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瓴愴姼雽� Jo Dewulf 甑愳垬 2017 “臧�鞛� 毵庫澊 鞚胳毄霅� 雲茧��” 靸�

Jo Dewulf 甑愳垬鞕� 攴� 韺�鞚� ‘Resources, Conservation & Recycling’ 鞛§��鞐愳劀 靹犾爼頃� 2017 “臧�鞛� 毵庫澊 鞚胳毄霅� 雲茧��” 靸侅潉 靾橃儊頃橃榾雼�. Jo Dewulf 甑愳垬電� 瓴愴姼雽�頃欔祼鞚� 頇橁步鞙犼赴瓿柬暀 氚� 旮办垹 攵勳暭 (Environmental Organic Chemistry and Technology (EnVOC))甑愳垬鞚措┌, 攴胳潣 韺�鞚� 頇橁步鞙犼赴瓿柬暀 氚� 歆�靻嶊皜電レ劚 氍胳牅毳� 欷戩爯鞙茧�� 鞐瓣惮毳� 歆勴枆頃橁碃 鞛堧嫟. 鞚� 鞛§��電� 雿旍毐 歆�靻� 臧�電ロ暅 靸濎偘瓿� 靻岆箘 鞁滌姢韰滌溂搿� 雮橃晞臧� 瓴冹潉 臧曥“頃橂┌, 鞛愳洂鞚� 甏�毽�, 氤挫〈, 鞛�頇滌毄, 鞛愳洂靸濎偘鞚� 氚滌爠, 靻岆箘 頂勲�滍晞 鞛�甑�臁绊檾 氚� 靷办梾鞚� 韮堧皵昕堨棎 鞛堨柎 旮办垹鞝�, 瓴届牅鞝�, 鞝滊弰鞝� 攴鸽Μ瓿� 鞝曥眳鞝侅澑 攵�攵勳棎 齑堨爯鞚� 霊愱碃 鞛堧嫟.

Prof. Jo Dewulf and his team have received the Most cited paper award 2017 of the Resources, Conservation & Recycling magazine. Congratulations!

Professor Jo Dewulf is from Environmental Organic Chemistry and Technology (EnVOC), Ghent University. They focus their research, educational and service activities on environmental and sustainability issues of organic chemistry and technology.

The journal emphasizes the transformation processes involved in a transition toward more sustainable production and consumption systems. Emphasis is upon technological, economic, institutional and policy aspects of specific resource management practices, such as conservation, recycling and resource substitution, and of "systems-wide" strategies, such as resource productivity improvement, the restructuring of production and consumption profiles and the transformation of the industry.

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