The project (BiowastetoH2) aims to contribute to the decarbonisation of the European energy system by producing green hydrogen from waste streams. This, the main objective of the project is the production of renewable hydrogen from residual streams from biomass pyrolysis by means of autothermal steam reforming integrated in a membrane reactor. Focuses on the development of innovative multifunctional membrane catalytic reactors (CMR) based on new catalysts and selective membranes to improve their performance, durability, cost-effectiveness and sustainability in self-thermal reforming (ATR) to produce pure hydrogen from components of the aqueous fraction of the bio-oil. Finally, a study will be carried out to determine the sustainability of the proposed hydrogen production process through life cycle analysis (LCA) from an environmental, thermo-economic, environmental and social point of view.
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Sustainable hydrogen production from green methanol using agglomerated catalysts: a design-of‑experiments approachEmbargoed
May 21, 2026
MEGIA, Pedro J.; MORENO DE LA CALLE, Alvaro; Vizcaíno, Arturo; Calles, Jose A; CARRERO, ALICIA, 2028, "Sustainable hydrogen production from green methanol using agglomerated catalysts: a design-of‑experiments approach", https://doi.org/10.21950/TWMUB1, e-cienciaDatos, V1
This database includes all the data from figures included in the publication: "Sustainable hydrogen production from green methanol using agglomerated catalysts: a design-of‑experiments approach"
Dataset Sustainable hydrogen production from green methanol.tabEmbargoed
May 21, 2026 - Sustainable hydrogen production from green methanol using agglomerated catalysts: a design-of‑experiments approach
Tabular Data - 4,1 KB
readme-en Sustainable hydrogen production from green methanol.txt
May 21, 2026 - Sustainable hydrogen production from green methanol using agglomerated catalysts: a design-of‑experiments approach
Texto plano - 8,1 KB - MD5: 7e4b52313b39b3b048374c064f9a786c
Renewable hydrogen from pine wood waste via pyrolysis and autothermal steam reforming: technoeconomic and environmental performance of single and co-production pathways.Embargoed
May 12, 2026
MORENO DE LA CALLE, Alvaro; Martin-Gamboa, Mario; Calles, Jose A; MEGIA, Pedro J.; Vizcaíno, Arturo; CARRERO, ALICIA, 2028, "Renewable hydrogen from pine wood waste via pyrolysis and autothermal steam reforming: technoeconomic and environmental performance of single and co-production pathways.", https://doi.org/10.21950/XPBQ9Q, e-cienciaDatos, V1
This database includes all the data from figures included in the publication: "Renewable hydrogen from pine wood waste via pyrolysis and autothermal steam reforming: technoeconomic and environmental performance of single and co-production pathways."
Dataset articulo acv.xlsxEmbargoed
May 12, 2026 - Renewable hydrogen from pine wood waste via pyrolysis and autothermal steam reforming: technoeconomic and environmental performance of single and co-production pathways.
Hoja de cálculo MS Excel - 13,7 KB - MD5: aec7330b5f134e7a3a549001349f38d1
readme-en paper ACV.txt
May 12, 2026 - Renewable hydrogen from pine wood waste via pyrolysis and autothermal steam reforming: technoeconomic and environmental performance of single and co-production pathways.
Texto plano - 25,0 KB - MD5: 21da6b188a93efa8ec4a7648772ed96e
Role of zeolite framework and acidity in Cu-based catalysts for dimethyl ether steam reformingEmbargoed
May 8, 2026
López Martin, Juan José; MEGIA, Pedro J.; Vizcaíno, Arturo; Calles, Jose A; CARRERO, ALICIA, 2027, "Role of zeolite framework and acidity in Cu-based catalysts for dimethyl ether steam reforming", https://doi.org/10.21950/LGVK31, e-cienciaDatos, V1
This work investigates the influence of zeolite structure and acidity on the performance of 10 wt.% Cu‑based catalysts for dimethyl ether steam reforming (DME-SR). Four commercial zeolites (denoted as HFER (Si/Al = 10), HY‑1 (Si/Al = 40), HY‑2 (Si/Al =2.6) and HZSM‑5 (Si/Al = 45) were evaluated at 400 and 500 ºC. NH3‑TPD showed differences in total...
Dataset Role of zeolite framework and acidity in Cu-based catalysts.tabEmbargoed
May 8, 2026 - Role of zeolite framework and acidity in Cu-based catalysts for dimethyl ether steam reforming
Tabular Data - 1,2 KB
readme-en Role of zeolite framework and acidity in Cu-based catalysts.txt
May 8, 2026 - Role of zeolite framework and acidity in Cu-based catalysts for dimethyl ether steam reforming
Texto plano - 8,3 KB - MD5: 8ee85ebb63aca8c68bf4deab5009ed27
Shaped mesostructured Ni/CeO2 as active catalysts in hydrogen production from acetic acid oxidative steam reforming
Mar 2, 2026
MORENO DE LA CALLE, Alvaro; MEGIA, Pedro J.; Calles, Jose A; CARRERO, ALICIA; Vizcaíno, Arturo, 2027, "Shaped mesostructured Ni/CeO2 as active catalysts in hydrogen production from acetic acid oxidative steam reforming", https://doi.org/10.21950/DTGWBT, e-cienciaDatos, V2
Oxidative steam reforming (OSR) of acetic acid was carried out using shaped catalysts prepared by combining Ni supported on mesostructured ceria with various clays (kaolinite, sepiolite, attapulgite, and bentonite). Bentonite or attapulgite extrudates calcined with 1°C/min heating rate demonstrated better mechanical resistance. Higher acetic acid c...
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