The project focuses on the development of bio-based materials generated through sustainable processes, with particular attention to the production of bacterial nanocellulose in space environments.
Nanocellulose, a bio-based and sustainable raw material derived from non-depletable sources, has multiple applications.
The project includes the identification of optimal growth conditions, followed by the design and testing of the monitoring systems and sensors needed to create an operational MiniLab for space, capable of carrying out the planned experiments while ensuring high standards of circularity and environmental sustainability.
The project begins with a preliminary design phase, including the conceptual design of subsystems and the definition of development plans.
An initial analysis will be conducted to identify the measurement approaches needed to monitor the production process.
Next, the appropriate sensor systems will be selected for integration into the Proof of Concept, based on trade-off evaluations considering parameters such as technology readiness, component availability, ease of integration, reliability, and the presence of space-compatible alternatives.
This phase is instrumental in planning future experiments in orbit.
Beneficiari
The main goal of the project is to develop a self-sufficient structure for the generation of polymers—in particular, biopolymers in space conditions.
The objective of the first two Work Packages (WPs) is to implement, based on prior research conducted by the project lead, a precise parametric system for the autonomous growth of bacterial nanocellulose within the MiniLab, leveraging the coordinator's proprietary know-how.
The generation of raw materials is a highly relevant topic today, as it shifts the paradigm from extraction to generation-based models.
The third WP aims to carry out the preliminary design of a functional and scalable system for space application.
KEY FIGURES
RESEARCHERS INVOLVED
NEW HIRES EXPECTED
PROJECT DURATION
NUMBER OF WORK PACKAGES (WPS)
STARTING TRL
FINAL TRL
Project n.: PE_00000004
MADE IN ITALY CIRCOLARE E SOSTENIBILE
Tax Code. 97931690156
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