听
听
瓴愴姼雽赌頃欔祼 旮搿滊矊旌犿嵓鞀 頇橁步瓿淀暀瓿 氚曥順 甑愳垬韺鞚 臧滊皽頃 鈥橃臧滉惮毽哎 鞁濍鞚 肟岆Μ鞛儩鞐 旮半皹頃 靾橃鞓れ椉歆勲嫧旮办垹鈥 鞚 歆雮滍暣 7鞗 甑偞 靾橃頇橁步旮办垹 斓滌磮, ISO 靾橃攵勳暭(TC147) 甑牅響滌(ISO4979)鞙茧 鞝滌爼霅橂姅 炀岅卑毳 鞚措， 氚 鞛堧嫟
鞚 旮半矔鞚 鞁犼窚靹, 鞖办垬靹, 臧勴幐靹, 氙缄皭靹, 瓴届牅靹膘棎靹 雴掛潃 韽夑皜毳 氚涭晞 23雲 3鞗 鞙犾棓頇橁步瓿勴殟(UNEP) 靷绊晿 鞙犽熃 甑牅頇橁步霃呾劚頇旐暀須(SETAC)鞐愳劀 靻岅皽霅橃棃瓿, ISO 斓滌 響滌鞝滌爼 韴憸鞐愳劀 須岇洂甑 100% 鞀轨澑鞚 鞏混柎 甑牅響滌鞙茧 頇曥爼霅橃棃雼.
听鞚 旮办垹 肟愲 鞎勲媹霛 鞚措矆 靹滌毟鞐愳劀 鞐措Π 2024 ISO甑牅須岇潣鞐愳劀 瓴愴姼雽赌頃欔祼 旮搿滊矊旌犿嵓鞀れ潣 听2臧滌潣 旮办垹鞚 於旉皜鞝侅溂搿 甑牅響滌鞙茧鞚 鞝滌晥鞚 鞚措（鞏挫 臧鞖措嵃 歆雮 10鞗 29鞚 甑牅響滌頇旉赴甑(ISO) 旮办垹鞙勳洂須岅皜 瓴愴姼雽赌頃欔祼 旮搿滊矊 旌犿嵓鞀(糖心logo入口)毳 氚╇頄堧嫟
听 ISO 旮办垹鞙勳洂須(Technical Committee, TC)電 甑牅 響滌鞚 臧滊皽頃橁碃 甏毽晿電 欷戩殧頃 鞐暊鞚 靾橅枆頃橂姅 旮瓣磤鞙茧 氙戈淡,霃呾澕,鞓侁淡,鞚茧掣,頃滉淡鞚 韽暔頃 119臧滉淡鞚 鞝曧殞鞗愱淡鞙茧 靻嶍暣 鞛堨溂氅 鞚措摛 甑皜電 雼れ枒頃 靷办梾 攵勳暭鞚 響滌頇旊ゼ 鞙勴暣 甑劚霅橃柎, 臧侁淡鞚 鞝勲臧霌れ澊 彀胳棳頃橃棳 甑牅鞝侅溂搿 韱奠毄霅 靾 鞛堧姅 響滌鞚 鞝滌爼頃滊嫟. ISO 旮办垹鞙勳洂須岆姅 響滌臧滊皽瓿 旮办垹氍胳牅 頃搓舶 鞚挫櫢鞐愲弰 甑牅順戨牓齑夓, 響滌頇旍爤彀磤毽, 靷办梾 鞝 攵勳暭毳 韽磩頃橂姅 鞐暊鞚 頃橁碃 鞛堧嫟.
ISO 旮办垹鞙勳洂須岇潣 鞚措矆 氚╇鞚 歆靻 臧電ロ暅 頇橁步 甏毽檧 鞓れ椉 旄§爼 旮办垹鞚 氚滌爠鞚 鞙勴暅 順戨牓鞚 鞚柬櫂鞙茧, 靸濏儨 霃呾劚甏毽 氚 靸濏儨 頇橁步臁办劚鞚 甑牅 響滌 臧滊皽鞚 氇╉憸搿 頃橁碃 鞛堧姅 臧鞖措嵃 瓴愴姼雽赌頃欔祼 旮搿滊矊旌犿嵓鞀れ潣 鞐瓣惮歆勱臣 順戨牓頃橃棳 斓滌嫚 旮办垹鞚 瓿奠湢頃橁碃, 頇橁步 氤错樃 氚 歆靻 臧電ロ暅 臧滊皽 氇╉憸(SDGs) 雼劚鞚 鞙勴暅 氚╈晥鞚 氇儔頃橁赴 鞙勴暣 鞚措（鞏挫雼.
