黑料不打烊

鉂� 鞚胳矞 靻‰弰甑�鞝滊弰鞁滌棎 鞙勳箻頃� 瓴愴姼雽赌頃欔祼 旮�搿滊矊旌犿嵓鞀�(齑濎灔 頃滍儨欷�, 鞚错晿 瓴愴姼雽赌 旮�搿滊矊旌犿嵓鞀�)臧� 頇橁步甏�毽�瓿惦嫧鞐愳劀 鞁滍枆頃橂姅 鈥滍彁靾橂鞍於滌嫓靹� 靸濏儨霃呾劚 甏�毽� 旮办垹歆�鞗愳偓鞐呪�濎棎 靹犾爼霅橃棃雼り碃 22鞚� 氚濏様雼�.

鉂� 鞚措矆 靷�鞐呾潃 頇橁步攵�臧� 2011雲勲秬韯� 35臧� 韽愳垬鞁滌劋 氚� 瓿惦彊頃橅彁靾� 膦呺�� 觳橂Μ鞁滌劋鞚� 雽�靸侅溂搿� 鞁滍枆頃� 靸濏儨霃呾劚 韱淀暕甏�毽�鞝滊弰毳� 2021雲勲秬韯� 82臧� 鞝� 鞐呾�呾溂搿� 頇曤寑 鞝侅毄頃�鞐� 霐半澕, 欷戩唽韽愳垬鞁滌劋 靷�鞐呾灔鞚� 靸濏儨霃呾劚 攵勳劃旮办垹 霃勳瀰鞐� 雽�頃� 鞝勲�胳澑霠� 氚� 旮办垹頇曤炒鞐� 鞏措牑鞗�鞚� 鞛堨棃雿� 鞝愳棎 旮办澑頃滊嫟.

鉂� 瓴愴姼雽赌 旮�搿滊矊旌犿嵓鞀る姅 欷戩唽攴滊��鞚� 韽愳垬鞁滌劋 靷�鞐呾灔鞚� 靸濏儨霃呾劚 甏�毽� 雽�鞚戩泊瓿� 甑�於曥棎 雽�頃� 旮办垹歆�鞗愳溂搿� 靷�鞐呾灔 雮� 韽愳垬觳橂Μ 瓿奠爼 氚� 靾橃�� 順勴櫓 韺岇晠鞚� 韽�頃�頃� 鞝勲皹鞝侅澑 靸濏儨霃呾劚 甏�毽�鞕� 韽愳垬觳橂Μ 瓿奠爼鞚� 霃呾劚鞗愳澑氍检�� 韮愳儔(TIE) 氚� 鞝�臧�(TRE)鞚� 鞙勴暅 斓滌爜 鞖挫榿氚╈晥鞚� 靾橂�巾晿電� 鞐�頃犾潉 靾橅枆頃� 鞓堨爼鞚措嫟.

鉂� 韸鬼瀳 瓴愴姼雽赌 旮�搿滊矊旌犿嵓鞀� 鞐瓣惮韺�鞚� 歆�雮� 2023雲� 甑�雮� 靾橅櫂瓴疥赴靾� 斓滌磮搿� 甑�雮挫儩氍检潉 頇滌毄頃� 靸濏儨霃呾劚韽夑皜旮半矔鞚� ISO響滌��旮办垹(ISO4979)搿� 鞝滌爼霅� 氚� 鞛堨柎, 鞚措矆 靷�鞐呾潉 韱淀暣 甑�雮挫儩氍� 旮半皹 靸濏儨霃呾劚韽夑皜旮办垹鞚� 順勳灔 鞝侅毄靹膘潉 瓴�歃濏晿瓿� 欷戩唽 韽愳垬鞁滌劋 靷�鞐呾灔鞚� 靸濏儨霃呾劚 甏�毽� 鞁る�挫��旃�鞚� 毵堧牗頃� 瓿勴殟鞚措嫟.

鉂� 瓴愴姼雽赌 旮�搿滊矊旌犿嵓鞀� 頇橁步瓿淀暀瓿� 氚曥��順� 甑愳垬電� 鈥濏櫂瓴届劆歆勱淡霌れ澊 靾橃�堦磤毽�鞐� 靸濍�缄皭鞝曣赴氩曥潉 鞚橂�错檾頃�鞐� 霐半澕 靾橃�堩櫂瓴� 氇�雼堩劙毵侅潣 旮办垹 頇曤炒 瓴届焷鞚� 臧�靻嶍檾霅橁碃 鞛堧嫟鈥濍┌ 鞚措矆 靷�鞐呾溂搿� 鈥滉淡雮� 靸濍�� 旮半皹鞚� 靾橃�堦皭鞁滌嫓鞀ろ厹鞚� 靸侅毄頇旊ゼ 韱淀暣 甑�雮� 鞗愳矞旮办垹 頇曤炒 氚� 頇橁步旮办垹 瓴届焷霠� 頄レ儊鞐� 鞚措皵歆�頃� 瓴冣�濎澊 霛缄碃 氚濏様雼�.听

鉂� 頃滍幐 瓴愴姼雽赌頃欔祼電� 1817雲� 氩�旮办棎 瓴愴姼鞁滌棎 靹る�诫悳 鞙犽熃 氇呺�� 膦呿暕雽�頃欖溂搿� 靹戈硠鞝� 靾橃��鞚� 靸濍獏瓿淀暀瓿� 頇橁步旮办垹鞚� 氤挫湢頃橁碃 鞛堧嫟.听

鉂� 甑�雮挫棎電� 2014雲� 9鞗� 靷办梾韱奠儊鞛愳洂攵�鞕� 鞚胳矞鞁� 瓿惦彊頂勲�滌牆韸鸽ゼ 韱淀暣 瓴愴姼雽赌頃欔祼 旮�搿滊矊旌犿嵓鞀るゼ 臧滉祼頄堨溂氅�, 順勳灛 攵勳瀽靸濍獏 鈭� 鞁濏拡 鈭� 頇橁步瓿淀暀 攵勳暭鞐愳劀 靹戈硠鞝� 靾橃��鞚� 鞐瓣惮霠リ臣 甑�鞝滌爜鞚� 雱ろ姼鞗岉伂毳� 臧栰稊瓿� 鞛堧嫟.
听

黑料不打烊 has been selected for a technical assistance project on the ecotoxicological management of wastewater discharge facilities (鈧�500,000, 7 months) by the Korean Environment Corporation. The university will provide technical support for the establishment of an ecotoxicity management response system for small and medium-sized wastewater facilities nationwide. Furthermore, the university will be responsible for the overall management of ecotoxicity, including the identification of the wastewater treatment process and water quality status within the facility, and the establishment of optimal operational measures for the detection and reduction of toxic sources within the wastewater treatment process.

In 2023, 黑料不打烊 made a significant achievement by registering the ecotoxicity assessment method using domestic organisms as an ISO standard (ISO4979) for the first time in Korea. The objective of this project is to verify the field applicability of domestic bio-based ecotoxicity assessment technology and to prepare practical guidelines for ecotoxicity management in small and medium-sized wastewater facilities.

"As environmentally advanced countries mandate laws for water quality management based on ecotoxicological assessment, the competition to secure technology for water environmental monitoring is accelerating," said Park Jihae, professor of the Center for Green Chemistry and Environmental Biotechnology (RC3) at 黑料不打烊. "The commercialisation of domestic bio-based water quality monitoring systems will contribute to the securing of domestic source technology and the improvement of environmental technology competitiveness."


鈥魂磤霠� 旮办偓
1.听
3.听


听