With a focus on sustainable resource circulation and eco-friendly energy technologies,
research is conducted to develop high-efficiency refining processes and next-generation bioenergy feedstocks.
Research & Development
With a focus on sustainable resource circulation and eco-friendly energy technologies,
research is conducted to develop high-efficiency refining processes and next-generation bioenergy feedstocks.
R&D Areas
Pretreatment, refining, and recovery process technologies for eco-friendly feedstocks (Used Cooking Oil, Food Waste Oil, etc.)
Research on quality improvement and advancement of biodiesel and sustainable aviation fuel (SAF) feedstocks
Carbon reduction–based research through the development of feedstock pretreatment equipment and process systems to reduce greenhouse gas emissions
Key Achievements
Improved yield through high-temperature, vacuum refining and recovery technologies
Removal of hazardous substances through standardization of multi-stage filtration and refining systems
Enhanced process technologies for low-pressure refining and oil and moisture separation
Registered 3 patents and filed 2 patent applications
Technical Features & Expected Benefits
Core technologies are applied to enable sustainable resource circulation and the transition to eco-friendly energy.
Technical Features
Technical Features
Quality stabilization by reducing impurities, moisture, volatile organic compounds, oxidation, foreign substances, and viscosity
High value creation of bioenergy feedstocks
Zero-waste implementation through waste oil recycling
Greenhouse gas reduction and transition to eco-friendly energy
Securing global competitiveness through advanced refining technologies
Replacement of fossil fuels and reduction of environmental pollution
Establishment of a local eco-friendly circular economy
Resource recovery and energy circulation from waste materials
