Prepare the biomass
Clean and size the plant material so it can be processed consistently.
Controlled electrochemical separation
Separate more. Add less.
SERAT is being developed to turn plant biomass into usable material fractions through a controlled, closed-loop electrochemical process.
Biology in.
Usable fractions out.
Plant biomass is structurally complex. Industry does not buy “complex”; it buys materials that perform to specification.
SERAT’s role is to control the separation step—creating a path from locally available biomass to fractions that can be characterized, standardized and qualified.
INPUT
Plant biomass
Cotton stalks · hemp · locally suitable crops
ElectricitySERATWater + salt
OUTPUT
Material fractions
Fiber · lignin-rich fractions · other usable constituents
In plain language
Three steps from plant
to usable material.
The science is precise. The idea is simple.
Separate the fractions
Use electricity, water and salt to generate the active chemistry on-site and open the plant structure.
Recover and qualify
Collect the separated fractions, characterize them and test each one for a defined industrial use.
Design principles
Built around control,
circularity and qualification.
Generated on-site
The active separation agent is generated on-site from salt, water and electricity—not purchased or shipped in.
Closed-loop operation
Process streams are intended to circulate within the system, with near-zero liquid discharge as a core development target.
Fraction-level control
Operating conditions can be developed around the material characteristics required by downstream applications.
Regional deployment
A modular depot model is intended to keep more processing and economic value closer to agricultural communities.
Development note: Performance, yields, operating requirements and environmental targets remain subject to testing, validation and scale-up.
“The farm produces biology.
Industry requires consistency.
SERAT is the missing link.”