Posts tagged Safety and Quality Excellence
Get the Buzz ... APM Gas Power Provides Excellent Quality and Teamwork in Emergent Outage at Duke Energy Indiana

In Noblesville, Indiana, APM Gas Power mobilized to respond to an unplanned outage on August 14, 2023. They completed almost 10,000 manhours between their start date in August and their demobilization on December 21, 2023! They also completed multiple scopes of work with zero recordable injuries or quality escapes!

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APM Steam Fossil Delivers Five-Star Service Ahead of Schedule at Evergy Iatan Generating Station

Deployed in early November to Missouri for a forced outage, our APM team completed an investigation on a generator bearing that was experiencing high vibration. The team disassembled the generator and supporting components to investigate T-10 bearing and corrected the generator and exciter alignment.

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APM Steam Nuclear Wins Premier Zero Injury Safety Award

We are deeply proud to announce APM Steam Nuclear as the recipient of the Zero Injury Safety Award! This award is determined by the National Maintenance Agreements Policy Committee and is widely recognized by construction and maintenance unions. The organization will host a gala in mid-October to showcase the team’s hard work and dedication toward their zero-injury commitment.

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APM Boiler Canada Receives Repeated Recognition in the Canadian Safety Achievement Awards

We are enormously excited to announce APM Boiler Canada as this year's repeat recipient of the Tripartite Zero (Recordable) Injury Turnaround Award! APM Boiler’s top-tier health and safety emphasis received major attention at the TransAlta Sundance – Unit 6 Turnaround where over 61,000 craft hours were completed – injury free.

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APM Steam Fossil Takes on a Growing Scope to Deliver Safety and Quality at 100%

APM Steam Fossil along with FieldCore, and supporting teams, ventured to ArcelorMittal Burns Harbor Steel Mill located in Indiana, to conduct a bearing inspection. As the team began their routine inspection procedures, removal of the turbine shell led to findings of mass damage that occurred due to high condensation in a steam admission line.

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