ECTR

PROJECT

ECTR

Acoustic innovation and sustainability through textile reuse
CONCEPT

The EchoCraft Reused Textiles (ECTR) project develops innovative acoustic seating and armchairs using textile waste, in line with circular economy principles. The aim is to integrate recycled materials into furniture design to improve indoor acoustic quality while reducing environmental impact.

The project focuses on sustainable transformation techniques to enhance the value of textile waste, balancing aesthetics with acoustic performance. This initiative supports the creation of a circular, sustainable supply chain, driving innovation in the furniture industry.

CONTEXT

The ECTR project aligns with circular economy goals and the broader green transition, tackling the challenge of reusing textile waste within the furniture sector.

It responds to the growing need to reduce the environmental footprint of furniture production by connecting the textile and furniture industries to develop sustainable, high-performance solutions.

The project meets a growing demand for products that combine design, acoustic functionality, and sustainability, aiming to enhance the environmental quality of living and working spaces.

Beneficiari

OBJECTIVES AND EXPECTED RESULTS

Main objectives:

  • Develop acoustic seating and armchairs using textile waste
  • Improve acoustic comfort in indoor environments
  • Promote sustainability and circular economy in the furniture industry

Expected outcomes:

  • A catalogue of high-performance acoustic materials
  • Innovation in eco-compatible transformation techniques for textiles
  • Prototype development of sustainable furniture pieces
  • Awareness-building in the industry around sustainable practices
  • Positive impact on circular economy and textile waste reduction

The project will also deliver a detailed database of physical and acoustic properties of recycled materials and will optimize production processes to ensure both economic and environmental sustainability.

KEY FIGURES

10

RESEARCHERS INVOLVED

6000

RESEARCH HOURS

12

PROJECT DURATION

4

NUMBER OF WORK PACKAGES (WPS)

1

STARTING TRL

2

FINAL TRL