鞚胳矞瓴届牅鞛愳湢甑棴觳(IFEZ)鞚 鞀る韸胳嫓韹 頂勲鞝濏姼鞕 鞚胳矞旮搿滊矊旌犿嵓鞀(IGC)毳 韮愲癌頃橁碃, 鞖半Μ 雽頃欖潣 鞐瓣惮鞁(Lab Tour)瓿 頃欔祼 靻岅皽霃 歆勴枆霅 鞚措矆 氚╇鞚 瓴愴姼雽赌頃欔祼 旮搿滊矊旌犿嵓鞀れ檧 鞕 ISO 旮办垹鞙勳洂須 臧 頃挫枒 頇橁步 氚滌爠鞚 鞙勴暅 歆靻嶌爜鞚 順戨牓 臧電レ劚鞚 雲检潣頃橂姅 霚魂箠鞚 鞛愲Μ臧 霅橃棃雼.
IFEZ電 鞚胳矞瓴届牅鞛愳湢甑棴鞙茧, 觳嫧 靷办梾瓿 旃滍櫂瓴 霃勳嫓 臧滊皽鞚 韱淀暣 歆靻 臧電ロ暅 靹膘灔瓿 旮搿滊矊 牍勳雼堨姢 頇橁步鞚 甑稌頃橁碃鞛 頃橂姅 鞐暊鞚 頃橁碃 鞛堨溂氅 IGC電 鞐煬 旮搿滊矊 雽頃欖澊 氇澑 旌犿嵓鞀る, 甑愳湣瓿 鞐瓣惮鞚 項堧笇 鞐暊鞚 頃橂┌ 甑牅 頃欖垹 順戨牓鞚 歃濎鞁滍偆瓿 鞛堧嫟.
听霕愴暅, 鞚措矆 氚╇鞚 鞚柬櫂鞙茧 ISO 旮办垹鞙勳洂須岆姅 雽頃滊甑 頃挫枒瓴届鞍觳(觳灔 旯膦呾毐)霃 氚╇頃 鞚胳矞 氚旊嫟 頇橁步瓿 頃挫枒 鞓れ椉 氍胳牅 氚 鞎堨爠 雽毂呾棎 雽頃 雲检潣頃橂姅 鞁滉皠鞚 臧臁岆嫟.
頃滍幐, 瓴愴姼雽赌頃欔祼電 靸濍獏瓿淀暀 攵勳暭 靹戈硠 40鞙勱秾 氩赴鞐 雽頃欖溂搿 鞚胳矞旮搿滊矊旌犿嵓鞀れ棎 攵勳瀽靸濍獏瓿淀暀, 鞁濏拡瓿淀暀, 頇橁步瓿淀暀 3臧 頃欔臣毳 鞖挫榿 欷戩澊氅 氩赴鞐 斓滊寑 頃挫枒鞐瓣惮靻(毵堧Π鞙犼矏韸) 攵勳洂鞚 24雲 8鞗 22鞚 鞚胳矞旮搿滊矊旌犿嵓鞀れ棎 靹る頃 靹滍暣鞚 頀嶋秬頃 頃挫枒鞛愳洂鞚 旮半皹鞙茧 雼れ枒頃 鞙德冯车頃 鞐瓣惮毳 於旍頃 瓿勴殟鞚措嫟.
