{"id":27918,"date":"2025-05-13T05:00:00","date_gmt":"2025-05-13T05:00:00","guid":{"rendered":"https:\/\/cit.upc.edu\/?post_type=portfolio&p=27918"},"modified":"2025-06-30T08:23:17","modified_gmt":"2025-06-30T08:23:17","slug":"harmonize-tecnologies-de-destillacio-i-cristallitzacio-per-membranes-millorades-per-a-la-recuperacio-de-productes-de-lamoniac-i-avancar-cap-al-residu-zero","status":"publish","type":"portfolio","link":"https:\/\/cit.upc.edu\/ca\/portfolio-item\/harmonize-tecnologies-de-destillacio-i-cristallitzacio-per-membranes-millorades-per-a-la-recuperacio-de-productes-de-lamoniac-i-avancar-cap-al-residu-zero\/","title":{"rendered":"HARMONIZE: Tecnologies de destil\u00b7laci\u00f3 i cristal\u00b7litzaci\u00f3 per membranes millorades per a la recuperaci\u00f3 de productes de l\u2019amon\u00edac i avan\u00e7ar cap al residu zero"},"content":{"rendered":"\n

08\/05\/2025
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El Resource Recovery and Environmental Management (R2EM) del Centre de Recerca en Ci\u00e8ncia i Enginyeria Multiescala de Barcelona (BRCMSE) de la Universitat Polit\u00e8cnica de Catalunya – BarcelonaTech (UPC) lidera el projecte HARMONIZE, que t\u00e9 com a objectiu la recuperaci\u00f3 i valoritzaci\u00f3 de l\\’amon\u00edac procedent de fluxos de residus urbans i industrials. El projecte forma part d\\’un projecte m\u00e9s gran, MemTecWare, coordinat des de la UCM.<\/h4>
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En un escenari d\\’economia circular, les tecnologies de reciclatge, separaci\u00f3 i concentraci\u00f3 de l\\’aigua s\u00f3n temes clau tant en entorns municipals com industrials. De fet, les tecnologies avan\u00e7ades de separaci\u00f3 s\u00f3n processos clau en el nou Pla d\\’Acci\u00f3 per a l\\’Economia Circular (CEAP II), un dels pilars fonamentals del Pacte Verd Europeu, segons el qual les activitats relacionades amb el tractament d\\’aig\u00fces residuals (waste water treatment, WWT) han de buscar noves tecnologies que puguin recuperar tant l\\’aigua com els nutrients.

Paral\u00b7lelament, el pla europeu Sustainable Process Industry through Resource and Energy Efficiency (SPIRE), centrat en accions per evitar, valoritzar i reutilitzar els fluxos de residus per crear nous models de negoci i avan\u00e7ar cap a l\\’economia circular (zero waste), necessita cadenes de valor circulars i desenvolupar operacions de separaci\u00f3 i purificaci\u00f3 rendibles. En aquest sentit, les operacions de membrana s\u00f3n extremadament rellevants a causa de la seva alta efici\u00e8ncia i baix impacte ambiental; per\u00f2 \u00e9s essencial millorar les tecnologies i els materials de les membranes perqu\u00e8 siguin capa\u00e7os de recuperar aquests elements de valor afegit amb el grau de qualitat i concentraci\u00f3 requerit pel mercat.

En aquest context, el projecte MemTecWare aposta per solucions integrades i eficients que contribueixen a la minimitzaci\u00f3 del residu l\u00edquid (zero liquid discharge, ZLD), a la valoritzaci\u00f3 de corrents residuals i a la producci\u00f3 sostenible d\\’aigua i energia. El projecte proposa la combinaci\u00f3 de tecnologies avan\u00e7ades de separaci\u00f3 mitjan\u00e7ant membranes per al tractament d\\’aig\u00fces residuals amb alta salinitat i\/o contingut d\\’amon\u00edac: destil\u00b7laci\u00f3 per membrana (MD), destil\u00b7laci\u00f3 osm\u00f2tica per membrana (OMD), destil\u00b7laci\u00f3 per membrana al buit (VMD), cristal\u00b7litzaci\u00f3 per membrana (MCr), electrodi\u00e0lisi inversa (RED) i \u00f2smosi per pressi\u00f3 retardada (PRO).

MemTecWare, coordinat des de la Universitad Complutense de Madrid (UCM), es divideix en tres subprojectes:\u00a0



Subprojecte 1: MemTecWare-SOMEWATER – Desenvolupament de membranes auto-calentables (liderat per la Universitad Complutense de Madrid, UCM).\u00a0

Subprojecte 2: MemTecWare-PROFUSION – Implementaci\u00f3 i optimitzaci\u00f3 de processos PRO (liderat per la Universitad de Las Palmas de Gran Canaria, ULPGC).\u00a0

Subprojecte 3: MemTecWare-HARMONIZE – Millora dels processos OMD i VMD per a la recuperaci\u00f3 selectiva d\\’amon\u00edac i sals d\\’amoni (liderat per la Universitat Polit\u00e8cnica de Catalunya – BarcelonaTech, UPC).



Concretament, el subprojecte HARMONIZE, l\\’objectiu principal del qual \u00e9s valoritzar l\\’amon\u00edac recuperat tant com a fertilitzant (p.ex., sals d\\’amoni) com a combustible lliure de CO\u2082 (NH3 (g)), permetr\u00e0:



Estudiar els efectes i optimitzar els par\u00e0metres operatius i els factors que afecten el flux d\\’amon\u00edac, la selectivitat i la qualitat del producte en configuracions OMD i VMD.

Explorar noves configuracions d\\’OMD i VMD i dissenys de m\u00f2duls optimitzats per reduir el flux d\\’aigua transmembrenes amb l\\’objectiu d\\’augmentar el flux d\\’amon\u00edac, la selectivitat i la concentraci\u00f3 del producte.

Estudiar i optimitzar el proc\u00e9s de cristal\u00b7litzaci\u00f3 per obtenir cristalls de sal d\\’amoni de millor qualitat per a la producci\u00f3 de fertilitzants.

Desenvolupar noves membranes OMD i VMD m\u00e9s selectives envers l\\’amon\u00edac.

Ampliar els models f\u00edsics existents i desenvolupar nous models basats en experiments per avaluar i optimitzar l\\’Opex (p.ex, consum d\\’energia i productes qu\u00edmics, embussament, etc.) i el Capex (p.ex., \u00e0rea de membrana) del proc\u00e9s OMD-MCr per al cas de la producci\u00f3 de sals d\\’amoni.



Pressupost i finan\u00e7ament<\/h4>

El projecte est\u00e0 finan\u00e7at per l\\’Ag\u00e8ncia Estatal d\\’Investigaci\u00f3 a trav\u00e9s del Pla Estatal d\\’Investigaci\u00f3 Cient\u00edfica, T\u00e8cnica i d\\’Innovaci\u00f3 2021-2023 (PID2022-138389OB-C33). Compta amb un pressupost de 100.000 \u20ac i una durada de tres anys (setembre de 2023 \u2013 agost de 2026).
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Tema<\/h5>

Aigua<\/a>

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