A sector under transition pressure: why is coordination capacity needed?
Portugal’s textile and clothing sector illustrates why technology centres function as essential transition infrastructure. In 2021, the sector comprised around 12 000 firms and nearly 130 000 workers and was overwhelmingly SME-based, particularly in textiles manufacturing, apparel and leather-related products. As a result, SMEs carry most of the transition burden. OECD estimates suggest they account for over 80% of the sector’s greenhouse gas emissions. This creates a multidimensional challenge, as companies must simultaneously reduce emissions while adapting products, production processes and data systems to meet new regulatory and market requirements. In this context, coordination capacity becomes critical

CITEVE at a glance
CITEVE - the Technological Centre for the Textile and Clothing Industries of Portugal - is a private, non-profit organisation that supports the competitiveness, sustainability and technological maturity of the national textile and apparel ecosystem. Founded in 1989, it has evolved from a sectoral support structure into a fully integrated technology centre operating at the intersection of industry, research and public policy.
Closely connected to SMEs and grounded in a strong industrial base, CITEVE acts as a trusted partner for companies navigating complex transitions related to sustainability and circularity, digitalisation, advanced materials and new market applications.

Comprehensive technological capabilities, from testing to industrialisation
CITEVE offers a broad portfolio of technological services for the textile sector. Its internationally accredited laboratories perform approximately 180 000 tests per year, covering physical, chemical and biological evaluations, functional performance, comfort, durability, safety, protection, environmental compliance and regulatory conformity.
By combining performance validation with conformity assessment, CITEVE reduces technological and market risks associated with industrial adoption.
At the research and innovation level, the centre provides development and prototyping infrastructures that support the transition from concept and pilot scale to industrial validation. These capabilities include transformation technologies for fibres and textile structures, functionalisation, composites, additive manufacturing, complex 3D components, clothing manufacturing, mechanical and biochemical recycling, robotics and automation, and integrated responsive fabrication.

Applied R&D and innovation aligned with industrial reality
Applied research and innovation are core pillars of CITEVE’s activity. The centre leads and participates in national and European R&D projects addressing bioeconomy, sustainability, circular economy, ecodesign, digital product development, advanced and technical textiles and smart materials.
A defining characteristic of this work is its alignment with industrial constraints. Innovation activities are designed to be scalable, compliant and market-ready, ensuring that research outcomes translate into viable production processes and competitive products.

Strategic capabilities in technical and protective textiles
CITEVE is strengthening specialised competencies in technical and protective textiles, including dual-use applications related to defence and security. Through EU-funded projects, the centre supports the testing, prototyping and industrialisation of advanced solutions such as printed electronics integration, technical embroidery, seamless structures and advanced finishing technologies.
These activities are developed in collaboration with industrial partners and relevant stakeholders and contribute to broader European priorities related to strategic autonomy and resilience.

Cross-sector innovation and diversification
Recognising that resilience and long-term growth depend on diversification, CITEVE promotes the transfer of textile technologies to adjacent sectors. A key element of this strategy is its long-standing collaboration with its spinoff CeNTI - Centre for Nanotechnology and Advanced Materials, which enables cross-sector R&D and industrialisation.
Joint projects have generated applications in areas such as construction, mobility and automotive, demonstrating how textile-based solutions can deliver high-performance outcomes in non-traditional markets.

Ecosystem orchestration and cluster leadership
CITEVE’s role extends beyond individual company support. Since 2017, it has acted as the managing authority of the Portuguese Textile Cluster, transforming collaboration into a structured and permanent mechanism. Through this role, CITEVE facilitates cooperation across the value chain, aligns stakeholders around shared challenges and supports collective solutions in areas such as sustainability, traceability, digitalisation and skills development.
Its proximity to industrial reality is critical to its function as an ecosystem orchestrator, enabling the organisation of consortia and partnership-based initiatives that connect research, innovation and market deployment at national and international levels.

Conclusion
CITEVE represents a mature and robust example of a technology centre combining technical expertise, applied research capacity, industrial-scale validation and ecosystem coordination. As such, the CITEVE case illustrates how technology centres can act as ecosystem orchestrators, steering collaboration among firms, research actors and institutions, supporting the transfer of applied research into industrial practice, and ensuring that market and regulatory constraints are reflected upstream in research and policy design.