GAS TURBINES
Industrial Boilers America provides engineered gas turbine solutions for industrial power generation and mechanical drive applications, helping facilities improve energy efficiency and advance toward zero-waste operations. Our gas turbines deliver reliable power, high power density, and efficient performance for demanding industrial operations.
WHAT WE DO
Gas Turbine Manufacturer
Industrial Boilers America designs and manufactures gas turbine solutions for power generation and mechanical drive applications across demanding industrial environments. Our engineers evaluate each facility’s operating conditions, power requirements, fuel considerations, and process needs to develop a gas turbine system suited to the application.
Gas turbines provide a compact, high-power solution for facilities that require reliable electricity generation or mechanical power. Depending on the application, they can be used to generate electricity or drive industrial equipment such as compressors, pumps, and generators.
IBA works with customers to develop gas turbine solutions focused on performance, reliability, efficiency, and long-term operating value. From initial engineering and equipment selection through deployment and integration, our team provides a solution tailored to the requirements of each facility at a fraction of the cost of our competitors.
SUPERIOR VALUE
Industrial Boilers America provides you with the best gas turbines out there. The steel is thicker, the cage is thicker, and everything lasts longer.
FULL-SCALE FLEXIBILITY
HANDS-ON APPROACH
LOW COST SOLUTIONS
OUR CAPABILITIES
ELIMINATE WASTE WITH GAS TURBINES
The Gas Turbine Advantage
Gas turbines provide many benefits when driving large equipment. They offer high power density. They are preferred to drive large equipment for a variety of reasons.
- The biggest is that gas turbines can provide your operation with appreciable capital cost savings compared to a steam turbine- or electric motor-driven system.
- Those savings can be anywhere within the 10-20% range of your installation cost.
- Gas turbines do not count toward your equipment count, so there is less moving equipment to maintain.
- They can offer 10-15% greater efficiency than other heavier equipment types.
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HOW WE DO IT
Benefits of Industrial Gas Turbines
- High power-to-weight ratio
- Compact equipment footprint
- Reliable on-site power generation
- Direct mechanical drive capability
- Fast startup and operational flexibility
- Waste heat recovery potential
Industrial gas turbines provide a versatile solution for facilities requiring dependable power generation or mechanical drive capacity. Their compact design, high power density, and ability to support heat recovery make them well suited for a range of industrial applications. When integrated with heat recovery equipment, gas turbine exhaust can also be used to produce steam or process heat, improving overall energy utilization and supporting combined heat and power (CHP) systems.
Better Solutions
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frequently asked questions
A gas turbine is a combustion engine that converts the energy of a fuel into mechanical power. Air is compressed, mixed with fuel, and combusted to produce high-temperature gases that expand through turbine stages. The resulting shaft power can be used to generate electricity or drive industrial equipment such as compressors and pumps.
Industrial gas turbines are commonly used for power generation and mechanical drive applications in manufacturing facilities, power plants, refineries, chemical processing facilities, and other energy-intensive operations. They can also be integrated into combined heat and power systems where turbine exhaust heat is recovered for steam or process heating.
Gas turbines offer high power density, a relatively compact footprint, operational flexibility, reliable power generation, and the ability to directly drive rotating equipment. Their hot exhaust can also be recovered for useful thermal energy, making gas turbines well suited for combined heat and power applications.
Gas turbine efficiency depends on turbine design, operating load, ambient conditions, fuel, and system configuration. Overall energy utilization can be significantly improved when exhaust heat is recovered through a combined heat and power or combined-cycle configuration rather than relying on the gas turbine for power generation alone.
Yes. The high-temperature exhaust produced by a gas turbine can be routed through heat recovery equipment, such as a heat recovery steam generator (HRSG), to produce steam. That steam can then support industrial processes or additional power generation, allowing facilities to recover energy that would otherwise leave with the exhaust.
The right gas turbine solution depends on your facility’s power requirements, operating profile, fuel availability, mechanical drive needs, and opportunities for heat recovery. Gas turbines can be particularly well suited for facilities that require reliable onsite power, high power density, or the ability to recover exhaust heat for steam or process heating. Industrial Boilers America can evaluate your operating requirements and help determine whether a gas turbine is appropriate for your application.