC - 6th Asian Wave and Tidal Energy Conference "IEA-OES webinar: Offshore Aquaculture as a Market for Ocean Renewable Energy" - Ocean Energy Systems (OES) is the short name for the Technology Collaboration Programme on Ocean Energy, an intergovernmental collaboration between countries, founded in 2001, which operates under a framework established by the International Energy Agency (IEA) in Paris. - Video Click here - Additional Ocean Energy Systems webinars: Click here Image: Olivier Dugornay / IFREMER / Argo program / IEEE Spectrum Ocean-Engineering / Robots / Climate Change The Argo program, run by an international consortium involving 30 nations, is planning to grow from 4,000 to 4,700 more capable "floats" in the quest for greater understanding of the complex interactions between the earth's oceans and atmosphere producing our climate - An in-depth interview with cochair of the Argo steering committee, Susan Wijffels, senior scientist at the Woods Hole Oceanographic Institution on Cape Cod, Massachusetts, USA ​ Click for more Image: HydroSurv Successful project demonstrated USV real time and environment operations inspecting the Valorous Floating Offshore Wind (FLOW) Project in the Celtic Sea - HydroSurv Uncrewed Surface Vessel (USV) manufacturer collaborated with Sonardyne to demonstrate the benefits of USV platforms in providing rapid environmental assessments offshore - Objective was to demonstrate integrated capability using a HydroSurv USV fitted with Sonardyne’s Mini-Ranger 2 Ultra-Short Base Line (USBL) positioning system - The collaboration team streamed a live, online demonstration to Blue Gem Wind, Simply Blue Group and Offshore Wind Consultants audiences in multiple locations, harvesting data straight to a cloud portal and showing near real-time seabed data to desk capability Click for more Image: SubCom / gCaptain Construction contract set for the Southeast Asia–Middle East–Western Europe 6 (SEA-ME-WE 6), a 16,898+ kilometer (10,500+ mile) submarine telecommunications cable connecting Singapore with France via Egypt and the Horn of Africa Construction contract set for the Southeast Asia–Middle East–Western Europe 6 (SEA-ME-WE 6), a 16,898+ kilometer (10,500+ mile) submarine telecommunications cable connecting Singapore with France via Egypt and the Horn of Africa - SubCom awarded the $600 million contract that will include branching units to 11 countries - The cable is expected to enter service first quarter 2025 - The contract was awarded as part of the Partnership for Global Infrastructure (PGII) Click for more Image: Shanghai Electric AWTEC - 6th Asian Wave and Tidal Energy Conference Shanghai Electric produces its first EW8.X-230 offshore wind turbine generator designed for China's medium-low wind speeds just above the sea surface typically encountered off the Chinese shoreline - Designed for an average annual wind speed of 7.5 metres per second - 100-meter carbon fiber blades Click for more Image: SEA-KIT SEA-KIT unveils new H-class USV for ocean survey - a new USV design that focuses on hydrography and environmental data collection - Retractable gondola and dual sensor deployment options - 12m and 15m variants - 12m version transportable in a standard shipping container - Both variants can be davit launched Click for more Image: Maritime Robotics AWTEC - 6th Asian Wave and Tidal Energy Conference Argeo AS is the first operator of an uncrewed surface vehicle (USV) built on the Mariner X, Maritime Robotics' new multi-purpose USV platform - The Argus USV will do advanced mapping and inspection services using robotics and autonomous ocean space technology for offshore and energy projects in water depths from 2–200 meters - Argus USV offers a stable, low-emission hybrid platform equipped with state-of-the-art navigation, supervision, and hydrographic and geophysical technology Click for more Image: Zhejiang University First "International Competition on Modern Bamboo Structure Building Design" yields 71 design works in total with the registrations from over 200 student teams in more than 50 universities - The competition was organized by - Zhejiang University - University of Illinois at Urbana-Champaign Institute (ZJUI) - Zhejiang University (Ninghai) Joint Research Center for Bio-based