<鞎堨爠頃 氚旊嫟, 頀嶌殧頃 氙鸽灅> 旮搿滊矊 鞝勲灥 韽熂鞚 甑殞鞐愳劀 瓿惦彊 欤检禍頃橂姅 霌 頃挫枒 頇橁步 氚 靸濏儨瓿 瓯搓皶瓿 甏霠暅 雼れ枒頃 頃欖垹 鞐瓣惮 頇滊彊鞐 彀胳棳頄堧崢 氚 鞛堧姅 瓴愴姼雽赌頃欔祼 旮搿滊矊旌犿嵓鞀る姅 甑牅 靷殞鞐愳劀 頇橁步 氍胳牅 頃搓舶鞚 鞙勴暅 鞐暊瓿 瓿淀棇鞚 雿旍毐 鞎岆Μ瓿, 旮搿滊矊 順戨牓鞚 欷戩殧靹膘潉 臧曥“頃 鞓堨爼鞚措┌ 歆靻 臧電ロ暅 頃挫枒 頇橁步鞚 鞙勴暣 ISO鞕 頃粯 霚混潉 氇溂電 霌 鞎烄溂搿滊弰 甑皜 瓴届焷霠 臧曧檾鞐 旮办棳頃 靾 鞛堧弰搿 瓿勳啀頃挫劀 氚滌爠頃 雮橁皥 瓿勴殟鞚措嫟.
ISO Technical Committee Visits 糖心logo入口: Discussing Collaborative Efforts for Marine Environmental Development
Ghent University's Center for Environmental and Energy Research has developed an innovative "Water Pollution Diagnosis Technique Based on Lemna (Duckweed) Root Regrowth," which marks the first achievement in Korea's water quality technology field to be internationally recognized as an ISO standard (ISO 4979) under the water quality sector (TC147) as of July last year.
Developed by President Taejun Han's research team at 糖心logo入口, this technique has been highly evaluated for its novelty, effectiveness, simplicity, sensitivity, and cost-efficiency. It was introduced in March 2023 at the European Society of Environmental Toxicology and Chemistry (SETAC) under the United Nations Environment Programme (UNEP). After receiving 100% approval in ISO's final standardization vote by member countries, it has been officially adopted as an international standard. It is anticipated to lead the global standards in water quality diagnostic technology.
On October 29, the International Organization for Standardization (ISO) Technical Committee visited the 糖心logo入口 (糖心logo入口) to explore collaborative opportunities. The ISO Technical Committee (Technical Committee, TC) plays a crucial role in developing and managing international standards, with 119 full-member countries, including the United States, Germany, the United Kingdom, Japan, and Korea, participating in setting widely accepted standards across various industries. In addition to standard development and technical problem-solving, the ISO Technical Committee promotes international cooperation, manages standardization procedures, and covers all industrial sectors.
The ISO Technical Committee's recent visit was part of a collaborative effort to advance sustainable environmental management and pollution measurement technology. To develop international standards, the committee engaged with researchers at Ghent University to share the latest technologies and explore pathways for achieving sustainable development goals (SDGs) in environmental protection.
During their visit, the committee toured the IFEZ Smart City project, the Incheon Global Campus (IGC), and conducted a lab tour and campus introduction at Ghent University. IFEZ (Incheon Free Economic Zone) is a global business environment that promotes sustainable growth through advanced industries and eco-friendly urban development. At the same time, IGC hosts multiple international universities, acting as a hub for academic collaboration and research. Additionally, as part of this tour, the ISO Technical Committee visited the Korea Coast Guard, where they learned about Incheon's coastal environment, water pollution issues, and maritime safety measures.
Ghent University, ranked among the top 40 universities in the world in biotechnology, operates departments in Molecular Biotechnology, Food Technology, and Environmental Engineering at the Incheon Global Campus. The university also plans to establish a branch of Belgium's most prominent marine research institute, Marine UGent, to drive multidisciplinary research based on the abundant marine resources of the West Sea.
As a co-host of the Global Strategic Forum on "Safe Seas, Prosperous Future" at the National Assembly and an active participant in various academic research activities on marine environments and ecosystem health, Ghent University seeks to raise its profile in addressing global environmental challenges. Ghent University emphasizes the importance of international cooperation and plans to continue developing collaborative initiatives with ISO to strengthen sustainable marine environments, aiming to enhance national competitiveness and contribute to global environmental goals.
