Optimization of the Formulation and Development Process of a Biopolymeric Material with Properties Analogous to Animal and Synthetic Leather.

• Grant number: 25/01544-1
• Support Opportunities: Research Grants - Innovative Research in Small Business - PIPE
• Start date: January 01, 2026
• End date: December 31, 2027
• Field of knowledge: Engineering - Chemical Engineering
• Principal Investigator: Marina Geraldo Belintani
• Grantee: Marina Geraldo Belintani
• Associated scholarship(s): 26/05223-8 - Improvement of the biomaterial's hydrophobic property, BP.TT; 26/05226-7 - Polymeric matrix optimization in biomaterials, BP.TT; 26/02381-1 - Optimization of the formulation and development process of a biopolymeric material with properties analogous to animal and synthetic leather, BP.PIPE

Abstract

This proposal aims to optimize the structure of a bio-based polymer developed from sustainable raw materials, with characteristics similar to animal or synthetic leather. The biopolymer is produced using seed pods from the angico tree, combined with plant- and mineral-based inputs, resulting in an innovative, sustainable, and versatile material.The project encompasses both the enhancement of the material's physical, mechanical, and aesthetic properties and the validation of its production process in a laboratory setting. The biopolymer can be developed either as a fabric or as a textile coating, expanding its potential applications.Targeting the fashion, footwear, and accessories industries, the proposed biomaterial addresses the growing demand for sustainable and ethical alternatives to animal leather and petrochemical-based products. In addition to reducing environmental impact, the project reinforces the role of technological innovation in creating high-performance materials with positive social and environmental outcomes.This study aims not only to position the biomaterial as a viable market alternative but also to demonstrate its applicability in high-value products. Expected outcomes include the delivery of an optimized material that meets the performance standards required by the industry, along with validated laboratory-scale production processes. (AU)