Materials and Carbon Neutral Development - China Wood Protection Industry Association - The Engineered Bamboo Structures Task Committee of the American Society of Civil Engineers (ASCE) Click for more Image: Ocean News & Technology Sounder USV from Kongsberg Maritime becomes first Uncrewed Surface Vehicle in Peruvian Fishing Company TASA's fleet - Equipped with acoustic technology including two echosounders, a low frequency sonar and a CTD sensor - "Guardian del Mar" will gather information on the state of marine resources such as mackerel, horse mackerel and anchoveta and provide information on the location of schools, etc. for TASA's 48 vessel fleet with operating costs representing about 0.6% of an average fishing fleet vessel - Eight meters length with a maximum speed of 12 knots Click for more Image:2021 Voters Choice Award – Grand Prize: Fuad Azminuddin, Korea Institute of Ocean Science and Technology (KIOST), Ocean Circulation Research Center, Busan / Teledyne Marine Teledyne Marine 2022 Photo / Data Contest "Teledyne Marine is pleased to kick-off of our annual photo/data contest in which we invite customers to share photos of Teledyne Marine products in action in the office, lab, or field; or data samples collected using our products -- and we invite everyone to vote for their favorite submissions" - The Contest Ends on August 31, 2022 Click for more - 2021 Contest Winners Video Click for more Image: DNV When and how will hydrogen scale toward 2050? - “Hydrogen is essential to decarbonize sectors that cannot be electrified, like aviation, maritime, and high-heat manufacturing and should therefore be prioritized for these sectors,” said Remi Eriksen, Group President and CEO of DNV - Summary and download link for the complete report "Hydrogen Forecast to 2050" Click here Image: Avikus / gCaptain Image: PorMare / The Maritime Executive New standards for autonomous navigation and operations recently set by two transoceanic voyages in the Atlantic and Pacific oceans - though human intervention was required for both journeys - Avikus, a subsidiary of HD Hyundai, announced the successful voyage of the LNG carrier Prism Courage from Freeport, Texas to South Korea’s Boryeong LNG Terminal, via the Panama Canal. The 33-day voyage covered roughly 10,800 nautical miles, half of which was navigated autonomously using Avikus’ HiNAS 2.0 technology Click for more - The "Mayflower" Autonomous Ship arrived in Halifax, Canada on June 5 completing its historic Atlantic crossing and becoming the largest uncrewed craft to complete the Atlantic crossing - Voyage estimated at 3,490 miles in 40 days with an unplanned two-week layover in the Azores after they detected mechanical failures. After tests and refueling, the voyage resumed - “intermittent, low-level failures,” prompted the decision to divert to Canada and end the voyage with a tow into Halifax Click for more Image: CorPower Ocean / Offshore Energy AWTEC - 6th Asian Wave and Tidal Energy Conference CorPack and C4 Unveil event of the CorPower C4 Wave Energy Converter and the CorPack wave clusters – our building blocks for wave energy farms -The new full-scale CorPower C4 device will ultimately form part of a four-system wave energy array, located off the coast of Aguçadoura, Portugal, creating one of the world’s first grid-connected wave farms - "Patrik Möller, CorPower Ocean’s CEO, said: “After a decade of development efforts, we are thrilled to unveil the CorPower C4 and the CorPack – our first commercial scale products." Click for more CorPack and C4 Unveil event - When: 2022-06-15 at 13.00 CET - Where: Online event, broadcasted from the SPACE Arena in Stockholm, Sweden Click here to register Image: The Renewables Consulting Group (RCG) AWTEC - 6th Asian Wave and Tidal Energy Conference Global offshore wind development capacity grew 89% in 2021, nearly doubling, according to new research conducted by The Renewables Consulting Group (RCG) - More than 200 GW of new offshore wind projects were announced in both established markets, such as the United Kingdom and Netherlands, and new markets, such as Italy and Australia - Brazil is now the global leader with over 97 GW, all in development Click for more Image: Sci Data 9, 275 (2022) "The International Bathymetric