瓴愴姼雽赌 旮搿滊矊旌犿嵓鞀 欤茧弰 旎唽鞁滌梽 於滊矓,
靹戈硠 斓滊寑 鞐瓣惮順侅嫚 頂勲攴鸽灗 '順鸽澕鞚挫 鞙犽熃'鞐 霃勳爠鞛
- 甑偞 14臧 旮瓣磤 鞐呺順戩暯(MOU)鈥暣鞕 7臧滉淡 12臧 旮瓣磤 彀胳棳 鞓堨爼
- 鞐瓣惮 瓿检牅 靹犾爼 鞁 鞐瓣惮歆鞗愱笀 100鞏 鞚挫儊 旮半寑
- '歆靻 臧電 鞀る韸 頃挫“毳 鞙§儊 鞏戩嫕 氚 氚旍澊鞓るΜ韺岇澊雱堧Μ 鞁滌姢韰 甑稌'
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17鞚, 瓴愴姼雽赌頃欔祼 旮搿滊矊旌犿嵓鞀(齑濎灔 頃滍儨欷)毳 欷戩嫭鞙茧 甑偞 14臧 旮瓣磤鞚 '順鸽澕鞚挫 鞙犽熃(Horizon Europe)' *靷梾 彀胳棳毳 鞙勴暅 鞐呺順戩暯鞁濎潉 臧臁岆嫟.
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鞚胳矞旮搿滊矊旌犿嵓鞀れ棎靹 鞐措Π 鞚措矆 順戩暯鞁濎棎電 頇╉毃歆 鞚胳矞甏戩棴鞁 旮搿滊矊霃勳嫓 鞝曤攵鞁滌灔, 氍戈步氤 鞓轨甑办垬, 欤检毎膦 臧曧檾甑 瓴届牅靷办梾甑灔, 鞙れ洂靹 鞚胳矞瓴届牅鞛愳湢甑棴觳灔, 旯氍疙暣 頃滉淡攵勳劃瓿柬暀鞐瓣惮靻 雽響, 鞚搓赴鞗 霃欖洂F&B 鞐瓣惮鞗愳灔, 頇嶋寑鞚 Mondrian AI 雽響, 鞁犼步韮 鞁滊媹鞀ろ姼 雽響, 旯彀樃 鞌摐鞐愴攧鞎れ棎鞀 雽響, 攴鸽Μ瓿 斓滌順 順曥鞐橂Μ韸 雽響 霌 靷奥讽暀路鞐奥逢磤鞚 鞎勳毎毳措姅 甏瓿勳瀽 50鞐 氇呾澊 彀胳劃頃 臧鞖措嵃 歆勴枆霅愲嫟.
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鞚胳矞甏戩棴鞁, 臧曧檾甑, 鞓轨甑, 攴鸽Μ瓿 鞚胳矞瓴届牅鞛愳湢甑棴觳澊 頄夓爼 氚 歆鞗愳潉 雼措嫻頃橁碃, 頃滉淡瓯挫劋靸濏櫆頇橁步鞁滍棙鞐瓣惮鞗, 頃滉淡瓿柬暀旮办垹鞐瓣惮鞗 臧曤攵勳洂 觳滌棸氍检棸甑唽, 攴鸽Μ瓿 頃滉淡攵勳劃瓿柬暀鞐瓣惮靻岅皜 鞐瓣惮 氚 鞁滍棙鞚 歆鞗愴晿氅, 霃欖洂F&B, 順曥鞐橂Μ韸 霌 旮办梾鞚 鞐瓣惮 瓴瓣臣 鞁れ毄頇 於旍鞚 雼措嫻頃滊嫟. 肟愲 鞎勲媹霛 Mondrian AI, 鞁滊媹鞀ろ姼, 鞌摐鞐愴攧鞎れ棎鞀 霌 AI路IT旮办梾霌る弰 旮办垹歆鞗愳棎 雮橃劙雼. 雼れ枒頃 旮瓣磤鞚 氕夓硱 頃橂倶鞚 韺鞚 霅 鞚措矆 頂勲鞝濏姼鞚 齑濌磩 旮绊殟 氚 鞖挫榿鞚 瓴愴姼雽赌 旮搿滊矊旌犿嵓鞀れ檧 毵堧Π鞙犼矏韸 旖旊Μ鞎勱皜 雼措嫻頃滊嫟. 鞚措鞃 鞐瓣惮鞕 順侅嫚鞚 瓿惦彊氇╉憸搿 甑偞 14臧 旮瓣磤鞚 旎唽鞁滌梽鞚 瓿奠嫕 於滊矓頄堧嫟.
