Baker Hughes Turbines; the road to net zero energy and a sustainable future
Energy efficiency and large savings
BAKER HUGHES TURBINES
These are industrial gas turbines designed and manufactured by Baker Hughes, which set new standards in efficiency, availability, reliability and flexibility.
Designed for distributed power generation, cogeneration and other industrial process applications, the turbines have power capacities ranging from 5 MW to 20 MW.
CHARACTERISTICS OF BAKER HUGHES TURBINES
- Wide fuel flexibility.
- Combustion chamber.
- Robust, high-performance axial compressor.
- Simplified maintenance, due to its design that includes modular and accessible components.
- Single-row annular combustion system for the lowest emissions of any gas turbine on the market.
- Variable geometry nozzle for maximum efficiency throughout the power range.
BENEFITS OF BAKER HUGHES TURBINES
- High reliability, ensuring safe and continuous operation.
- Environmentally friendly, minimizing greenhouse gas emissions and other atmospheric pollutants.
- Low operating and maintenance costs, due to their efficiency, reliability and modular design, they help reduce these costs throughout their useful life.
- Fuel efficiency, they consume less fuel to produce the same amount of energy compared to other turbines.
- Low space requirements for installation and maintenance.
- Fast start-up time, stable operation after start-up, suitable for applications where response time is important.
MAINTENANCE: SERVICE MODEL
Among the key elements of maintenance are the following points.
- Package design to minimize engine changeover time (24 hours).
- The changeover is applicable to planned and unplanned events.
- Minimal maintenance between engine changes.
- No borescope inspection required.
- Maintenance policy based on engine change.
- A stock of spare engines in the region to assist customers.
HIGH EFFICIENCY AND FLEXIBILITY
NovaLT™ turbines can achieve more than 37% efficiency in single cycle configuration and up to 85% in cogeneration configuration, thanks to the high exhaust temperature which makes them the ideal solution in industrial and combined heat and power applications.
New standards in availability and reliability
With only 45 days required for installation, an exceptional average time of 35,000 hours between maintenance and 24-hour motor change capability, NovaLT™ turbines are the best choice for availability and reliability.