Space
The objective was to design, study and characterize the atmospheric sub-system of a Plant Control Unit and its processes related to crop growth. The atmosphere of the plant-related environment had to be homogeneous and meet the plants’ requirements.
The atmospheric system has the goal to accommodate the plant shoots during the culture till the harvesting, in a closed controlled and automated environment. The requirements established by plant scientists of the University of Blaise Pascal determined the optimal conditions for light, evapotranspiration of leaves, temperature and relative humidity for crops such as potatoes, soybeans and durum wheat.
The AtSSE concept innovation includes:
1. Multiple system:
2. Limited size of the system
EnginSoft has previously participated as a partner in other ESA life support system projects. The company’s engineering background has resulted in a higher level of involvement in ongoing projects where it now plays a coordinating role with direct design involvement with ESTEC (European Space Technological Center) scientists. In this specific project EnginSoft worked on the full control of the air management and flexible air management (distribution system) in order to create an optimal growth environment with T, RH and contaminant control.
ENGINSOFT SPA, NTNU - NORWEGIAN UNIVERSITY OF SCIENCE TECHNOLOGY, POLYTECHNIQUE MONTRÉAL, SHERPA ENGINEERING, ULB - UNIVERSITÉ LIBRE DE BRUXELLES, UGENT - UNIVERSITEIT GENT, UNIVERSITY OF GUELPH
Funding Scheme ESA | Call identifier Programme MELiSSA - Micro-Ecological Life Support System Alternative
24 months
2016 - 2017
EnginSoft SpA
Lorenzo Bucchieri
7
Some of our competences in research and technology transfer
Research project
The project supports some of the companies within the SINFONET network in using high value services, assistance, orientation, coaching, information, and export promotion to promote not only their individual companies but also the overall foundry supply chain.
Research project
The GAP Project’s innovativeness lies in the development of innovative metallic materials with multi-sector application potential, increased by experimentation with new specific technologies (e.g. the use of ceramic cores for die-casting, surface treatments, and joining techniques).
Research project
The main specific objective of SPACE is to enable the most widely used European A&C HPC codes (which are also among the most widely used worldwide) to efficiently and effectively exploit the pre-exascale systems funded by EuroHPC Joint Undertaking and available at the end of 2022, and to prepare them for the transition to exascale and beyond.