Regenerating plants to enrich people's lives
What is Imec® Film Farming?
Featured
Imec® ( Film Farming ) is the world’s first hydrogel membrane based agro-technology to address some of the serious issues that our world communities’ face today regarding food shortage, water scarcity and land contamination.
Imec Brochure（4.5ＭＢ）
Our company is featured in various media
Media
Mebiol has been introduced in various media such as TV programs, newspapers and magazines. We made speeches at many scientific societies and lectures, participated many exhibitions, acquired awards and had been adopted by national projects.
Pressroom
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2017/12/19
Magazine / WebsiteUploaded to YouTubeThe public information video which Japanese Ministry of Foreign Affairs made in this spring was uploaded in YouTube.
ENGLISH: https://youtu.be/eu5EwxMwHyc
CHINESE: https://youtu.be/bkS7UDmyuC0
FRENCH: https://youtu.be/Gi-8ZyoF2oM
SPANISH: https://youtu.be/MSCV38vY0V4
PORTUGUESE: https://youtu.be/_ftm1cXqbZA
ARABIC: https://youtu.be/X1iPeqYsCbM -
2016/11/17
TV/radio“DIRECT TALK” by NHK WORLD on Dec. 12Dr. Mori, CEO appears on “DIRECT TALK” by NHK WORLD on Dec. 12.
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2016/11/17
Award / National ProjectFALLING WALLS ～SCIENCE START-UP OF THE YEAR 2016～Mebiol was selected to the FINALIST of FALLING WALLS ～SCIENCE START-UP OF THE YEAR 2016～, which was held at Berlin, Germany on Nov. 8-9.
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2015/08/26
Magazine / WebsiteImec was introduced in “We Are Tomodachi Autumn 2015” issued by Japanese GovernmentImec was introduced in “We Are Tomodachi Autumn 2015” issued by Japanese Government Please visit to: We Are Tomodachi
Online media
Product Info
Imec®
Imec® ( Film Farming ) is the world’s first hydrogel membrane based agro-technology to address some of the serious issues that our world communities’ face today regarding food shortage, water scarcity and land contamination.
Mebiol® Gel
Introduction to Mebiol® Gel
Hydrogels are a diverse class of polymeric materials characterized by their network-like structure and high water content.
Hydrogels are a diverse class of polymeric materials characterized by their network-like structure and high water content.
