Biomethanol is a significant chemical in biochemicals and biofuels. Molasses interested producing biogas biohydrogen for biomethanol. Biohydrogen, Enterobacter aerogenes digested molasses obtaining value organic chemicals appropriate ratios of H2/CO2 then transforming to H2/CO by RWGS. Biogas was converted syngas methanol synthesis. The pathway 4 steps it sailing single product as 3 obtained in...

This paper applies an innovative optimization methodology to the supply chain of biomethanol production starting from forestry residues in Sweden. The model accounts for collection biomass, transport biorefinery including intermediate storages and biodiesel plant. Particular attention is devoted characterization economic environmental point view by truck trains, impact drying process as well si...

Abstract. The multifunctional GH78 glycoside hydrolase from the soft rot ascomycete Xylaria polymorpha (XpoGH78) catalyzed conversion of different lignocellulosic materials to release carbohydrates and biomethanol. disintegrating effect enzymatic lignocellulose treatment can be significantly improved by using kinds hydrolases a phenol oxidase. Thus, rape straw meal XpoGH78 could optimized in pr...

Abstract Climate change and the unsustainability of fossil fuels are calling for cleaner energies such as methanol a fuel. Methanol is one simplest molecules energy storage utilized to generate wide range products. Since can be produced from biomass, numerous countries could produce utilize biomethanol. Here, we review production processes, techno-economy, environmental viability. Lignocellulos...

Silicoaluminophosphate (SAPO-34) molecular sieve doped with transition metals, Mn and Ni, with different molar ratios (Mn/Ni=0.33, 3) were investigated for their activity, selectivity and lifetime in biomethanol to olefins reaction. MnNiAPSO-34 nanostructured catalyst was synthesized by hydrothermal method and addition of metals was carried out by isomorphous substitution into the crystalline f...