FUNDED RESEARCH PROJECTS

Where research becomes application: projects shaping the future of materials.

Each funded research project in materials science represents a real-world testing ground: new industrial needs, new materials and new application challenges.
Here you will find the national and European funded projects that reflect our contribution to the circular economy and industrial transition — from textile waste recovery to the development of innovative cables, as well as programs focused on medical, manufacturing and energy technologies.

Funded R&D projects

Ongoing funded R&D projects

CIRCULAR ECONOMY CABLE PROJECT

Development and prototyping of innovative electrical and telecommunication cables with high levels of circularity, traceability and visibility, implementing circular economy principles and digital transition in the energy transmission and data connectivity sectors.

SOLSTICE PROJECT

Addressing key social and technical challenges in the textile industry through the implementation of climate-neutral practices and the transition towards a circular economy model tailored to the textile sector, demonstrated across four European regions.The adopted approach covers all stages of waste prevention and management, guided by a holistic 5R strategy: Refuse/Reduce, Reuse, Repair, Repurpose and Recycle.

Funded projects with SPINPET as PARTNER or SUBCONTRACTOR

ECO-SMART DEGREASING SYSTEM PROJECT

R&D project aimed at developing a highly innovative, automated and eco-sustainable system for metal component degreasing. The system is based on the development of alternative solvents to trichloroethylene, offering superior efficiency and sustainability compared to existing market solutions.

MEDICAL WASTE TREATING 4.0 PROJECT

R&D project focused on the development of an innovative automated system for the treatment and valorization of medical waste according to End-of-Waste principles.

RESYNT PROJECT

Recycling of residual synthetic textiles.
R&D project promoted by the European GALACTICA consortium, aimed at the valorization and recycling of textile processing waste.

INVITALIA BREVETTI+ PROJECT

Project focused on the valorization of patents related to hydrogen production technologies.

VOC-TAN PROJECT

Volatile Organic Compound abatement system in tannery environments.
R&D project aimed at a theoretical and experimental investigation on the addition of chemicals to scrubbing water to enhance the absorption of VOCs from industrial gaseous effluents.

EUROPEAN PROJECT GEOCOND

Advanced materials and processes to improve performance and cost-efficiency of shallow geothermal systems and underground thermal storage.

TUSCANY REGION PROJECT – SYNERGY

Multidisciplinary industrial development of innovative multifunctional nanostructured materials.

NANOCAT PROJECT

Nano-structured electride emitters for hollow cathodes.
ASI call: “New ideas for future space component technologies.”

TUSCANY REGION PROJECT – LU.CE.RE.

Lucart Cellulose Recovery.
Research and experimentation on the treatment of paper mill sludge and the use of derived materials as fillers for new plastic materials.

TUSCANY REGION PROJECT – S.E.L.F.I.E.

System of Advanced Multi-Layer Elements based on innovative nanostructured surfaces and materials for sustainable and energy-efficient buildings.

TUSCANY REGION CALL – ST4CS

Smart Technologies for Containment Systems. Replacement of traditional steel materials with polymeric materials.

TUSCANY REGION CALL – R&R

Definition of an innovative chemical process for the recovery of precious metals from WEEE waste.

TUSCANY REGION PROJECT – RIGEPLAST

Feasibility study on the use of post-consumer PET compounds for injection molding of robot body parts and components for PIAGGIO vehicles.

TUSCANY REGION CALL – POLINTER

Preparation of PET compounds with proprietary formulations and support for sheet extrusion and thermoforming trials.

$SUPER-TEX$

EUROPEAN PROJECT – SUPER TEX

Sustainable flame-retardant technical textiles from recycled polyester.

TUSCANY REGION PROJECT – AM4.0

Development of a machine to improve the mechanical performance of ABS for 3D printing applications.

Are you preparing a funded project and looking for a reliable technical-scientific partner?

SPINPET can support you throughout the proposal phase, experimentation and industrial validation, contributing to the development of materials, processes and technologies backed by measurable evidence.