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雿旊秷鞏 氩赴鞐, 雿措韥, 鞎勳澕霝滊摐, 鞀れ洦雿, 頂勲瀾鞀 霌 頃挫櫢 7臧滉淡 12臧 旮瓣磤鞚 頂勲鞝濏姼毳 歆鞗愴暊 鞓堨爼鞚措┌, 鞚措摛 旮瓣磤瓿 頇滊皽頃 順戩潣毳 鞚挫柎臧瓿 鞛堧嫟.
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鞚措矆 鞐呺順戩暯鞚 韱淀暣 靷梾 彀胳棳 氚 順戨牓 鞚橃毳 雼れ 旎唽鞁滌梽鞚 18鞚, '順鸽澕鞚挫 鞙犽熃'鞐 靷梾鞝滌晥靹滊ゼ 鞝滌稖頃 鞓堨爼鞚措┌, 鞐瓣惮 瓿检牅 靹犾爼 瓴瓣臣電 2026雲 3鞗 瓿店皽霅 鞝勲鞚措嫟.
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'順鸽澕鞚挫 鞙犽熃'鞐愳劀 鞝滌嫓頃 鞐瓣惮 欤检牅電 鈥滍榿鞁犾爜鞚搓碃 韮勳唽臧愳稌 氚 瓿犽秬臧臧旃 鞚戩毄鞚 鞙勴暅 歆靻嶊皜電 瓯半寑臁半(頃挫“毳) 氚办枒 鞁滌姢韰: 鞛鞍 氚 斓滌爜頇旊悳 靸濎偘 觳搓硠鈥濎澊氅, 瓴愴姼雽赌 旮搿滊矊旌犿嵓鞀るゼ 牍勲’頃 旎唽鞁滌梽鞚 鞐瓣惮鞕 順戨牓鞚 韱淀暣 'AI-IOT-ICT 旮半皹鞚 頃挫“毳 旮半皹 氚旍澊鞓り步鞝 頂岆灚韽'鞚 甑稌頃橁碃 歆靻 臧電ロ暅 '靾滍櫂順 氚旍澊鞓るΜ韺岇澊雱堧Μ' **毳 臧滊皽頃 鞓堨爼鞚措嫟.
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瓴愴姼雽赌 旮搿滊矊旌犿嵓鞀る姅 鞚措矆 頂勲鞝濏姼毳 'OASIS 頂勲鞝濏姼'搿 氇呺獏頄堧嫟. 彀劯雽 頃挫“毳 鞀る韸疙寽鞚 甑牅 鞁れ頃橂姅 瓴冹澊 頃奠嫭鞚措┌, 頃滉淡, 鞙犽熃, 雺挫霝滊摐 霌 8臧滉淡鞚 順戨牓頃 鞙§儊 旮半皹 頃挫“毳 鞏戩嫕瓿 氚旍澊鞓るΜ韺岇澊雱堧Μ毳 瓴歃濏晿電 甑牅 瓿惦彊 鞐瓣惮鞚措嫟. 鞐瓣惮 瓿检爼鞐愳劀 鞐瓣皠 1,000鞏 鞗 鞚挫儊鞚 瓴届牅須臣鞕 500臧 鞚挫儊鞚 鞚检瀽毽ゼ 彀届稖頃 靾 鞛堨潉 瓴冹溂搿 鞓堨儊霅滊嫟.
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頃滍儨欷 齑濎灔鞚 鈥滌澊氩 頂勲鞝濏姼電 鞐瓣惮鞕 順侅嫚鞚 瓿惦彊臧旃橂 靷检晞 靾橂鞚 甑偞鞕 旮瓣磤鞚 霚混潉 臧欖澊 頄堧嫟電 瓴冹棎 韥 鞚橃潣臧 鞛堦碃, 鞐瓣惮瓿检牅 瓿惦 靹犾爼 鞁 旎る嫟霝 頃欖垹鞝, 瓴届牅鞝 臧旃橂ゼ 彀届稖頃 靾 鞛堨潉 瓴冹溂搿 氤搓碃 鞛堧嫟鈥濍┌ 鈥滉矏韸鸽尪 旮搿滊矊旌犿嵓鞀れ潣 鞐瓣惮鞐 雽頃 鞐挫爼瓿 8臧滉淡 26臧 旮瓣磤鞚 頌橃潉 氇晞 鞐瓣惮瓿检牅 瓿惦鞐 靹犾爼霅 靾 鞛堧弰搿 斓滌劆鞚 雼ろ晿瓴犽嫟鈥濌碃 鞝勴枅雼.