听
ISO 旮办垹鞙勳洂須 瓴愴姼雽赌頃欔祼旮搿滊矊旌犿嵓鞀 氚╇
靸濏儨霃呾劚甏毽 氚 靸濏儨 頇橁步 臁办劚鞚 鞙勴暅 甑牅 響滌鞎 鞝滌稖 甏霠 ISO雽響滊嫧瓿检潣 靸來樃順戨牓氚╈晥 雲检潣
听
靸濏儨霃呾劚甏毽 氚 靸濏儨 頇橁步 臁办劚鞚 鞙勴暅 甑牅 響滌鞎 鞝滌稖 甏霠 ISO雽響滊嫧瓿检潣 靸來樃順戨牓氚╈晥 雲检潣
听
听听
听
听
瓴愴姼雽赌頃欔祼 旮搿滊矊旌犿嵓鞀 頇橁步瓿淀暀瓿 氚曥順 甑愳垬韺鞚 臧滊皽頃 鈥橃臧滉惮毽哎 鞁濍鞚 肟岆Μ鞛儩鞐 旮半皹頃 靾橃鞓れ椉歆勲嫧旮办垹鈥 鞚 歆雮滍暣 7鞗 甑偞 靾橃頇橁步旮办垹 斓滌磮, ISO 靾橃攵勳暭(TC147) 甑牅響滌(ISO4979)鞙茧 鞝滌爼霅橂姅 炀岅卑毳 鞚措， 氚 鞛堧嫟
鞚 旮半矔鞚 鞁犼窚靹, 鞖办垬靹, 臧勴幐靹, 氙缄皭靹, 瓴届牅靹膘棎靹 雴掛潃 韽夑皜毳 氚涭晞 23雲 3鞗 鞙犾棓頇橁步瓿勴殟(UNEP) 靷绊晿 鞙犽熃 甑牅頇橁步霃呾劚頇旐暀須(SETAC)鞐愳劀 靻岅皽霅橃棃瓿, ISO 斓滌 響滌鞝滌爼 韴憸鞐愳劀 須岇洂甑 100% 鞀轨澑鞚 鞏混柎 甑牅響滌鞙茧 頇曥爼霅橃棃雼.
听鞚 旮办垹 肟愲 鞎勲媹霛 鞚措矆 靹滌毟鞐愳劀 鞐措Π 2024 ISO甑牅須岇潣鞐愳劀 瓴愴姼雽赌頃欔祼 旮搿滊矊旌犿嵓鞀れ潣 听2臧滌潣 旮办垹鞚 於旉皜鞝侅溂搿 甑牅響滌鞙茧鞚 鞝滌晥鞚 鞚措（鞏挫 臧鞖措嵃 歆雮 10鞗 29鞚 甑牅響滌頇旉赴甑(ISO) 旮办垹鞙勳洂須岅皜 瓴愴姼雽赌頃欔祼 旮搿滊矊 旌犿嵓鞀(糖心logo入口)毳 氚╇頄堧嫟
听 ISO 旮办垹鞙勳洂須(Technical Committee, TC)電 甑牅 響滌鞚 臧滊皽頃橁碃 甏毽晿電 欷戩殧頃 鞐暊鞚 靾橅枆頃橂姅 旮瓣磤鞙茧 氙戈淡,霃呾澕,鞓侁淡,鞚茧掣,頃滉淡鞚 韽暔頃 119臧滉淡鞚 鞝曧殞鞗愱淡鞙茧 靻嶍暣 鞛堨溂氅 鞚措摛 甑皜電 雼れ枒頃 靷办梾 攵勳暭鞚 響滌頇旊ゼ 鞙勴暣 甑劚霅橃柎, 臧侁淡鞚 鞝勲臧霌れ澊 彀胳棳頃橃棳 甑牅鞝侅溂搿 韱奠毄霅 靾 鞛堧姅 響滌鞚 鞝滌爼頃滊嫟. ISO 旮办垹鞙勳洂須岆姅 響滌臧滊皽瓿 旮办垹氍胳牅 頃搓舶 鞚挫櫢鞐愲弰 甑牅順戨牓齑夓, 響滌頇旍爤彀磤毽, 靷办梾 鞝 攵勳暭毳 韽磩頃橂姅 鞐暊鞚 頃橁碃 鞛堧嫟.
