590 MW HRSG Installation
Located in New Jersey
- Capability
- Distributed Power, Renewable & Industrial
- Completion 2018
Project Overview
In 2018, in New Jersey, we were awarded the contract for the Combined Cycle Build as a full construction-takeover project after the previous contractor failed to meet deadlines. The new plant replaced outdated coal generating units with a 590 MW dual-fuel combined-cycle power plant, featuring GE’s 7HA.02 gas turbines and steam turbines housed in a dedicated turbine building. The combined cycle system efficiently generates electricity by using both natural gas and steam. Natural gas fuels the gas turbine generator, and the waste heat from this process is captured by the heat recovery steam generator (HRSG) to produce steam, which drives the steam turbine for additional power output. The project scope also includes the installation of HRSG ductwork and the alignment of the steam turbines.
Key Highlights
To give the project a fresh start with qualified personnel, we cleared all existing craft staff, assigned in-house supervision, generated a new execution plan and a new schedule, and tooled the project more efficiently. We utilized our union contacts throughout the Eastern United States to supply the project with expert union craftsmen, who completed the project by the commercial operation date.
Project Overview
In 2018, in New Jersey, we were awarded the contract for the Combined Cycle Build as a full construction-takeover project after the previous contractor failed to meet deadlines. The new plant replaced outdated coal generating units with a 590 MW dual-fuel combined-cycle power plant, featuring GE’s 7HA.02 gas turbines and steam turbines housed in a dedicated turbine building. The combined cycle system efficiently generates electricity by using both natural gas and steam. Natural gas fuels the gas turbine generator, and the waste heat from this process is captured by the heat recovery steam generator (HRSG) to produce steam, which drives the steam turbine for additional power output. The project scope also includes the installation of HRSG ductwork and the alignment of the steam turbines.
Key Highlights
To give the project a fresh start with qualified personnel, we cleared all existing craft staff, assigned in-house supervision, generated a new execution plan and a new schedule, and tooled the project more efficiently. We utilized our union contacts throughout the Eastern United States to supply the project with expert union craftsmen, who completed the project by the commercial operation date.