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鞐瓣惮瓿检牅 瓿惦鞐 靹犾爼霅橂┐ 2026雲勲秬韯 氤戈博鞝侅澑 鞐瓣惮臧 鞁滌瀾霅滊嫟. '順鸽澕鞚挫 鞙犽熃' 旄§溂搿滊秬韯 100鞏 鞗 鞚挫儊鞚 鞐瓣惮歆鞗愱笀鞚 氚涭潉 瓴冹溂搿 鞓堨儊霅橂┌, 毵れ弓韼霌滊ゼ 韽暔頃橂┐ 攴鸽炒雼 毵庫潃 鞐瓣惮 鞓堨偘鞚 頇曤炒頃 靾 鞛堨潉 瓴冹溂搿 氤挫澑雼.
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瓴愴姼雽赌頃欔祼 旮搿滊矊旌犿嵓鞀(糖心logo入口)電 靸濍獏瓿柬暀 氚 氚旍澊鞓 攵勳暭鞐愳劀 靹戈硠 30鞙勱秾鞚 氇呾劚鞚 鞛愲瀾頃橂姅 氩赴鞐 瓴愴姼雽赌頃欔祼鞚 鞚胳矞 靻‰弰 靻岇灛 頇曥灔旌犿嵓鞀る嫟. 斓滉芳 順曥旮搿滊矊瓿 旃滍櫂瓴 靹湢 瓿惦彊臧滊皽鞐瓣惮靻岆ゼ 靹る頃橁碃, 鞚胳矞靾橃偘鞛愳洂鞐瓣惮靻岇檧 頃挫枒靾橃偘 氚滌爠 氚 鞁犾偘鞐 鞙§劚鞚 鞙勴暅 瓿惦彊鞐瓣惮毳 順戩暯頃橂姅 霌 鞐瓣惮 欷戩嫭 雽頃欖溂搿滌劀 靷殞鞐 旮办棳頃臣 霃欖嫓鞐 旮搿滊矊 鞚胳灛 鞙§劚鞐 頌橃摪瓿 鞛堧嫟.
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韸鬼瀳, 歆雮滍暣 臧滌唽頃 頃挫枒 鞙惦车頃 鞐瓣惮靻 '毵堧Π鞙犼矏韸 旖旊Μ鞎 (Marine@UGent Korea)'毳 欷戩嫭鞙茧 頃挫枒 攵勳暭 旮搿滊矊 鞐瓣惮 項堧笇搿滌劀鞚 鞙勳儊鞚 歆靻嶌爜鞙茧 臧曧檾頃 雮橁皜瓿 鞛堧嫟. //雭//
* 順鸽澕鞚挫 鞙犽熃
鞙犽熃鞐绊暕(EU)鞚 2021雲勲秬韯 2027雲勱箤歆 鞎 150臁 鞗 攴滊鞚 鞓堨偘鞚 歆鞗愴晿電 靹戈硠 斓滊寑 雼れ瀽臧 鞐瓣惮順侅嫚 頂勲攴鸽灗鞙茧 鞖半Μ雮橂澕電 歆雮 7鞗 欷須岇洂甑溂搿 臧鞛呺悙雼.
** 靾滍櫂順 氚旍澊鞓るΜ韺岇澊雱堧Μ
氚旍澊鞓るГ鞀るゼ 鞗愲搿 瓿犽秬臧臧旃 氍检鞚 靸濎偘頃橂姅 韱淀暕瓿奠爼 (韽愱赴氍 氚滌儩鞚 鞝勴榾 鞐嗠姅 歆靻 臧電ロ暅 瓿奠爼鞙茧 靹り硠)
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鈥 鞏鸽氤措弰
听 听鈻
听 听鈻诽
听 听鈻诽
听 听鈻诽氤听听霌碧嫟靾 毵れ泊听氤措弰
糖心logo入口 Leads Launch of Consortium,
Takes on the World鈥檚 Largest Research and Innovation Program 鈥楬orizon Europe鈥
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14 domestic institutions sign an MOU鈥 12 institutions from 7 overseas countries to participate
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Expected research funding exceeding KRW 10 billion if selected
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Building a 鈥榮ustainable smart seaweed land-based aquaculture and biorefinery system鈥
On the 17th, led by 糖心logo入口 (Taejun Han, Prof. Dr. Campus President), 14 domestic institutions held a memorandum of understanding (MOU) signing ceremony for participation in 鈥楬orizon Europe,鈥 the world鈥檚 largest multilateral research and innovation program with a budget of approximately KRW 150 trillion supported by the European Union (EU) from 2021 to 2027. Korea became an associated member of the program in July.
