Feedstock

Carbon-negative alcohols and fuels. AIRMADE™ is patented process that imitates photosynthesis. It uses renewable energy to convert excessive carbon dioxide into carbon-negative alcohols and fuels with only oxygen as a by product. Carbon dioxide is captured from industrial plants before they are emitted into the atmospher and is cooled, pressurized, and liquified. Hydrogen is produced with renewable energy through on-site electrolysis; an electrolyzer splits water into hydrogen, yielding oxygen gas a byproduct that is simply released into the air.

Gasification systems that convert non-recyclable organic waste (bark, sawdust, clean construction/demolition debris, biosolids from sewage sludge) into a product called "syngas" that can be used to fuel heat and power. This novel process has low air emissions and particulate carryover, reducing emissions controls and permits costs. The design is also very simple and has few moving parts. The gasification system can process many challenging renewable waste feedstocks with moisture contents ranging from 6-60% and sizes up to 75 mm.

The Catalytic BioForming® Process converts aqueous carbohydrate solutions into mixtures of "drop-in" hydrocarbons. These hydrocarbon molecules are derived from renewable feedstocks but are equivalent to those found in petroleum products. These hydrocarbons are scalable because they maintain market acceptance; these molecules can be blended with existing infrastructure to produce premium-quality gasoline, diesel, or jet fuel. Fuels produced from these sustainable hydrocarbons are more energy efficient and have lower life-cycle carbon emissions than crude oil fuels.