field of business
Power generation and heat supply plants using fossil fuels, renewable fuels, and waste as fuel.
A plant that produces high-temperature/high-pressure steam in a boiler by means of firing bio-mass such as wood chips, Bio-SRF, and unused forest wood as fuel, and utilizes the produced steam to supply power and heat through power generation or combined heat and power (CHP) systems.
A plant consists of Fuel supply, Combustion Furnace and boiler, Flue gas treatment, Ash stabilization, Water/Wastewater treatment, and Balance of plant.
| Project name | Fuel | Capacity | Client | Scope of work | Period |
|---|---|---|---|---|---|
| Daegu Citadin Power Plant | Bio-SRF | 15 MW x 1 | Daewoo E&C | Basic Design | 2017.09 ~ 2018.11 |
| SJ Lignocellulosic Biomass Power Plant | Unused forest wood as fuel | 3 MW x 1 | Forestry Association | Tech. Due Deligence | 2017.04 ~ 2022.04 |
| Republic of South Africa Ngodwana Biomass Power Plant | Wood Chip | 30 MW x 1 | KC Cottrell, Basic design | Detail Design | 2016.06 ~ 2022.04 |
| Basic Design | 2015.06 ~ 2015.08 | ||||
| Donghae Biomass Power Plant | Bio-SRF | 30 MW x 1 | POSCO E&C | Bidding/Detail Design | 2011.03 ~ 2013.10 |
A plant that utilizes Solid Refuse Fuel (SRF), produced from municipal or industrial waste, as a fuel source to generate high-temperature/high-pressure steam in a boiler. The generated steam is then used to supply power and heat through power generation or combined heat and power (CHP) systems.
A plant consists of Fuel supply, combustion Furnace and boiler, Flue Gas Treatment, Ash Stabilization, Water/Wastewater Treatment, and Balance of plant.
| Project name | Fuel | Capacity | Client | Scope of work | Period |
|---|---|---|---|---|---|
| Jeonju SRF Power Plant | SRF | 9.9 MW x 1 Steam 31 t/h |
Ilsung Construction | Basic Design | 2017.06 ~ 2017.08 |
| Wonju Flower Complex District Energy Project | SRF | 35 MW x 1 Hot water 43 Gcal/h Steam 20 t/h |
Wonju Energy | Engineering for Permission | 2016.08 ~ 2019.11 |
| Kolon Global | Basic Design | 2015.02 ~ 2015.07 | |||
| Pohang MSW Fuel Conversion & Power Plant | Municipal Waste | Fuel Conversion 500 t/d 12 MW x 1 |
POSCO E&C | Feasibility Study/Basic Design/Detail Design | 2015.01 ~ 2019.01 |
| Busan MSW Fuel Conversion & Power Plant | Municipal Waste | Fuel Conversion 900 t/d 25 MW x 1 |
POSCO E&C | Feasibility Study/Basic Design/Detail Design | 2010.10 ~ 2013.10 |
A plant that incinerates municipal waste, industrial waste, medical waste, and other types of waste to produce high-temperature and high-pressure steam in a boiler, and utilizes the generated steam for power generation or combined heat and power (CHP) to supply electricity and heat.
A facility consists of Fuel supply, combustion Furnace and boiler, Flue gas treatment, Ash stabilixation, Water/Wastewater treatment, and other Balance of a plant.
| Project name | Fuel | Capacity | Client | Scope of work | Period |
|---|---|---|---|---|---|
| Stericycle Waste Heat Utilization Energy Plant | Medical Waste | 4.84 MW x 1 Hot water 21.7 MW |
Samyoung E&E | Basic/Detail Design | 2018.01 ~ 2019.12 |
| Iksan Municipal Waste Incineration Plant | Municipal Waste | 100 t/d x 2 5 MW x 1 |
Daewoo E&C | Bidding/Basic Design/Detail Design | 2006.06 ~ 2009.09 |
| Jeonju Municipal Waste Incineration Plant | Municipal Waste | 200 t/d x 2 4 MW x 2 |
Samsung C&T | Bidding/Basic Design/Detail Design | 2002.09 ~ 2006.11 |
| Yong-in Municipal Waste Incineration Plant (units 2 and 3) | Municipal Waste | 100 t/d x 2 1.5 MW x 1 |
Kolon Global | Bidding/Basic Design/Detail Design | 2000.12 ~ 2004.09 |
| Gunpo Waste Incineration Plant | Municipal Waste | 200 t/d x 1 | Hyundai E&C | Bidding/Basic Design/Detail Design | 1997.10 ~ 1999.12 |
| Haeundae Waste Incineration Plant (Units 1 and 2) | Municipal Waste | 200 t/d x 2 | Samsung C&T | Bidding/Basic Design/Detail Design | 1993.11 ~ 1996.09 |
| Dadaepo Waste Incineration Plant | Municipal Waste | 200 t/d x 1 | Halla Heavy Industries | Bidding/Basic Design/Detail Design | 1993.08 ~ 1995.06 |
| Changwon Waste Incineration Plant | Municipal Waste | 200 t/d x 1 | Halla Heavy Industries | Bidding/Basic Design/Detail Design | 1992.10 ~ 1995.01 |
| Anyang/Pyeongchon Waste Incineration Plant | Municipal Waste | 200 t/d x 1 | Dongbu Construction | Bidding/Basic Design/Detail Design | 1992.05 ~ 1993.07 |
A plant that incinerates municipal waste, industrial waste, medical waste, and other types of waste to produce high-temperature and high-pressure steam in a boiler, and utilizes the generated steam for power generation or combined heat and power (CHP) to supply electricity and heat.
