Raviraj Gajbhiye
Business Process Manager - Utilities @Labatt Breweries of Canada
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WORK HISTORY
Business Process Manager - Utilities @Labatt Breweries of Canada
Edmonton, AB, CA
Act as the Technical Process Safety Lead for all projects involving ammonia refrigeration (NH3), ensuring safe design, execution, and commissioningEnsure all ammonia systems are fully compliant with IIAR standards and applicable regulatory requirementsOversee mechanical integrity of process systems, ensuring equipment reliability, proper integration, and long-term operational safetyLead and develop a team of Powerhouse Engineers, fostering a strong safety culture and technical excellenceManage and optimize critical utility systems, including ammonia refrigeration, steam, and compressed airDrive improvements in refrigerant efficiency, condensate recovery, fuel efficiency, and compressed air systems to enhance overall plant performanceLead cross-functional Kaizen initiatives to identify gaps, eliminate waste, and improve resource utilization across departmentsProvide technical leadership on process hazard analysis (PHA), risk assessments, and Management of Change (MOC)Build and mentor teams towards autonomous operations, increasing ownership, accountability, and decision-making at the floor level
EDUCATION
St. Vincent Pallotti College of Engineering & Technology
Bachelor's degree, Mechanical Engineering
University of Alberta
Msc, Mechanical Engineering
ABOUT RAVIRAJ GAJBHIYE
I am a Mechanical Engineer-in-Training (EIT) with an MSc from the University of Alberta, currently working as a Process Manager at Labatt Breweries of Canada (AB InBev), one of the world’s largest brewing companies.In my role, I lead technical services and oversee critical process systems across the plant, with a strong focus on process safety, compliance, and operational excellence. I manage high-risk utilities including ammonia refrigeration systems and steam operations, ensuring adherence to safety standards while driving reliability and efficiency.Beyond safety, I am involved in improving overall plant performance and sustainability. I work cross-functionally to optimize energy usage, reduce water consumption, and minimize CO2 footprint, aligning operational improvements with long-term environmental goals. My approach combines technical expertise with a systems-thinking mindset to ensure resources are used efficiently across departments.
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