We bring ideas to life

On Going Research Projects

At 2C2T, we are dedicated to pushing the boundaries of textile fiber research and development. Our team of experts is constantly exploring new technologies and materials to create innovative and sustainable textile fibers that can revolutionize the industry. We are proud to share some of our current projects with you.

news year

BE@T: BIOECONOMIA PARA TÊXTIL E VESTUÁRIO

RAUL FANGUEIRO

START AT 05/2022 – END AT 12/2025

The be@t project has the overall goal of generating and consolidating a truly innovative, sustainable, and circular National Textile and Clothing Industry Cluster.

Research Team:

Financing:

BLUEBIO PBA – PACTO DA BIOECONOMIA AZUL

RAUL FANGUEIRO

START AT 12/2020 – END AT 12/2025

The Blue Bioeconomy Pact aims to drive the development of a new cutting-edge industrial economic sector in Portugal, based on the sustainable application of marine bioresources across multiple industries.

Research Team:

Financing:

GIATEX

RAUL FANGUEIRO

START AT 10/2022 – END AT 09/2025

The mobilizing project GIATEX – Intelligent Water Management aims to address the challenges faced by textile finishing companies in terms of intensive water consumption.

Research Team:

Financing:

GREENAUTO

Ana Maria Rocha

START AT 05/2022 – END AT 12/2025

The GreenAuto Agenda aims to position the national automotive industry in the low-emission vehicle value chain. To achieve this goal, innovative, digital, and sustainable products and processes associated with the manufacturing of automobiles and their components will be developed.

The 2C2T’s participation focuses on the development of technical textiles, airbag modules, and HMI steering wheel for the vehicle.

Financing:

INDIA

RAUL FANGUEIRO

START AT 01/2022 – END AT 12/2022

The project aims to develop filtration systems produced by electrospinning.

Research Team:

Financing:

LUSITANO

RAUL FANGUEIRO

START AT 01/2022 – END AT 12/2025

Within the scope of this project, the goal is to develop ecological and functional filamentous structures through the recycling and valorization of textile fibrous waste. In parallel and as a complementary aspect, this project also aims to study the functionalization of the sustainable filamentous structures to be developed, with the purpose of endowing them with additional functional performance characteristics.

Research Team:

Financing: