Valorization and sequestration of hydrogen gas from biomass combustion in solid waste incineration NaOH oxides of carbon entrapment model (SWI-NaOH-OCE Model)

• DOI: 10.1016/j.mset.2019.11.003
• Publication Date: 2019-12-11T01:22:35Z
• Authors: Kennedy C. Onyelowe; Favour Deborah A....; Duc Bui Van; Chidozie Ikpa; A. Bunyamin Salah...; Adrian O. Eberemu; Kolawole J. Osinubi; Eze Onukwugha; Adegboyega O. Odu...; Ikechukwu C. Chigbo; Agapitus A. Amadi; Ekene Igboayaka; Jesuborn Obimba-Wogu; Zubair Saing; Talal Amhadi
• Keywords: Carbon fibers

The valorization of biomass-based solid wastes for both geotechnical engineering purposes and energy needs has been reviewed to achieve eco-friendly, eco-efficient sustainable reengineering civil materials structures. objective this work was review the procedure developed by SWI-NaOH-OCE Model biomass through controlled direct combustion sequestration hydrogen gas needs. incineration model gave a lead emissions released during subsequent entrapment oxides carbon eventual release abundant in jar. generation geomaterials ash purpose soil stabilization, concrete asphalt modification encouraged greenhouse but eventually technology that put place made it possible manage extract these contribution from researchers shown other sources requires high amount because lower states compounds undergoing thermal decomposition. But presented more efficient approach gas, which can easily be extracted stored meet future as fuel cell batteries power vehicles, mobile devices, robotic systems, etc. More so, development MXene an exfoliated two-dimensional nanosheets with permeability filtration selectivity properties, are connected its chemical composition structure used extraction separation molecular combination, production management purposes.