Chart of the Southern Ocean Version 2 (IBCSO v2)" - New datasets initiated a second version of IBCSO (IBCSO v2). This version extends to 50°S (covering approximately 2.4 times the area of seafloor of the previous version) Click for more Image: Clark Little / AP AWTEC - 6th Asian Wave and Tidal Energy Conference Photographer Clark Little, native of Oahu’s North Shore in Hawaii, has spent the last 15 years documenting shorebreak waves, the monster swells that roll in from the Pacific and crash directly onto the sand, unobstructed by reefs or shallow water Click for more (12 photographs) Clark Little Photography official site: Click here Image: Hydro International "Development of Digital Bathymetric Models from Hydroacoustic and Photogrammetric Data" - A method for fusing data acquired using unmanned surface vehicle (USV) and unmanned aerial vehicle (UAV) measurement platforms to develop a digital bathymetric model - The case analyzed concerns shallow water and ultra-shallow water up to the boundary with the shoreline Click for more Image: Elaine Maslin / Marine Technology News Introducing four of the newest commercially available Autonomous Underwater Vehicles (AUVs) - Exhibited at Oceanology International in London earlier this year: HII Hydroid REMUS 300 Kongsberg HUGIN Edge Seaber YUCO Teledyne Gavia SeaRaptor Click for more Image: China State Shipbuilding Corporation / offshoreWIND.biz AWTEC - 6th Asian Wave and Tidal Energy Conference 'Fuyao', China's largest floating wind turbine mounting a 6.2 MW typhoon-resistant wind turbine with a rotor diameter of 152 meters developed by China State Shipbuilding Corporation (CSSC) subsidiary Haizhuang Wind Power, was recently towed to its designated demonstration location 12.8 kilometers west of the Xuwen County, south of Guangdong Province - The floating platform is 72 meters long with a draught of 33 meters, and a width of 80 meters - The tower is 78 meters tall with the center height of the hub at 96 meters Click for more Image: Southern Ocean Laboratory / The Maritime Executive World's first "Drone Carrier" recently launched by China's CSSC Huangpu Wenchong, a research ship purpose-built for carrying and deploying unmanned aircraft, surface vessels and submersibles - The Zhuhaiyun, or Zhuhai Cloud is 88.5 meters long and 14 meters wide, with a draft of 3.7 meters and displacement of about 2,000 metric tons. - It can be controlled remotely and autonomously in open waters and is designed for speeds of up to 18 knots, equivalent to about 33 kilometers an hour - Chen Dake, an academician at the Chinese Academy of Sciences and director of Southern Marine Science and Engineering Guangdong Laboratory, which owns the vessel: "The vessel is not only an unprecedented precision tool at the frontier of marine science, but also a platform for marine disaster prevention and mitigation, seabed precision mapping, marine environment monitoring, and maritime search and rescue" Click for more Click for more Image: Minesto / Renewable Energy Magazine AWTEC - 6th Asian Wave and Tidal Energy Conference Minesto's Dragon 4 tidal power plant in Vestmanna, Faroe Islands successfully completes first week of commissioning - "The large-scale build-out plan sets out a stepwise installation of tidal kite arrays, each with 20-40 MW installed capacity, at four verified locations - "With a total capacity of 120 MW tidal energy, generating an estimated 350 GWh per year, the arrays would supply 40% of the Faroe Islands’ growing electricity consumption" Click for more Image: Ocean Infinity / Marine Technology News (top and bottom) / Splash 247 (center) Ocean Infinity, based in Houston USA, unveiled its first optionally crewed, low emission Armada 78-meter robotic ship - First of eight 78 meter remotely controlled green ammonia powered ships - Six 85 meter and nine 21- and 36-meter ships are also being constructed and fitted out to yield a projected robotic fleet of 23 vessels Click for more Click for more Click for more Image: CHCNAV / GPS World CHC Navigation (CHCNAV) has launched the i73+ pocket-sized GNSS receiver - Powered by 624 GNSS channels - The i73+ delivers 3-cm accuracy at up to 30º pole tilt, increasing point measurement efficiency by 20% and stakeout by 30% - Weighs only 0.73 