Vancouver Island Cogeneration Project

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254 MW cogeneration facility

Ausenco was the major design contractor for the 254 MW Island Cogeneration project built by ABB on an EPC Basis. This dual-fuel combined cycle power plant, nominally rated at 254 MW, is British Columbia’s largest independent power generation facility.

The facility was designed to supply electricity to BC Hydro and process steam to the adjacent pulp and paper mill. Since the shutdown of the steam host, Ausenco have defined the necessary upgrades to convert the plant from its cogeneration configuration to a pure power generation facility.

Major plant components are:

  • ABB single shaft power train with one gas-fired combustion turbine, steam turbine, and steam condenser
  • ABB heat recovery steam generator
  • Demineralised water treatment facility
  • On-site natural gas compression facility
  • On-site storage, fuel washing and transfer system for back-up distillate firing in the combustion turbine
  • Mechanical draft cooling tower
  • Plant water, fuel, and waste water handling system
  • Centralised shops, stores, and maintenance facilities

Ausenco provided balance of plant engineering services including process, mechanical, electrical, controls, civil, structural, and building services for this ABB supplied combined cycle plant.

The project is the recipient of the Consulting Engineers of BC Award of Excellence in the Energy Category.

Project details

Offerings
Control systems, Power generation
Commodity
Gas
Location
Campbell River, BC, Canada
Business line
Process Infrastructure
Client
ABB (Now Alstom Power)
Solution phase
Innovate
Services
Engineering, Construction management