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Videnvaren+ award-winning circular building material innovation VIM recognized by international programs and industry partners

VIM Award Winning Innovation

Videnvaren+ is an award-winning materials innovation company transforming industrial waste into high-performance building solutions.

Award-Winning Innovation, Proven Across Industry and Institutions

Videnvaren+ is recognized as a leading innovator in circular construction materials, with multiple national and international awards validating the impact, scalability, and practicality of our work.

Our core innovation, VIM (Vulcanized Insulation Membrane), has been acknowledged across climate-tech, real estate, circular economy, and urban sustainability platforms. Developed from recycled industrial rubber and end-of-life tires, VIM integrates thermal insulation, waterproofing, and acoustic performance into a single membrane—capabilities rarely combined in conventional building materials.

Videnvaren+ has been recognized and supported by:

  • PRISM Circular Hackathon 2025 (PTT Group) – First Prize, selected from over 150 teams, with entry into the PRISM Sandbox for industrial collaboration

  • Hylife Innovation Excellence Awards 2025 – 1st Place, Real Estate & PropTech Category

  • UNDP Youth Co:Lab – SDG Sprint Programme – Selected among the Top 12 impact-driven innovations in Asia-Pacific

  • ASEAN SPARK – Named Top 12 Energy Businesses in the region

  • New Energy Nexus Thailand – Climate Tech Lab to Market 2025 – Supporting VIM’s transition from lab to market

Beyond awards, VIM has progressed through independent testing with the National Rubber Institute and Mahidol University, entered pilot installation in a residential project in Bangkok, and advanced product development partnerships for roofing and building envelope systems.

These recognitions reflect a consistent principle at Videnvaren+:sustainability must be industrially practical, scalable, and measurable.

By turning waste into high-performance materials, we continue to deliver solutions that support energy efficiency, circular economy goals, and climate-resilient buildings—not as concepts, but as deployable products.

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