Case Study: Reliable On-Site Power Generation Across Industrial Facilities
Key Achievements
Reliable operation across the full generation spectrum: 25 kW remote systems to 250+ MW gas turbine and combined-cycle assets brought online and kept running, including life extension of legacy fleets.
Right-sized assets, no rework: Vendor-agnostic technology selection kept capital spend matched to actual operating needs.
Zero disruption through commissioning: Facilities moved from design to operation without unplanned downtime.
Introduction
Owners in oil & gas, energy, power generation, industrial processing, and commercial infrastructure in the United States turn to on-site and distributed generation to improve reliability, control energy costs, monetize excess fuel or heat, and reduce exposure to utility constraints and market volatility. C&R Projects has helped these owners achieve that outcome across the full generation spectrum, from small remote and off-grid systems to large industrial cogeneration and utility-interconnected facilities.
Challenge
Owners typically came to C&R facing facility expansions that exceeded available utility capacity, rising electricity or transmission costs, aging or obsolete generation assets, unrealized value in waste heat or fuel, or an acquisition that needed technical due diligence.
Left unresolved, these pressures produced real operating problems: generators sized wrong for the load, unstable islanded operation, nuisance trips, low confidence in expansion planning, and rising lifecycle costs from decisions made without enough technical grounding. Complex integration between generators, loads, and utility systems, plus regulatory and interconnection requirements, made the risk of getting it wrong even higher.
Solution
C&R Projects delivered technology selection, feasibility and economic evaluation, power system studies (load flow, short circuit, arc flash, coordination), electrical integration and interconnection design, protection and anti-islanding schemes, and control system architecture, carried through commissioning, startup, and into ongoing operations.
This work spans small remote systems (25 kW to under 1 MW) for standalone and off-grid backup power, industrial CHP (1 to 10 MW) using reciprocating and turbine-based systems, mid-scale generation (10 to 25 MW) for behind-the-fence and export facilities, large industrial generation (80 to 250+ MW) using gas turbine and combined-cycle assets, and due diligence and life extension on legacy fleets including GE Frame, Siemens, and Solar units.
Systems designed to run stably across parallel, islanded, heat-led, and power-led modes
Protection and controls tailored to each site's utility constraints, not applied generically
Generation integrated cleanly into constrained or aging electrical infrastructure
Designs grounded in operational experience, so they perform in the field, not just on paper
Staged development planned up front, so today's design doesn't block tomorrow's expansion
Key Results
Facility reliability and energy resilience improved through appropriately sized, properly integrated generation
Unplanned outages and nuisance trips are reduced through protection and controls matched to real operating conditions
Expansion and load growth decisions are made with confidence, backed by clean interfaces between generation, plant loads, and utilities
Capital and operating costs are better aligned with need, avoiding over- or under-sized assets and rework from late-stage utility or protection issues
Looking Ahead
C&R Projects continues to support these assets through load additions, regulatory and utility updates, protection and control modifications, arc flash and power system re-studies, and performance troubleshooting, keeping generation infrastructure running as intended for decades. C&R is most often engaged when generation decisions need to hold up in operation, not just on paper or at commissioning.