Turbine Generators
New or surplus and ready to go!
Comparison Table of these Turbines:
• Aeroderivative industrial gas turbine, ~5.4 MW output (simple‑cycle) for power generation, CHP, standby and mobile applications; high efficiency and modular design.
• Fuel‑flexible operation (natural gas, liquid, dual fuel), quick start/black‑start capability and proven DLE combustion for low emissions.
• High reliability and service support, compact/lightweight construction with global installed base and aftermarket network.
• Industrial gas turbine, ~54 MW output, 50/60 Hz, simple‑cycle efficiency ~39 % with robust DLE dual‑fuel combustion and low emissions.
• Fuel flexibility & reliability, operates on natural gas/liquid fuel with on‑load switchover; proven global fleet with high availability and low life‑cycle cost.
• Suitable for simple, combined cycle & CHP, excellent cogeneration/steam capacity and flexible package options for industrial or utility power plants.
• Aeroderivative design, ~34 MW simple‑cycle output, fast start and high fuel flexibility for peaking or industrial power plants.
• Proven technology with extensive global fleet and modular install options (e.g., LM2500XPRESS) for rapid site deployment and maintenance.
• High reliability and efficiency, derived from CF6 aviation core with >99% availability and robust service/support ecosystem.
• 30 MW aero‑derivative turbine in a mobile, trailer‑mounted package with dual‑fuel (gas/diesel) and 50 Hz/60 Hz capability, rapid site deployment.
• Pre‑commissioned, no concrete pad needed, compact footprint allows power generation within a day; ideal for peaking, grid support, emergency or remote use.
• Air‑cooled generator with 15 kV switchgear, water‑injection NOx control, quick start (~10 min), high reliability and worldwide transportability.
• Electrical output ~25 MW, simple-cycle operation, with competitive efficiency (~38 %) and flexible natural gas fuel compatibility for industrial applications.
• Robust industrial design ensuring high reliability, ease of maintenance, and long operational life, suitable for distributed power generation or peaking plants.
• Low emissions profile meeting modern environmental standards, compact footprint, and flexible integration options for combined heat and power (CHP) or grid support.
