Research department

Syngas Conversion Technology through Gasification of Low-grade Fuel

It is a technology that converts low-grade fuels such as coal and Pet-coke into synthetic gas, which is mainly composed of carbon monoxide (CO) and hydrogen (H2), through gasification under high temperature/high pressure conditions, and it can be said to be an energy conversion technology for high-efficiency power generation and synthetic fuel (or synthetic raw material) production.

Based on the results of the development of localization factor technology for 2 tons/day gasification systems, it currently has stable continuous operation technology through process design technology and operation optimization for 20 tons/day gasification systems.

Ultra-high purity refining technology for synthetic gas-based hydrogen production

By conducting research on synthetic gas ultra-high purity purification technology, a key element technology in the production of synthetic gas-based hydrogen, it has ultra-high purity purification technology to remove not only pollutants such as H2S, COS, and fine dust contained in synthetic gas, but also various pollutants such as NH3, HF, HCl, HBr, HCN, and Hg. It has engineering technology to optimize facilities and processes with low energy consumption, low construction and low operating costs in order to secure syngas purification endoscopy.

Low Carbon Fuel Conversion Burning Technology

Fuel conversion combustion rate control of hydrogen with a combustion rate 7 times faster than methane Technology

· Multi-stage pre-mixing technology for controlling combustion speed.

· Slitflame flame shape control technology for flame dispersion.

· Complete premixed surface combustion technology for reducing GHG (NOx, CO2).

· Air proportional control (PGARC) venturi mixer design technology

· Chromatic flame coloration technology using combustion intermediate product (OH-)