{"id":32194,"date":"2026-07-30T09:00:00","date_gmt":"2026-07-30T07:00:00","guid":{"rendered":"https:\/\/cit.upc.edu\/?post_type=portfolio&p=32194"},"modified":"2026-09-14T12:41:28","modified_gmt":"2026-09-14T10:41:28","slug":"archispace-arquitectura-sostenible-per-dissenyar-els-futurs-habitats-humans-a-la-lluna-i-mart","status":"publish","type":"portfolio","link":"https:\/\/cit.upc.edu\/ca\/portfolio-item\/archispace-arquitectura-sostenible-per-dissenyar-els-futurs-habitats-humans-a-la-lluna-i-mart\/","title":{"rendered":"ArchiSpace: Arquitectura sostenible per dissenyar els futurs h\u00e0bitats humans a la Lluna i Mart"},"content":{"rendered":"\n

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01\/09\/2026<\/p>
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El Grup Interdisciplinar de Ci\u00e8ncia i Tecnologia a l\\’Edificaci\u00f3 (GICITED) i el grup de recerca Energy, Catalysis, Process and Reaction Engineering (ENCORE) de la Universitat Polit\u00e8cnica de Catalunya – BarcelonaTech (UPC) participen en el projecte europeu ArchiSpace, per desenvolupar prototips d\u2019infraestructures per a assentaments humans en entorns extraterrestres a partir de materials i condicions an\u00e0logues a les de la Lluna i Mart.<\/h4>
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El retorn de la humanitat a la Lluna amb una visi\u00f3 de perman\u00e8ncia obre un repte tecnol\u00f2gic de gran complexitat: com dissenyar h\u00e0bitats segurs, confortables i funcionals en entorns extrems, amb recursos limitats i amb unes condicions geol\u00f2giques, ambientals i operatives molt diferents de les de la Terra. Els futurs assentaments a la Lluna i a Mart hauran de protegir els astronautes davant riscos deguts a condicions ambientals extremes, per\u00f2 tamb\u00e9 garantir espais adequats per al treball, la vida quotidiana i el benestar psicol\u00f2gic en missions de llarga durada.<\/span><\/p>

En aquest context, el <\/span>projecte ArchiSpace<\/a> planteja una nova manera d\u2019abordar el disseny d\u2019infraestructures espacials: partir de l\u2019an\u00e0lisi dels entorns geol\u00f2gics i ambientals per definir els requisits arquitect\u00f2nics i constructius dels futurs h\u00e0bitats. El projecte dissenyar\u00e0 i construir\u00e0 prototips de subsistemes essencials \u2014com ara murs, cobertes, fonaments o espais habitables \u2014 basant-se en les condicions d\u2019entorns planetaris an\u00e0legs. Aquestes condicions es simularan en localitzacions terrestres (a les Illes Can\u00e0ries i al Marroc) de caracter\u00edstiques similars a les que es poden trobar a la Lluna o a Mart.<\/span><\/p>

La novetat d\u2019ArchiSpace \u00e9s la integraci\u00f3, des de l\u2019inici del proc\u00e9s de disseny, de coneixement en geologia, ci\u00e8ncies planet\u00e0ries, arquitectura, enginyeria i fabricaci\u00f3 avan\u00e7ada. Aquesta aproximaci\u00f3 permet adaptar les solucions arquitect\u00f2niques a les caracter\u00edstiques espec\u00edfiques del lloc d\u2019implantaci\u00f3, tenint en compte aspectes com la naturalesa del terreny, la disponibilitat de materials locals, la durabilitat mec\u00e0nica, el comportament dels materials o les necessitats ergon\u00f2miques i funcionals dels futurs usuaris. El projecte tamb\u00e9 explora l\u2019aprofitament dels recursos disponibles al mateix entorn i l\u2019\u00fas de tecnologies com la impressi\u00f3 3D per reduir la depend\u00e8ncia de materials transportats des de la Terra.<\/span><\/p>

La UPC hi aporta coneixement en exploraci\u00f3 de recursos, materials de construcci\u00f3, tecnologia de l\u2019edificaci\u00f3 i solucions constructives sostenibles. En particular, l\u2019expertesa vinculada al GICITED i al Laboratori de Materials EPSEB-UPC resulta rellevant per analitzar el comportament mec\u00e0nic i estructural dels materials, estudiar alternatives de baix impacte i contribuir a la definici\u00f3 de criteris constructius aplicables tant a entorns extrems com a nous models d\u2019edificaci\u00f3 sostenible a la Terra. D\u2019altra banda, i de manera complement\u00e0ria, els investigadors de l\u2019ENCORE compten amb experi\u00e8ncia reconeguda en missions espacials d\u2019exploraci\u00f3, aix\u00ed com en el processament de recursos planetaris per desenvolupar solucions constructives. Aquesta capacitat connecta directament amb un dels objectius del projecte: desenvolupar h\u00e0bitats espacials amb operacions m\u00e9s lleugeres, de menor cost i amb un impacte ambiental redu\u00eft.<\/span><\/p>

A m\u00e9s de l\u2019exploraci\u00f3 espacial, ArchiSpace vol generar coneixement transferible a sectors terrestres que treballen en ambients de condicions extremes o amb criteris estrictes de sostenibilitat, com la construcci\u00f3 en zones remotes, l\u2019arquitectura d\u2019emerg\u00e8ncia, l\u2019edificaci\u00f3 amb materials locals o la reducci\u00f3 de l\u2019impacte ambiental dels sistemes constructius.<\/span><\/p>

Pressupost i consorci<\/h4>

ArchiSpace \u00e9s un projecte finan\u00e7at pel programa Horizon Europe, en el marc de les Marie Sk\u0142odowska-Curie Actions \u2013 Staff Exchanges. T\u00e9 una durada de 48 mesos (novembre de 2024 – octubre de 2028), i compta amb un pressupost d\u20191.485.800 euros. El projecte est\u00e0 coordinat per IRSPS SRL (It\u00e0lia) i, a m\u00e9s de la UPC, compta amb la participaci\u00f3 de TU Delft (Pa\u00efsos Baixos), Universidade Portucalense Infante D. Henrique (Portugal), Universit\u00e9 Claude Bernard Lyon 1 (Fran\u00e7a), HUN-REN Csillag\u00e1szati \u00e9s F\u00f6ldtudom\u00e1nyi Kutat\u00f3k\u00f6zpont (Hongria), Universit\u00e0 degli Studi \u201cGabriele d\u2019Annunzio\u201d di Chieti-Pescara (It\u00e0lia), l\u2019Institut Volcanol\u00f2gic de Can\u00e0ries (INVOLCAN) i Universit\u00e9 Cadi Ayyad (Marroc).<\/span><\/p>
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This project has received funding from the European Union\u2019s Horizon 2023 research and innovation programme under HORIZON-MSCA-2023-SE-01 grant agreement No 101183089.\u00a0<\/span><\/p>
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