ISO 旮办垹鞙勳洂須岇潣 鞚措矆 氚╇鞚 歆靻 臧電ロ暅 頇橁步 甏毽檧 鞓れ椉 旄§爼 旮办垹鞚 氚滌爠鞚 鞙勴暅 順戨牓鞚 鞚柬櫂鞙茧, 靸濏儨 霃呾劚甏毽 氚 靸濏儨 頇橁步臁办劚鞚 甑牅 響滌 臧滊皽鞚 氇╉憸搿 頃橁碃 鞛堧姅 臧鞖措嵃 瓴愴姼雽赌頃欔祼 旮搿滊矊旌犿嵓鞀れ潣 鞐瓣惮歆勱臣 順戨牓頃橃棳 斓滌嫚 旮办垹鞚 瓿奠湢頃橁碃, 頇橁步 氤错樃 氚 歆靻 臧電ロ暅 臧滊皽 氇╉憸(SDGs) 雼劚鞚 鞙勴暅 氚╈晥鞚 氇儔頃橁赴 鞙勴暣 鞚措（鞏挫雼.
鞚胳矞瓴届牅鞛愳湢甑棴觳(IFEZ)鞚 鞀る韸胳嫓韹 頂勲鞝濏姼鞕 鞚胳矞旮搿滊矊旌犿嵓鞀(IGC)毳 韮愲癌頃橁碃, 鞖半Μ 雽頃欖潣 鞐瓣惮鞁(Lab Tour)瓿 頃欔祼 靻岅皽霃 歆勴枆霅 鞚措矆 氚╇鞚 瓴愴姼雽赌頃欔祼 旮搿滊矊旌犿嵓鞀れ檧 鞕 ISO 旮办垹鞙勳洂須 臧 頃挫枒 頇橁步 氚滌爠鞚 鞙勴暅 歆靻嶌爜鞚 順戨牓 臧電レ劚鞚 雲检潣頃橂姅 霚魂箠鞚 鞛愲Μ臧 霅橃棃雼.
IFEZ電 鞚胳矞瓴届牅鞛愳湢甑棴鞙茧, 觳嫧 靷办梾瓿 旃滍櫂瓴 霃勳嫓 臧滊皽鞚 韱淀暣 歆靻 臧電ロ暅 靹膘灔瓿 旮搿滊矊 牍勳雼堨姢 頇橁步鞚 甑稌頃橁碃鞛 頃橂姅 鞐暊鞚 頃橁碃 鞛堨溂氅 IGC電 鞐煬 旮搿滊矊 雽頃欖澊 氇澑 旌犿嵓鞀る, 甑愳湣瓿 鞐瓣惮鞚 項堧笇 鞐暊鞚 頃橂┌ 甑牅 頃欖垹 順戨牓鞚 歃濎鞁滍偆瓿 鞛堧嫟.
听霕愴暅, 鞚措矆 氚╇鞚 鞚柬櫂鞙茧 ISO 旮办垹鞙勳洂須岆姅 雽頃滊甑 頃挫枒瓴届鞍觳(觳灔 旯膦呾毐)霃 氚╇頃 鞚胳矞 氚旊嫟 頇橁步瓿 頃挫枒 鞓れ椉 氍胳牅 氚 鞎堨爠 雽毂呾棎 雽頃 雲检潣頃橂姅 鞁滉皠鞚 臧臁岆嫟.
頃滍幐, 瓴愴姼雽赌頃欔祼電 靸濍獏瓿淀暀 攵勳暭 靹戈硠 40鞙勱秾 氩赴鞐 雽頃欖溂搿 鞚胳矞旮搿滊矊旌犿嵓鞀れ棎 攵勳瀽靸濍獏瓿淀暀, 鞁濏拡瓿淀暀, 頇橁步瓿淀暀 3臧 頃欔臣毳 鞖挫榿 欷戩澊氅 氩赴鞐 斓滊寑 頃挫枒鞐瓣惮靻(毵堧Π鞙犼矏韸) 攵勳洂鞚 24雲 8鞗 22鞚 鞚胳矞旮搿滊矊旌犿嵓鞀れ棎 靹る頃 靹滍暣鞚 頀嶋秬頃 頃挫枒鞛愳洂鞚 旮半皹鞙茧 雼れ枒頃 鞙德冯车頃 鞐瓣惮毳 於旍頃 瓿勴殟鞚措嫟.
