Next-Generation Core Environmental Technology Development

High-efficiency combustion reduces dust and NOx emissions.
Development of high-efficiency combustion promoters and heavy oil dispersants for industrial boilers to reduce dust and nitrogen oxides.

Heavy Oil and Residual Fuel Additive Research

Study on the combustion characteristics of POWER-Z.
Research on the combustion characteristics of POWER-Z added to heavy oil and residual fuels to support efficient and eco-friendly combustion.

Emulsion Clean Fuel Research

Research on emulsified fuel as a substitute for heavy oil.
Exploring the practical application of emulsified clean fuel as an alternative energy source to heavy oil.

Next-Generation Core Environmental Technology Development

Nano-catalyst additive reduces NOx and PM emissions.
Developing innovative technology to simultaneously reduce NOx and fine particulate matter (PM) in thermal energy facilities through nano-catalyst fuel additives.

Research on Large 2-Stroke Diesel Engines

Performance improvement research for large diesel engines.
Experimental research on fuel additives for large 2-stroke diesel engines to enhance output and maximize efficiency.

Publication in UK’s FUEL Journal

Global research publication.
POWER-Z research findings published in the UK’s FUEL journal, demonstrating global recognition of our technology.

R&D SYSTEM

Systematic Research & Development
TECHNOBIO’s structured R&D system leads the way in eco-friendly technological innovation.