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Ideal for base load use in cogenerration CHP applications that do not require emissions controls for power ranging from 6 to 7 Mw's.
The GPB70 is a heavy duty industrial gas turbine packaged power plant that offers electrical efficiency of over 30% and an overall Cogeneration (CHP)thermal efficiency of 80%. It is ideal for use in areas that do not have emissions constraints. It is well suited for:industrial process plant applications, hospitals, universities,office malls and large office complexes with heating and cooling loads, pharmaceuticals, LNG Terminals, and other facilities with significant thermal and electrical loads. |
A Closer Look
The GPB70 is ideal for use in ; Shopping malls, electric utilites, industrial process plants, hospitals, Universities, office complexes and shopping malls incorporating district heating and cooling systems, pharmaceuticals, LNG Terminals, and other facilities with significant thermal and electrical loads.
- Offers electrical efficiency of 30.3% and an overall Cogeneration efficiency of 78.4%
- Cold end turbine end drive for increased reliability
- Combined-cycle power plant with the GPB70 and a steam turbine will realize electrical efficiency of over 48%
- Design assures better RAM (reliability, availability, maintainability) and greater durability with 32,000 HRS TBO (Time Between Overhauls)
- Split case design allows for ease of inspection and maintenance on site, reducing costly downtime
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More GPB Series Gas Turbines
Download More Information
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| F |
lb /sec |
kWe |
kW |
°F |
lbs/sec |
scfm |
| 59 |
58.43 |
6,590 |
18,599 |
967 |
58.7 |
47,000 |
| 32 |
60.82 |
6,008 |
22,050 |
957 |
61.1 |
47,000 |
| 86 |
53.48 |
7,114 |
23,710 |
987 |
70 |
47,000 |
| 95 |
54.80 |
5,695 |
19,976 |
996.5 |
52.3 |
47,000 |
| 77 |
56.09 |
5,374 |
20,682 |
979 |
56.3 |
47,000 |
| C |
kg /sec |
kWe |
kW |
°C |
kg/sec |
scm/ min |
| 15 |
26.56 |
6,590 |
18,599 |
519 |
26.68 |
1,578 |
| 0 |
27.65 |
6,008 |
22,050 |
514 |
27.77 |
1,578 |
| 30 |
24.30 |
7,114 |
23,710 |
530.7 |
31.8 |
1,578 |
| 35 |
24.90 |
5,695 |
19,976 |
535.8 |
23.77 |
47,000 |
| 25 |
25.5 |
5,374 |
20,682 |
526 |
25.59 |
47,000 |
Natural Gas fuel , NOx Reduction: Dry Low Emission, NOx: 23 ppm, CO: 25 ppm, VOC: 2.0 ppm
Performance based on 4 inch and 10 inch H2O intake/exhaust pressure losses
DLE is available from 50–100% load
Sea level site
Generator efficiency: 96%
* Contact Kawasaki Application Engineering for site-specific performance
* Not for guarantee
Standard Equipment
- Reduction gearbox with main lube oil pump and turning motor
- VFD Motor starting system
- Indoor enclosure, sound attenuated to 85 dBA, with lighting, ventilation, chain block and rail for maintenance
- 4160V generator, air cooled, open drip proof type, with sleeve bearings and brushless PMG exciter
- Heavy-duty I beam steel base-frame for the turbine engine, primed and painted
- Lube oil system includes gear driven main lube oil pump, duplex filters, air cooled lube oil heat exchanger, motor driven vent demister, tank integrated into the base-frame with oil heater, lube oil filter and lube oil cooler
- Fuel gas system with shut-off block and bleed valves
- Fire and gas detection with CO2 suppression system
- State-of-the-art PLC control
- Inlet filter house with weather louvers, and 2 stage static depth loading box type filter system using water resistant synthetic media
- Enclosure designed for 85 dBa noise attenuation includes fan forced ventilation system with CO2 dampers and maintenance access doors
- Engine Removal I beam with rolling trolley and chain lift
- Battery system ( lead acid) with battery charger for coast down lube oil pumps and jacking motor
- Exhaust flex joint, and exhaust ducting
- Engine compressor water wash cart -
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Special Features
- Proven Heavy Duty Industrial Design
- High Efficiency
- Option: Fuel gas booster compressor . KGTA offers both reciprocating and screw type booster compressors
- Option: Dual fuel system for operation on both gas and liquid fuels
- Option: Inlet air chilling - KGTA offers fogging, evaporative cooling, and water chiller system to reduce inlet air timep. to produce more power in hot environments
- Option: Black start using diesel gen sets - KGTA will quote you a reliable black start system for your site
- Option: Self cleaning air inlet pulse type filters
- Option: Ni-Cad battery back-up
- Option: Self-cleaning air pulse filter house system
- Option: Choice of generator voltages - 4160V to 13.8 kV
- Option: Pre-wired extended electrical skid containing: output breaker, VFD, turbine and generator panels, batteries and charger, MCC, fire detection panel etc.
- Option: API seperated generator compartment
- Option: CHP system; HRSG with FW pumps, DA FW heater, exhaust by-pass diverter valve and stack
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