<鞎堨爠頃 氚旊嫟, 頀嶌殧頃 氙鸽灅> 旮搿滊矊 鞝勲灥 韽熂鞚 甑殞鞐愳劀 瓿惦彊 欤检禍頃橂姅 霌 頃挫枒 頇橁步 氚 靸濏儨瓿 瓯搓皶瓿 甏霠暅 雼れ枒頃 頃欖垹 鞐瓣惮 頇滊彊鞐 彀胳棳頄堧崢 氚 鞛堧姅 瓴愴姼雽赌頃欔祼 旮搿滊矊旌犿嵓鞀る姅 甑牅 靷殞鞐愳劀 頇橁步 氍胳牅 頃搓舶鞚 鞙勴暅 鞐暊瓿 瓿淀棇鞚 雿旍毐 鞎岆Μ瓿, 旮搿滊矊 順戨牓鞚 欷戩殧靹膘潉 臧曥“頃 鞓堨爼鞚措┌ 歆靻 臧電ロ暅 頃挫枒 頇橁步鞚 鞙勴暣 ISO鞕 頃粯 霚混潉 氇溂電 霌 鞎烄溂搿滊弰 甑皜 瓴届焷霠 臧曧檾鞐 旮办棳頃 靾 鞛堧弰搿 瓿勳啀頃挫劀 氚滌爠頃 雮橁皥 瓿勴殟鞚措嫟.
ISO Technical Committee Visits 糖心logo入口: Discussing Collaborative Efforts for Marine Environmental Development
Ghent University's Center for Environmental and Energy Research has developed an innovative "Water Pollution Diagnosis Technique Based on Lemna (Duckweed) Root Regrowth," which marks the first achievement in Korea's water quality technology field to be internationally recognized as an ISO standard (ISO 4979) under the water quality sector (TC147) as of July last year.
Developed by President Taejun Han's research team at 糖心logo入口, this technique has been highly evaluated for its novelty, effectiveness, simplicity, sensitivity, and cost-efficiency. It was introduced in March 2023 at the European Society of Environmental Toxicology and Chemistry (SETAC) under the United Nations Environment Programme (UNEP). After receiving 100% approval in ISO's final standardization vote by member countries, it has been officially adopted as an international standard. It is anticipated to lead the global standards in water quality diagnostic technology.
On October 29, the International Organization for Standardization (ISO) Technical Committee visited the 糖心logo入口 (糖心logo入口) to explore collaborative opportunities. The ISO Technical Committee (Technical Committee, TC) plays a crucial role in developing and managing international standards, with 119 full-member countries, including the United States, Germany, the United Kingdom, Japan, and Korea, participating in setting widely accepted standards across various industries. In addition to standard development and technical problem-solving, the ISO Technical Committee promotes international cooperation, manages standardization procedures, and covers all industrial sectors.
The ISO Technical Committee's recent visit was part of a collaborative effort to advance sustainable environmental management and pollution measurement technology. To develop international standards, the committee engaged with researchers at Ghent University to share the latest technologies and explore pathways for achieving sustainable development goals (SDGs) in environmental protection.
During their visit, the committee toured the IFEZ Smart City project, the Incheon Global Campus (IGC), and conducted a lab tour and campus introduction at Ghent University. IFEZ (Incheon Free Economic Zone) is a global business environment that promotes sustainable growth through advanced industries and eco-friendly urban development. At the same time, IGC hosts multiple international universities, acting as a hub for academic collaboration and research. Additionally, as part of this tour, the ISO Technical Committee visited the Korea Coast Guard, where they learned about Incheon's coastal environment, water pollution issues, and maritime safety measures.
Ghent University, ranked among the top 40 universities in the world in biotechnology, operates departments in Molecular Biotechnology, Food Technology, and Environmental Engineering at the Incheon Global Campus. The university also plans to establish a branch of Belgium's most prominent marine research institute, Marine UGent, to drive multidisciplinary research based on the abundant marine resources of the West Sea.
As a co-host of the Global Strategic Forum on "Safe Seas, Prosperous Future" at the National Assembly and an active participant in various academic research activities on marine environments and ecosystem health, Ghent University seeks to raise its profile in addressing global environmental challenges. Ghent University emphasizes the importance of international cooperation and plans to continue developing collaborative initiatives with ISO to strengthen sustainable marine environments, aiming to enhance national competitiveness and contribute to global environmental goals.
听
