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/0.2 TEC — BioHybrid Technology

BIOHYBRID

New technology, new world. Bio-hybridization integrates biological processes and technological systems to transform organic waste into high-value energy resources. Through telemetric control and extreme moisture reduction, energy density and flow stability are increased.

OPHS Line Physical AI S-NFI Era 2026
−80%
Weight Reduction

Per unit via Dehydrator 2.0

3
OPHS Modules

Integrated processing line

0 CO₂
Net Emissions

Carbon-neutral solid biofuel

v3
BioHybrid Generation

Current operational version

OPHS Line — Physical Processing

Industrial
hardware suite

Three integrated modules forming the complete physical processing chain. Each unit is designed for precision, standardization and scalability.

OPHS-001
THERMAL PROCESSING
Dehydrator
2.0

Advanced thermal processing unit designed to reduce organic waste weight by up to 80%. Optimizes logistics by eliminating moisture and stabilizing the product for immediate valorization.

MOISTURE TARGET: −80% · THERMAL CTL: YES
OPHS-002
MECHANICAL REDUCTION
Grinder
v4

High-torque industrial grinding system. Guarantees uniform particle size reduction for diverse organic inputs, preparing the substrate for high-efficiency energy transformation.

PARTICLE STANDARD: UNIFORM · INPUT: ANY ORGANIC
OPHS-003
DENSIFICATION
Pelletization
v1

Final densification module converting processed waste into high-calorific-value pellets. Creates a standardized, easy-to-transport, CO₂-neutral solid biofuel.

OUTPUT: SOLID BIOFUEL · CO₂: NEUTRAL

BioHybrid Process

How waste becomes
energy

01

Reception & Classification

Organic waste is received, classified by moisture content and catalogued as an energy unit — not a disposal problem.

02

Thermal Dehydration

Dehydrator 2.0 applies controlled thermal processing to remove up to 80% moisture weight. Energy density increases proportionally.

03

Size Normalization

Grinder v4 reduces particle size uniformly, ensuring consistent energy output and optimal substrate for the next stage.

04

Pelletization & Output

Pelletization v1 densifies the processed substrate into standardized high-calorific biofuel pellets. Traceable, monetizable, carbon-neutral.

// OPHS PROCESSING CHAIN — LIVE
ORGANIC WASTE RECEPTION INPUT
↓ classification + telemetry
DEHYDRATOR 2.0 −80% H₂O
↓ thermal processing
GRINDER v4 UNIFORM SIZE
↓ particle normalization
PELLETIZATION v1 HIGH HEAT
↓ quality control + traceability
BIOFUEL OUTPUT CO₂ NEUTRAL
All stages governed by S-NFI Intel Core · Telemetry: Real-time

Software Companion

Intelligence
layer

Hardware without software governance is just equipment. S-NFI Intel Core provides the intelligence layer that orchestrates every physical process.

SFT-001 · DEHYDRATOR
Thermal Control System

Real-time temperature and humidity monitoring with automatic adjustment. Guarantees reaching dehydration target without manual intervention.

SFT-002 · GRINDER
Particle Optimization Engine

Adaptive torque and speed control based on material density feedback. Maintains uniform output regardless of input variability.

SFT-003 · PELLETIZATION
Output Quality Governance

Calorific value measurement and traceability sealing on every batch. Full chain of custody from waste origin to biofuel delivery.