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Efficient photo-catalytic desulfurization of real diesel fuel using tungsten oxide decorated porous purslane-derived biochar for clean energy generation and environmental remediation

Abstract
A critical stage in the production of diesel fuels is the extreme reduction of sulfur compounds, which helps shield the environment from harmful emissions. It is also economically advantageous to use a process that is cost-effective for this type of work. In keeping with these ideas, this work presents the photocatalytic method of producing low-sulfur diesel fuel while being exposed to visible lig...
Keywords
Biochar
Flue-gas desulfurization
Environmental remediation
Diesel fuel
Tungsten
Waste management
Porosity
Catalysis
Environmental science
Clean energy
Materials science
Environmental chemistry
Chemistry
Metallurgy
Environmental engineering
Contamination
Composite material
Engineering
Ecology
Biochemistry
Pyrolysis
Biology
Sustainable Development Goals (SDG)
Industry, innovation and infrastructure



Efficient photo-catalytic desulfurization of real diesel fuel using tungsten oxide decorated porous purslane-derived biochar for clean energy generation and environmental remediation

Efficient photo-catalytic desulfurization of real diesel fuel using tungsten oxide decorated porous purslane-derived biochar for clean energy generation and environmental remediation

Abstract
A critical stage in the production of diesel fuels is the extreme reduction of sulfur compounds, which helps shield the environment from harmful emissions. It is also economically advantageous to use a process that is cost-effective for this type of work. In keeping with these ideas, this work presents the photocatalytic method of producing low-sulfur diesel fuel while being exposed to visible lig...
Keywords
Biochar
Flue-gas desulfurization
Environmental remediation
Diesel fuel
Tungsten
Waste management
Porosity
Catalysis
Environmental science
Clean energy
Materials science
Environmental chemistry
Chemistry
Metallurgy
Environmental engineering
Contamination
Composite material
Engineering
Ecology
Biochemistry
Pyrolysis
Biology
Sustainable Development Goals (SDG)
Industry, innovation and infrastructure