The Vice President – Mechanical and Energy Recovery Systems is a strategic executive role responsible for leading the planning, design, operations, and innovation of mechanical systems focused on energy recovery and efficiency. This includes optimizing rotating equipment, waste heat recovery units, thermal conversion systems, and other mechanical infrastructure that supports sustainability and resource recovery goals. The VP provides high-level guidance on capital projects, operational reliability, and cross-sector integration of mechanical energy systems across utility or industrial environments.
Lead engineering, operations, and lifecycle management of core mechanical systems such as turbines, compressors, pumps, blowers, heat exchangers, and associated equipment.
Establish and enforce mechanical design and operational standards to ensure efficiency, safety, and performance.
Develop and implement enterprise-wide energy recovery programs, including waste heat recovery, pressure recovery, and thermal-to-electricity conversion technologies.
Evaluate opportunities for cogeneration (CHP), biogas utilization, and integration with renewable energy sources.
Oversee capital improvement projects related to mechanical systems and energy recovery infrastructure.
Introduce innovative technologies such as ORC (Organic Rankine Cycle), microturbines, or advanced energy harvesting systems.
Direct reliability-centered maintenance (RCM) and condition monitoring programs for critical mechanical and energy assets.
Lead root cause analysis and performance improvement efforts for high-energy-consuming equipment.
Ensure adherence to engineering codes (ASME, API, ISO 50001), safety standards (OSHA, NFPA), and environmental regulations.
Identify mechanical and energy-related risks and implement mitigation strategies across sites.
Align mechanical and energy recovery initiatives with broader sustainability and decarbonization targets.
Collaborate with environmental, finance, and operations teams to quantify and track energy savings and emissions reductions.
Manage vendor relationships, OEMs, and EPC contractors to ensure alignment with technical and commercial objectives.
Represent the organization in industry associations, regulatory forums, and technical working groups related to mechanical energy systems.
Mechanical Energy Systems Design and Optimization
Energy Recovery and Resource Efficiency Strategies
Reliability and Lifecycle Management of Rotating Equipment
Capital Project Leadership in Mechanical and Energy Infrastructure
Integration of Mechanical Systems with Renewable and Waste-to-Energy Technologies
Standards Compliance and Safety in Energy Recovery Operations
Digital Tools for Performance Monitoring and Predictive Maintenance
Sustainability and Decarbonization via Mechanical Innovations
Bachelor’s or Master’s degree in Mechanical Engineering, Energy Systems, or related field
15+ years of experience in mechanical systems and energy recovery within utilities or industrial sectors
Minimum 5 years in a senior leadership or executive role
Professional Engineer (PE) license or Certified Energy Manager (CEM) preferred
Experience with large-scale plant operations, energy optimization, and engineering governance
Deep understanding of mechanical energy recovery systems and their integration into industrial or utility settings
Strong project management and cross-functional leadership skills
Familiarity with energy modeling, SCADA, condition monitoring, and CMMS systems
Visionary thinker with ability to drive innovation, sustainability, and operational excellence