A plant consists of Fuel supply, combustion Furnace and boiler, Flue gas treatment, Ash stabilization, Water/Wastewater treatment, and Balance of a plant.
| Project name | Fuel | Capacity | Client | Scope of work | Period |
|---|---|---|---|---|---|
| Poland Warsaw WTE (Cogeneration of Municipal Waste Incineration) | Municipal Waste | 470 t/d x 2 24 MW x 1 Hot water 54MW |
POSCO E&C | Basic/Detail Design | 2021.2 ~ Present |
| Taiwan Nanya WTE (Industrial Waste Incineration, Heat Supply) | Industrial Waste | 200 t/d x 2 steam 56 t/h |
KC Cottrell | Detail Design | 2019.10 ~ 2021.05 |
| Poland Gdansk WTE (Cogeneration of Municipal Waste Incineration) | Municipal Waste | 492 t/d x 1 9.11 MW x 1 |
POSCO E&C | Feasibility Study | 2016.05 ~ 2017.05 |
| Australian Kwinana WTE (Municipal Waste Incineration Power Generation) | Municipal Waste | 37 MW x 1 | POSCO E&C | Basic Design | 2015.04 ~ 2016.04 |
| Poland Krakow WTE (Municipal Waste Incineration Combined Heat and Power) | Municipal Waste | 338 t/d x 2 16 MW x 1 Hot water 35MW |
POSCO E&C | Basic Design/Detail Design | 2012.10 ~ 2016.07 |
A plant that pyrolyze and incinerates municipal waste, industrial waste, medical waste, and other types of waste to produce high-temperature and high-pressure steam in a boiler, and utilizes the generated steam for power generation or combined heat and power (CHP) to supply electricity and heat.
A plant consists of Fuel supply, combustion Furnace and boiler, Flue Gas Treatment, Ash Stabilization, Water/Wastewater Treatment, and Balance of plant.
| Project name | Fuel | Capacity | Client | Scope of work | Period |
|---|---|---|---|---|---|
| Hwaseong Pyrolysis and Incineration Plant | Municipal Waste | 150 t/d x 2기 | POSCO E&C | Basic Design | 2006.09 ~ 2007.02 |
| Goyang Pyrolysis and Incineration Plant | Municipal Waste | 150 t/d x 2기 | POSCO E&C | Basic Design/Detail Design | 2005.12 ~ 2007.07 |
| Yangju Pyrolysis and Incineration Plant | Municipal Waste | 100 t/d x 2기 | POSCO E&C | Basic Design | 2005.09 ~ 2005.12 |
| COLOANE-B POWER | Municipal Waste | 100 t/d x 2기 | POSCO E&C | Basic Design/Detail Design | 2003.12 ~ 2006.11 |
A plant that generates electricity from a gas turbine using LNG as a fuel, produces high-temperature/high-pressure steam from the exhaust heat from the gas turbine, and supplies electricity and heat through power generation or cogeneration using the produced steam.
A plant consists of Fuel supply, Gas Turbine, Heat Recovery Steam Generator(HRSG), Power Generation, Flue Gas Treatment, Water/Wastewater Treatment, Balance of Plants.
| Project name | Fuel | Capacity | Client | Scope of work | Period |
|---|---|---|---|---|---|
| Gwangyang LNG Combined Cycle Power Plant | LNG | 500 MW | Daelim Industrial | Mechanical Design | 2003.11 ~ 2004.12 |
| TANIR BAVI POWER | LNG | - | Hyundai ENG | Piping Design | 2002.01 ~ 2002.02 |
| ZAWIA CCPP | LNG | - | Daewoo E&C | Mechanical/Piping Design | 2002.01 ~ 2002.01 |
| COLOANE-B POWER | LNG | 140 MW | Hyundai E&C | Piping Design | 2000.02 ~ 2003.04 |
