We provide the nuclear industry with mission-critical automation and remote tooling systems focused on streamlining reactor maintenance, reducing downtime, increasing situational awareness, and creating a fail-safe environment for operators. Our solutions enable the remote visual inspection of reactor components for evaluating damage and degradation to verify the component integrity for regulatory requirements. With remote tooling and automated delivery systems, nuclear power plants can reduce critical path activities and worker dose to provide a safe, efficient path for maintenance and inspection activities.
Every nuclear operations & maintenance project is unique. Allow us to listen to your challenges and share how automation can launch your project on time.
Partnering with our nuclear customers, we continuously engineer, build, and test remote tooling systems and processes used in nuclear power plant maintenance and operations.
Our SmartVision™ remote inspection systems allow for the remote visual inspection of multiple areas simultaneously.
Mitigate and verify tooling, processes, and environmental risk using digital twin technology.
Leverage Illuminate™ software for detailed reporting dashboards and notifications.
Leverage SmartCoach™ and digital twin for employee training along with on-site experts.
Using proven and reliable methodologies, to expediate the execution and delivery.
Use digital twin to verify design and task execution.
Diagnose, troubleshoot, validate, and proactively prepare.
Reduce human error and objectively measure human performance.
Remove or reduce humans from high-dose areas.
Improve performance and maintenance with data and metrics.
“The automation technology developed by ATS is one example of how we are combining innovative new technology with proven best-practices and industry expertise that will enable improved performance and efficiency while maintaining the highest standard in safety and quality in our refurbishment program.”
Eric Chassard,
Executive Vice President of Projects and Engineering at Bruce Power.