kg including battery Click for more Image: CNBC AWTEC - 6th Asian Wave and Tidal Energy Conference “World’s first rapid testing facility for tidal turbine blades" officially opened in Scotland at the University of Edinburgh - USD $5.64 million facility that can test tidal turbine blades under strenuous conditions - FastBlade facility would use a 75 metric ton reaction frame that was able to apply “powerful forces on turbine blades more than 50 feet long.” - FastBlade is a partnership between aerospace firm Babcock International and the University of Edinburgh backed by a grant of USD $2,261,450 from the United Kingdom government Click for more Image: TouchWind / offshoreWIND.biz AWTEC - 6th Asian Wave and Tidal Energy Conference Mitsui O.S.K. Lines (MOL), the Japan based global maritime transportation group, and, Netherlands based TouchWind recently signed a Memorandum of Understanding (MoU) to develop TouchWind’s floating wind turbine with a tilting angled one-piece https://www.offshorewind.biz/2022/05/16/mitsui-o-s-k-lines-partners-with-another-dutch-floating-wind-tech-developer/ Click for more Together Expo Limited https://www.together-expo.com/ Together Expo Limited ​ Hong Kong Head Office: Room A, 16/F Eastern Commercial Centre, 83 Nam On Street, Shau Kei Wan Hong Kong Tel: +852 2881 5889 Email: katherinelee@together-expo.com Contact: Ms. Katherine Lee Beijing Office: Room 12A11, Building A, Kunsha Center No. 16, Xinyuanli, Chao Yang District, Beijing 100027 , P.R.China Tel: +86 10 8451 0286/0267 Email: merryyin@together-expo.com.cn Contact: Ms. Merry Yin

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    参展及演示咨询 Together Expo Limited 汇显展览有限公司 香港筲箕湾南安街83号 海安商业中心 16楼A室 电话:+852 2881 5889 电邮: katherinelee@together-expo.com 联络人: 李笑群 北京汇显捷讯展览有限公司 中国北京市朝阳区新源里16号 琨莎中心1号楼12A11室 邮编100027 电话: +86 10 8451 0286/0267 电邮: merryyin@together-expo.com.cn 联络人: 尹杨

  • AWTEC 2023 | OceanTech Asia Pacific

    AWTEC 2023 The 6th Asia Wave and Tidal Energy Conference 2023年5月19-22日 ​中国杭州 AWTEC 2023 The 6th Asia Wave and Tidal Energy Conference 2023年5月19-22日 ​中国杭州 AWTEC 2023 will mark its 6th edition with conference themes that reflect where the global ocean renewable energy sector is heading to, with specific interests that address, and pace for Asia’s own environmental and economic landscape. ​ AWTEC is the Asian edition of EWTEC (European Wave and Energy Conference). EWTEC is governed by an Executive Board and Technical Committee, with members elected from the top researchers in the field in Europe. These committees provide the necessary management and guidance to support the continued pre-eminent global pedagogic and scholarly standing of the EWTEC conference series – with the 14th edition to be held this September in the United Kingdom. AWTEC, which is advised by the European Committee, is also hosted every second year, alternating years with EWTEC, and is similarly governed and organized by an Asia committee with members from prestigious institutions from 17 countries and regions. 6th AWTEC 2022 Conference Themes: • 波浪和潮汐能资源特征 • 设备开发和测试 • 设备流体力学和结构力学 • 波浪和潮汐装置阵列 • 动力输出和设备控制 • 海上风电 • 海上混合动力系统 • OTEC系统 • 环境评估 • 政策制定和立法 • 技术经济评估 • 社会运营许可证 • 未来市场和融资 • 海洋能源系统集成蓝色经济 • 多用途平台 • 测量和仪器 ​ 第六届 AWTEC 组委会成员单位: University of Tasmania, Australian Maritime College (Australia) The Centre for Australian Weather and Climate Research (Australia) 文莱达鲁萨兰大学(文莱) 中国海洋大学(中国) 自然资源部第一海洋研究所(中国) 中国科学院广州能源研究所(中国) 国家海洋技术中心(中国) 浙江大学(中国) 香港城市大学(中国香港) Indian Institute of Technology Madras (India) Indonesian Ocean Energy Association (Indonesia) 长崎大学(日本) 佐贺大学(日本) 东京大学(日本) 九州岛大学(日本) 韩国海洋大学(韩国) Korea Institute of Ocean and Technology (Korea) 国立木浦大学(韩国) 仁荷大学(韩国) Korean Research Institute of Ships and Ocean Engineering (Korea) 马来西亚工艺大学(马来西亚) 拉曼大学(马来西亚) University Malaysia Terengganu (Malaysia) Myanmar Maritime University (Myanmar) Union of Myanmar of Federation of Chambers of Commerce and Industries, Energy and Environment Cluster Group (Myanmar) 奥塔哥大学(新西兰) 奥克兰大学(新西兰) 菲律宾大学(菲律宾) 南洋理工大学(新加坡) 佩拉德尼亚大学(斯里兰卡) 国立中山大学(中国台湾) 国立台湾海洋大学(中国台湾) 国立中兴大学(中国台湾) King Mongkut University of Technology Thonburi (Thailand) 河内理工大学(越南) Institute of Energy Science, Vietnam Academy of Science and Technology (Vietnam) ​

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