A passive, non-electrical system designed to support cleaner and more complete combustion.
Patents & Evolution
Patents, Architecture & Evolution
From Moletech to Greentech — two decades of patented Molecule Enhance Technology development, with a passive system architecture designed for seamless integration into existing fuel and intake pathways.
Technology Heritage
Moletech Origins
The original Molecule Enhance Technology was developed by Moletech International Limited in Taiwan. Foundational research focused on using ceramic materials to emit far-infrared radiation at wavelengths that interact with fuel molecular bonds.
Patent Protection
The technology is protected by patents covering the ceramic composition, chemical coating process, and the method of disrupting van der Waals forces in hydrocarbon fuels using far-infrared emission. US patent documentation establishes intellectual property protection.
Greentech Generation
Greentech represents the second-generation evolution. Building on decades of field data and customer feedback, the lineup has been expanded to 13 models covering 20L to 500L tanks, plus specialty LPG and marine applications.
Global Validation Record
15+ Countries Tested
Independent testing across Australia, USA, Taiwan, India, Ethiopia, UAE, Vietnam, Saudi Arabia, Portugal, Hong Kong, and more.
20+ Years of R&D
Two decades of continuous research and development, from initial ceramic research to current 13-model commercial product lineup.
Government-Certified
Results certified by government laboratories: Australia DOTARS, USA MGA/CEE, India KSRTC, Ethiopia ECAE, and TUV Rheinland Taiwan.
13 Product Models
Expanded from a single model to 13 models covering gasoline, diesel, LPG/CNG, and marine fuel systems worldwide.
System Architecture & Integration
Greentech is a passive, non-electrical system designed for seamless integration into existing fuel and intake pathways without ECU recalibration. Architecture varies by engine type, duty cycle, and installation environment.
Fuel-Side Domain
Primary enhancement zone installed in the fuel pathway to optimize molecular behavior.
Air-Side Domain (Optional)
Intake support component designed for specific industrial engine air quality requirements.
Passive Architecture
Self-sustaining operation. No external power, sensors, or complex wiring.
Deployment Versatility
Scalable architecture for light vehicles, commercial fleets, and industrial generators.
Simplified System Diagram
Fuel Source
Tank & Storage
→
Fuel Pathway
Lines & Filters
→
Greentech Enhancer
Passive Interaction Zone
→
Combustion
Injection & Energy
Air-Side (Optional)
Intake Path → Air Refiner → Manifold
Deployed in heavy industrial configurations.
Integration Points
Fuel Pathway
In-line or tank-proximal placement. Maintains stable flow dynamics. Model-dependent configuration.
Air Intake
Upstream of intake manifold. Synergetic air-quality support. Selected industrial models only.
Installation
Non-intrusive, field-ready. No engine disassembly needed. Zero ECU or software changes.
Deployment Scenarios
Vehicles
Passenger cars, buses, and heavy trucks. Configurations optimized for fuel type and daily duty cycles.
Commercial Fleets
Scalable rollout for logistics and transportation with emphasis on consistency across the fleet.
Industrial Power
High-load generators and factory infrastructure where long-duration efficiency is critical.
Architecture & Patent Scope
This Technology Provides
- Passive integration with existing systems
- Fuel-side molecular enhancement via far-infrared emission
- Scalability across all internal combustion platforms
- Patented ceramic composition and coating process
- 20+ years of verified field performance data
This Technology Does Not Require
- Electronic sensors or power leads
- ECU remapping or tuning devices
- Chemical additives or consumables
- Engine modification or disassembly
- Periodic part replacement