Poap 2018-01-16T13:02:55+00:00

Production of Organic Acids for Polyester Synthesis

Objectives

  • Development of ecient processes for the obtainment of D-lactic acid (DLA) and itaconic acid (IA) from lowlignin agricultural wastes, such as citrus processing waste and chaff

  • Assessment of novel enzymes for disintegration of cellulose, hemicellulose and pectin

  • Evaluation of process sustainability through a complete Life Cycle Assessment (LCA) and Life Cycle Costing (LCC) methods

Innovative Aspects

  • New biocatalytic routes producing key monomers

  • New enzymes particularly suited for this operation and raw materials

  • New microbial catalysts with improved performance (yield, product purity, tolerance tosubstrate and product inhibition)

  • New purification procedures for the produced organic acids that would better adapt them to polymer production processes

Technologies

  • Method for the pre-treatment and hydrolysis of orange peel waste and wheat cha, potentially applicable to other microbial-based transformations

  • Bio-based polymers (polyesters, polyamides) derived from the synthesized building blocks

  • Assessment in terms of process economics/ environmental benefits of these value-added chains

Impacts

  • Development of new biocatalysts and proficient processes selected through LCA for the transformation of low ligning wastes into valuable building blocks with a further upgrading to polymers and copolymers

  • Valorization of agricultural wastes for production of high-added value bioplastics

  • Contribution to circular economy through waste valorization and resource eciency

Ekodenge’s Role

Özge Yılmaz
Özge YılmazProject Team Leader
ozge.yilmaz@ekodenge.com

Project Partners