High - temperature thermophilic anaerobic digestion technologies, typically operating at 55 deg C, are part of a combination of processes that digest waste water's organic
content to produce green energy (
methane) while achieving outstanding waste water effluent qualities.
High leakage rates, a short
methane GWP, and comparison in terms of heat
content are the inappropriate bases upon which Howarth et al. ground their claim that gas could be twice as bad as coal in its greenhouse impact.
High quality agaves are very good feedstock material for biofuel... for the following characteristics: high total sugar density and content; high weight of the fruit and stems; cultivation and harvest cycles of six years; high density of plants per hectare; genetic diversity and high adaptability, low water requirements; CO2 and capture; methane metabolism; soil retention; plant nutrition; products from inulin; and low maintenance during cultivat
High quality agaves are very good feedstock material for biofuel... for the following characteristics:
high total sugar density and content; high weight of the fruit and stems; cultivation and harvest cycles of six years; high density of plants per hectare; genetic diversity and high adaptability, low water requirements; CO2 and capture; methane metabolism; soil retention; plant nutrition; products from inulin; and low maintenance during cultivat
high total sugar density and
content;
high weight of the fruit and stems; cultivation and harvest cycles of six years; high density of plants per hectare; genetic diversity and high adaptability, low water requirements; CO2 and capture; methane metabolism; soil retention; plant nutrition; products from inulin; and low maintenance during cultivat
high weight of the fruit and stems; cultivation and harvest cycles of six years;
high density of plants per hectare; genetic diversity and high adaptability, low water requirements; CO2 and capture; methane metabolism; soil retention; plant nutrition; products from inulin; and low maintenance during cultivat
high density of plants per hectare; genetic diversity and
high adaptability, low water requirements; CO2 and capture; methane metabolism; soil retention; plant nutrition; products from inulin; and low maintenance during cultivat
high adaptability, low water requirements; CO2 and capture;
methane metabolism; soil retention; plant nutrition; products from inulin; and low maintenance during cultivation.