SNT Energy

Selective Catalyic Reduction System

The Leader of Generator / Petrochemistry Plant

Air polluting materials such as NOx, dioxin, SOx, dust and VOC, exhausted from boilers and vehicles that burn fossil fuels and convert them into energy, are exposed to the air, and give seriously harm effects to the ecosystem of the mankind, animals and plants.
The denitrification facility eliminates the NOx materials, generated from combustion of nitrogen component in fuels and air. Because improvement of the combustion conditions has a technical limitation in the reduction efficiency and it requires additional treatment facilities after combustion, the most reliable selective catalytic reduction (SCR) system occupies most of the NOx materials elimination markets.
The desulfurization facility eliminates the SOx materials, generated by reaction between the sulfate components and the oxygen in process of combustion of fuels. It is obligatory to install desulfurization facilities for large-scaled power plants and incineration facilities in Korea and other overseas countries. Installation of desulfurization facilities for the medium-sized boilers has not been active, but the facilities have an infinite marketing potential in the future owing to localization of the relevant technology and the economical prices.

- Honam Thermoelectric two 250MW
- Honam Thermoelectric Ammonia Facility for DeNox Facility

Own Technology and Design Ability for Process and System
High De-NOx Efficiency
Low Ammonia Slip
Low Conversion Rate of SO2 to SO3
Low Pressure Drop
Design for Even Distribution of Flue Gas
Easy Loading and Replace of Catalyst
Optimum Design
Duct and Reactor Reinforced to Minimize Deflection
Design Guide Vane to Well Distribution of Flue Gas and Low Pressure Drop at Duct and Reactor

Efficient Arrangement of Facilities
Abundant Experience of Ammonia Storage and Handling System
Design and Manufacturing Ability
Design Ability All Kinds of Reagent Storage and Handling System
Design and Manufacturing under Control of Very Specialist in Field of High Pressure Gas
Design for Safe Operation and Easy Maintenance
All Safety Equipment for Safe Operation
Skid Design for Easy Installation
3D Modeling Design to Avoid Interference

Taean TPP Unit 9, 10 Year : 2016

Thai Binh2 TPP Unit 1, 2 Year : 2016

Plant	Capacity (MW)	Year	Client	Installation	Fuel
Taean TPP Unit 8 (Performance Improvement)	500	2023	Korea Western Power	High Dust	Coal
Taean TPP Unit 7 (Performance Improvement)	500	2023	Korea Western Power	High Dust	Coal
Daegu CHP	280	2023	Korea District Heating Corp.	HRSG	LNG
Cheongju CHP	280	2023	Korea District Heating Corp.	HRSG	LNG
Datan CCPP Unit 6	750	2020	Taiwan Power Company	HRSG	LNG
Datan CCPP Unit 5	750	2020	Taiwan Power Company	HRSG	LNG
Nam Jeju CCPP	160	2019	Korea Southern Power	HRSG	LNG / Light Oil
Young Nam CCPP	400	2017	KOSPO Young Nam Power	HRSG	LNG
Thai Binh2 TPP Unit 2	600	2016	Vietnam Oil & Gas Group(PVN)	High Dust	Coal
Thai Binh2 TPP Unit 1	600	2016	Vietnam Oil & Gas Group(PVN)	High Dust	Coal
Taean TPP Unit 10	1,050	2016	Korea Western Power	High Dust	Coal
Taean TPP Unit 9	1,050	2016	Korea Western Power	High Dust	Coal
Honam TPP Unit 1	250	2009	Korea East-West Power	High Dust	Coal
Honam TPP Unit 2	250	2009	Korea East-West Power	High Dust	Coal
Taean TPP Unit 5	500	2007	Korea Western Power	High Dust	Coal
Taean TPP Unit 4	500	2007	Korea Western Power	High Dust	Coal
Taean TPP Unit 1	500	2006	Korea Western Power	High Dust	Coal
Taean TPP Unit 2	500	2006	Korea Western Power	High Dust	Coal
Taean TPP Unit 3	500	2006	Korea Western Power	High Dust	Coal
Taean TPP Unit 6	500	2006	Korea Western Power	High Dust	Coal
Inchon TPP Unit 1	250	2002	Korea Midland Power	High Dust	Coal
Inchon TPP Unit 2	250	2002	Korea Midland Power	High Dust	LNG / LSWR
Nowon Co-Gen Power	37	2002	SH Corporation	Low Dust	LNG
Mokdong Co-Gen Power	20	2002	SH Corporation	Low Dust	LNG