Construction & Engineering
Dangjin Power Plant Construction
| Classification | Boiler Type | Date of Completion |
|---|---|---|
| Dangjin Power Generator #1 | Super Critical | Jun. 1999 |
| Dangjin Power Generator #2 | Super Critical | Dec. 1999 |
| Classification | Boiler Type | Capacity | Date of Completion |
|---|---|---|---|
| Dangjin Power Generator #3 | Super Critical | 500MW | Sep. 2000 |
| Dangjin Power Generator #4 | Super Critical | 500MW | Mar. 2001 |
| Classification | Boiler Type | Capacity | Date of Completion |
|---|---|---|---|
| Dangjin Power Generator #5 | Ultra Super Critical | 500MW | Oct. 2005 |
| Dangjin Power Generator #6 | Ultra Super Critical | 500MW | Apr. 2006 |
| Classification | Boiler Type | Capacity | Date of Completion |
|---|---|---|---|
| Dangjin Power Generator #7 | Ultra Super Critical | 500MW | Jun. 2007 |
| Dangjin Power Generator #8 | Ultra Super Critical | 500MW | Dec. 2007 |
| Classification | Boiler Type | Capacity | Date of Completion |
|---|---|---|---|
| Dangjin Power Generator #9 | High-efficiency Ultra Super Critical | 1,020MW | Jul. 2016 |
| Dangjin Power Generator #10 | High-efficiency Ultra Super Critical | 1,020MW | Sep. 2016 |
Construction of Combined Cycle Power Plant with High Efficiency
Ulsan #4 Eco-friendly LNG Power Plant (871MW)
EWP plans to transform the aged power generation facilities in Ulsan into high-efficiency and eco-friendly facilities certified by the Korean standard gas complex demonstration project, which will supply stable heat and electric power
Construction of Combined Cycle Power Plant with High Efficiency
Bird's-Eye View of Eumseong LNG Combined Cycle Power Plant
Eumseong LNG Combined Cycle Power Plant is being constructed with a safety-centered and local-friendly design, incorporation new domestic technologies such as intelligent remote monitoring systems and steam reduction technologies of a cooling tower. It contributes to not only communication with local communities but also job creations
EWP is continuously pursuing technological independence in the engineering of power plants. EWP's abundant experience and outstanding manpower in the construction field enables it to design and construct various types of power plants employing its own engineering technology.
Besides developing a pool of professional and highly skilled personnel through commissioning of all kinds of power plants, EWP also reduces the term of commissioning every time a new power plant facility is built.
As such, EWP was able to reduce the construction period for each of Units 5 through 8 of the Dangjin Power Plant by three months.
With our technology highly recognized, EWP dispatched a technical team to Nueva Ventanas Power Plant, the largest power plant in Chile, and conducted a successful commissioning.