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NNFCC News Review: Biobased Products Issue 150, September 2024

Category: biobased
Published: 05/09/2024
Author: NNFCC
Each month we review the latest news and select key announcements and commentary from across the biobased products sector.

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Foreword

Almost half of all global emissions is linked to the built environment. Of these emissions, 27% is generated during the operation of buildings, while 13% comes from construction and demolition. The American Institute of Architects (AIK) UK has recently delivered a webinar that included stories of the latest decarbonization efforts from three R&D efforts in the biobased construction field. Axalta, a global leader in the coatings industry, presented their proprietary BIOCORE technology for powder coatings. This powder coating uses non-food organic waste as raw material and claims to reduce CO2 emissions by 25%. Also on the topic of coatings, Head of Sales Automotive and Industrial Coatings at Covestro, Berta Vega Sánchez stated in a recent interview that: “We are convinced that the share of bio-based coatings, encompassing both segregated and mass-balanced solutions, will experience significant growth”.

Next to present at the AIK webinar, University of East London (UEL) introduced the latest product of their R&D operations. Their innovation, Sugarcrete®, is a brick material made from sugarcane fibres left over after sugar production, with sand-mineral binders. The production procedure has a carbon footprint six times smaller than conventionally made clay bricks due to the storage of biogenic carbon from rapid-growing plants such as sugarcane. The first commercial manufacturing plant has already been established in India. Finally, Henning Larsen Architects, an international architectural firm based in Copenhagen, presented their collaboration with Feldballe School in Ronde. Their project developed a prefabricated wall panel system made of compressed straw.

In Germany, the researchers based at Fraunhofer IKTS have recently optimised a technique of producing biogenic construction materials from cyanobacteria. The research group has exploited the ability of cyanobacteria to induce the production of CaCO3-rich structures known as stromatolites...

Other News this Month Includes:    

Policy

  • Policy push for India’s bioeconomy 

Markets

  • AIA UK SUSTAINABILITY SERIES – Innovative construction through
    bio-based materials
  • 2M Group launches bio-based packaging business
  • More...

Research & Development

  • Beyond 2,5-furandicarboxylic acid: status quo, environmental assessment, and blind spots of furanic monomers for bio-based polymers
  • Fraunhofer: Bio-concrete and biogenic construction materials with cyanobacteria
  • More...

Polymers

  • PLA at the Olympics 
  • Avantium continues to progress towards the start-up of its FDCA Flagship Plant in 2024
  • More...

Chemicals

  • Crucial role of shared facilities in scaling up biobased chemistry
  • BASF switches their portfolio to bio-based Ethyl Acrylate (EA) 
  • More...

Consumer Products

  • BMW M visionary materials seat wins 2024 Altair enlighten award in the sustainable process category
  • Melina Bucher launches first completely bio-based, plastic-free bag
  • Packaging: Why it matters? 

Events

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