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This invention relates to buildings technology and more specifically to a method and apparatus to monitor leakage in such buildings.
Clostridium thermocellum can ferment lignocellulosic biomass to fuels and chemicals including ethanol, but metabolic engineering is needed to direct more substrate to ethanol.
The invention relates to building systems and more specifically to improved insulation in buildings.
We have developed a method to convert tires into novel catalysts for the conversion of free fatty acids to biodiesel. Heterogeneous solid acid catalysts hold promise for converting feedstocks with high free fatty acid (FFA) content to usable biodiesel.
The invention comprises a ligand, which, in the presence of sulfate forms an insoluble complex allowing for the removal of sulfate out of seawater down to a level of 1.5 mg / mL, rendering seawater that is nearly free of sulfate.
The invention comprises a improvements and modifications to the method of recover carbon composite powders from recycled tire-rubber disclosed in ID-2980.
Beside biofuel productions other industrial activities that use lignocellulosic feedstock produce important amounts of lignins wastes (e.g., pulp, paper…).
The invention relates to the class 8 truck market and more specifically to a system for providing a high efficiency electric air conditioning that allows for overnight idle reduction or elimination as well as no need to idle during distribution hub visits.
The invention relates to energy reduction and specifically to technologies for reducing fuel usage in heavy trucks.
The invention relates to additive manufacturing and more specifically to an apparatus and a method for applying a release agent between layers or support structure as necessary.