Zhong'an United Coal Chemical Panji power station

From SourceWatch
Jump to: navigation, search

Zhong'an United Coal Chemical Panji power station (中安联合煤化工潘集电厂), also known as Zhong'an Panji Qiji power station, is a 150-megawatt (MW) coal-fired power station under development in Anhui Province, China.

Location

The undated satellite photo below shows the proposed location for the plant in Qiji, Panji.

Loading map...

Background on Plant

Zhong'an United Coal Chemical Panji power station is a 3 x 50 MW coal plant under construction in Qiji, Panji. It is sponsored by Sinopec and Wanbei Coal-Electricity Group as a captive power plant for a coal chemical project being developed by the sponsors. The first phase of the chemical project started construction in 2010, but was later shelved. In June 2017, construction on the first phase started again, and is planned to go operation in 2019.[1][2]

Proposed expansion

Sinopec and Wanbei Coal-Electricity Group have proposed a 2 x 350 MW expansion of the coal plant. It would be for the second phase of their coal chemical project, and is therefore unlikely to be pursued until after the first phase is completed, in 2019 or later.[2]

Plant Details of units 1-3

  • Sponsor: Zhong'an United Coal Chemical Co
  • Parent company: Sinopec, Wanbei Coal-Electricity Group
  • Location: Qiji, Panji, Anhui Province, China
  • Coordinates: 32.702588, 116.876377 (exact)
  • Status: Construction
  • Gross capacity: 150 MW (Units 1-3: 50 MW)
  • Type: Subcritical
  • In service: 2019
  • Coal type:
  • Coal source:
  • Source of financing:

Plant Details of units 4-5

  • Sponsor: Zhong'an United Coal Chemical Co
  • Parent company: Sinopec, Wanbei Coal-Electricity Group
  • Location: Qiji, Panji, Anhui Province, China
  • Coordinates: 32.702588, 116.876377 (exact)
  • Status: Shelved
  • Gross capacity: 700 MW (Units 4 & 5: 350 MW)
  • Type: Supercritical
  • In service:
  • Coal type:
  • Coal source:
  • Source of financing:

Articles and resources

References

Related SourceWatch articles

External resources