With the manufacturing of the thermo-chemical conversion plant, example of a highly innovative solution, the LORVER (Lorraine Vert, i. e. Green Lorraine) project enters its central stage.
At this time the phases for the systems integration are being completed (with the scheduled test phases) which shall be totally done at the Sea Marconi headquarters in Collegno (TO).
The development and manufacturing choices have been addressed toward an “in-house” pre-assembled, compact, containerised and tested plant arrangement, easily installable at the operational site, thanks to a minimal amount of space and a reduced infrastructural preparation requirement.
Once the experimental phases shall be concluded, this strategy shall be repeated for all customers at international level. The business model is oriented toward a short-chain “turnkey” sustainable solution, which is ready to convert primary or residual biomasses into bioenergy and bio-products without the long start-up delays typical of large industrial plants.
The LORVER plant is the result of a brilliant synergy between companies and research centres of excellence; it is an extraordinary opportunity to generate satellite activities and to create added value especially in the Italian and in particularly in the Turinese territory in the mechanical sector. The structure work, as well as other important components, in fact, have been sub-contracted to a qualified external supplier, whereas the system integration, the fluidic portion, the electric and electronic systems, the test campaign, as well as the supervision and testing have all being carried out by Sea Marconi’s personnel at the company’s headquarters in Collegno (TO).
Sea Marconi is stepping on the throttle on the subject of bioenergy demonstrating, once again, a pioneering role in the development, experimentation and development of highly innovative solutions. The plant developed for the LOVER project represents in effect a step of a larger and more ambitious strategy aiming at the production of bioenergy and bio-products from municipal wastes and biomass on small scale for “Smart Communities”.
