Because Colombia's biofuels capacity has not reached the initial biofuel blend mandated by the government, the Colombian government has allowed the amount of ethanol blended with biofuels to increase along with the increase in production as new facilities expand or enter into production (Global 2011).
Although biofuels have been identified as an important component of the national strategy to decrease US dependence on foreign oil, the ability to sustain a rapid expansion of biofuel production capacity raises new research and policy issues.
Globally, investments into biofuel production capacity are in the region of $5 billion worldwide and are growing rapidly.
The production of fuel-grade ethanol from lignocellulosic biomass resources has the potential to increase biofuel production capacity whilst minimising the negative environmental impacts.
The production of biofuels from lignocellulosic biomass resources has the potential to increase biofuel production capacity whilst minimising the negative environmental and social impacts because lignocellulosic resources (for example, forestry residues, wheat straw, corn stover, etc).
The paper concludes that opportunities to introduce new technologies are defined by waves of investment in biofuels production capacity.
Previously it has been proved that as for cyanobacteria-based production of chemicals and biofuels, metabolic capacities of the core pathways usually imposed the essential control over the product formation rates and carbon partitioning ratios [ 2, 11, 18, 29, 30].
But there's a long-term upward trend in renewables which can be seen here, too, thanks to the increased consumption of biofuels and wind capacity additions.
Biofuels have the capacity to alter global land use patterns, underscoring the importance of augmenting understudied areas and topics in this rapidly developing industry.