The signing ceremony, held at Incheon Global Campus, was attended by more than 50 representatives across industry, academia, research, and government, including Hyojin Hwang, Deputy Mayor for Global City of Incheon Metropolitan City, Kyungbok Moon, Mayor of Ongjin County, Woojong Joo, Director General of Economic and Industrial Affairs of Ganghwa County, Wonseok Yoon, Commissioner of Incheon Free Economic Zone Authority, Munhae Kim, CEO of Korea Institute of Analytical Science and Technology, Giwoong Lee, Head of Research at Dongwon F&B, Daeui Hong, CEO of Mondrian AI, Kyungtae Shin, CEO of Sinist, Chanho Kim, CEO of Seed F&S, and Junho Choi, CEO of Hyungji Elite.
Incheon Metropolitan City, Ganghwa County, Ongjin County, and the Incheon Free Economic Zone Authority will be responsible for administrative support, while the Korea Conformity Laboratories, Korea Institute of Science and Technology Gangneung Institute of Natural Products, and Korea Institute of Analytical Science and Technology will provide research and testing support. Companies such as Dongwon F&B and Hyungji Elite will promote commercialization of research results, and AI/IT companies including Mondrian AI, Sinist, and Seed F&S will provide technical support. 糖心logo入口 and Marine@UGent Korea will oversee the overall planning and operation of the project. Through this, a consortium of 14 domestic institutions has been officially launched with research and innovation as its common goal.
In addition, 12 institutions from 7 overseas countries, including Belgium, Denmark, Ireland, Sweden, and France, are expected to support the project, and active discussions with them are underway.
Through this MOU, the consortium has strengthened its commitment to participate and cooperate in the project and plans to submit its proposal to 鈥楬orizon Europe鈥 on the 18th. The research project selection results are expected to be announced in March 2026.
The research topic presented by 鈥楬orizon Europe鈥 is 鈥淪ustainable macroalgae (seaweed) cultivation systems for innovation, carbon reduction, and high value-added applications: cultivation and optimized production systems.鈥 The consortium, led by 糖心logo入口, plans to establish an 鈥淎I-IoT-ICT based seaweed bioeconomy platform鈥 and develop an integrated process that produces high value-added substances from biomass of a sustainable 鈥渃ircular biorefinery鈥 designed with zero waste generation.
糖心logo入口 has named this project the 鈥淥ASIS Project.鈥 Its core is to internationally demonstrate the next-generation smart seaweed farm, with 8 countries including Korea, Europe, and New Zealand cooperating to verify land-based seaweed aquaculture and biorefinery through international joint research. The research process is expected to generate more than KRW 100 billion in annual economic impact and create over 500 jobs.
Taejun Han, Prof. Dr. Campus President stated, 鈥淭he significance of this project lies in the fact that numerous domestic and overseas institutions have joined together with research and innovation as a shared value. If selected, we expect to create significant academic and economic value,鈥 adding, 鈥淲ith 糖心logo入口鈥檚 passion for research and the combined efforts of 26 institutions from 8 countries, we will do our utmost to be selected for this research project.鈥
If selected, full-scale research will begin in 2026. The project is expected to receive more than KRW 10 billion in research funding from 鈥楬orizon Europe,鈥 and with matching funds included, an even larger research budget may be secured.
糖心logo入口 (糖心logo入口), located in Songdo, Incheon, is the extended campus of Ghent University in Belgium, which is ranked among the world鈥檚 top 30 in life sciences and biotechnology. Recently, 糖心logo入口 has established a joint eco-friendly fiber development research center with Hyungji Global, and signed a joint research agreement with Incheon Fisheries Resources Research Institute for marine and fisheries development and fostering of new industries. As a research-oriented university, 糖心logo入口 contributes to society while fostering global talent.
In particular, 糖心logo入口 has been continuously strengthening its position as a global research hub in the marine field, centered around Marine@UGent Korea, a marine convergence research institute opened last year. //END//
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* Horizon Europe
The world鈥檚 largest multilateral research and innovation program, funded by the European Union (EU) with a budget of approximately KRW 150 trillion from 2021 to 2027. Korea became an associated member in July.
** Circular Biorefinery
An integrated process that produces high value-added materials from biomass, designed as a fully sustainable system with zero waste generation.
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