Renewable Fuels
Advancing Sustainable Aviation Fuel, Diesel, and Gasoline with Lignin-Hemicellulose-Depolymerized-Organics (LHDO™)
SixRing™ Biofuel is a biomass LHDO™ effluent that can be upgraded to higher value biofuels, as “drop-in” for blending with sustainable aviation fuel (SAF), diesel, and gasoline.
SixRing LHDO:
Biofuels, including gasoline, diesel, gasoline and VGO
High value feedstocks
Petro-chemicals
Bio-resins
The core advantages of the SixRing technology platform over other biomass-to-energy/materials processes are:
-
Underutilized Feedstock
No practical limit to the feedstocks, including blends of feedstocks
-
Non-Food
All feedstocks are non-food based and typically low-value
-
High Yields
Nearly 100% of biomass is converted into saleable products
-
Ambient Pressures & Temperatures
Significantly lower energy requirements (core process generates heat for capture and use)
-
Process Chemical Recovery
High recovery and recyclability of process chemicals
-
Gentle Core Process & Fine Molecules
Products and fine molecules are largely unaltered from natural state and remain in products, resulting in high value
-
Three Main Product Streams
(Cellulose, LHDO and biochemicals) – all three address existing market challenges and sustainability demands
-
Continued Optimization and Processing
Results in additional revenue streams
-
Product Refining and Upgrading
Existing infrastructure can be used to refine, process, and distribute products produced by the SixRing process
-
Low Capital and Operating Cost
Simple design and commodity inputs
-
Use of Existing Infrastructure
Certain industrial facilities can be converted to the SixRing technology processes using existing infrastructure, such as renewable diesel and kraft facilities
-
Low Carbon Intensity
Ranging from 50% to 80% lower than fossil based equivalent fuels
SixRing’s technology is compatible with all types of lignocellulosic biomass with numerous strategic
partner-supplied feedstocks from four continents already successfully deconstructed and cataloged via the company’s delignification process. These efforts have proven there is no reliance on any sole feedstock, greatly increasing its viable potential licensing base.