Internet Store and Ecommerce Solution Provider - Free Web Site - Free Web Space and Site Hosting - Web Hosting - High Speed Internet
Search the Web

Gas Turbine Generator GE Frame 6 42.1MW 60Hz

Gas Turbine Generator, Frame 6, 42.1Mw, 60Hz


 

( Item # = PG0188 )  Gas Turbine Generator GE Frame 6  PG6561 42.1MW 60Hz

Gas Turbine Generator GE Frame 6 42.1MW 60Hz
Form to request more Information

New Frame 6 Gas Turbine Generator Package

Fuel Pressure Natural Gas 350 psig required
Fuel Volume @ Full Load 905btu  13 mmscfd
Frequency Hz 60
Electrical Output MW 42.1 MW(ISO)
Heat Rate Btu/kWh (LHV) 10,642
Turbine Speed Rpm 5163
Exhaust Gas Flow Lbs./sec. 317
Exhaust Gas Temperature ºF 890º F
NOx Emissions ppm <25

Steam injection to 25ppm @ 15%02 and ISO conditions:

Fuel Pressure Natural Gas 350 psig required
Fuel Volume @ Full Load 905btu  13 mmscfd
Frequency Hz 60
Electrical Output MW 42.1 MW(ISO)
Heat Rate Btu/kWh (LHV) 10,642
Turbine Speed Rpm 5163
Exhaust Gas Flow Lbs./sec. 317
Exhaust Gas Temperature ºF 890º F
NOx Emissions ppm <25

The following is noted as part of our offer:
 

• TWO (2) GE PG6561 turbine generator set:

• The basic scope of supply is quoted F.O.B. STORAGE.

• Offer is valid for 30 days from date of proposal, while unit is available.

• All taxes,  duties, etc. are excluded from the quotation.

• Standard equipment only terms and conditions apply.

• Full Warranty (parts & Labour) will be applicable. This excludes travel and expenses.

•
1011 – SIMPLE CYCLE ESTIMATED PERFORMANCE

1 x PG6561B CONFIGURATION

This performance statement applies specifically to the scope of equipment supplied under the terms of this Contract.  Since the Contract scope of supply is limited to a gas turbine unit only, the statement has been amended to reflect the ISO rating of the unit at the load coupling flange (i.e. no allowance has been made for load gear or generator losses).

1. The performance of the plant is estimated as follows:

? Base Load Output (mechanical) : 40,950 kWm

? Base Load Heat Rate (mechanical) :10,930 kJ/kWh

2. These estimated figures will be obtained when the following operating/ambient conditions apply:

 (i) Gas Turbine Unit : Frame PG6561

 (ii) Ambient Temperature : 15°C

 (iii) Atmospheric Pressure : 1.013 bar (A)

 (iv) Humidity : 60%

 (v) Fuel : Fuel gas 50,031 kJ/kg LHV
  In accordance with GEI 41040F

 (vi) NOx control : Standard combustion, unabated NOx

 (vii) Inlet Pressure Drop : 100 mmH20
Exhaust Pressure Drop : 65 mmH20

 (viii) Power Factor : 0.80 pf

 (ix) The estimated output will be applicable at the gas turbine load coupling flange.

3. This estimated Performance is subject to the following:

 (i) All figures for the performance are bona fide estimates.
 

 (ii) Each test to establish the estimated figures shall be made when

a) The gas turbine is new, clean and in proper working condition

b) The fuel has an acceptable quality as specified above

c) The Contractor is witness to the test.

 (iii) The tests, procedure and method of measurement (including margins to cover errors on observation and measurement to establish the performance shall be agreed before commencement of the tests and shall be based on the recommendations of ASME PTC22 “Performance Test Code – Gas Turbine Power Plant”, 1985 Edition.

 (iv) Method of measurement of ambient air temperature and ambient pressure shall be agreed.

 (v) All performance tests shall unless otherwise agreed, be carried out immediately following the date that the equipment is ready for such tests.

 (vi) If the equipment fails to achieve the estimated figures by a significant margin, the Contractor shall be given every facility at the earliest opportunity to determine the source of the failure.  If such failure lies within the Contractor’s responsibility, the Contractor shall use its best endeavors to undertake remedial action.
 Terminal Points

The following are the Terminal Points associated with the foregoing Scope of Supply.

Mechanical

 (i) Gas Turbine

Combustion air    inlet plenum flange connection
Exhaust gas – Exhaust plenum flange connection
Fuel gas inlet – N23
Cooling water inlet – N21
Cooling water outlet – N35
Steam injection, inlet – N32
On-line compressor wash, inlet – N41
Off-line compressor wash, inlet – N31
Diesel engine cooling water inlet – N42
Diesel engine cooling water outlet – N43
Lube oil tank connection – N3
Lube oil cooler, water head vent – N11
Starting diesel engine fill line – N19
Gas turbine diesel engine vent connection – N45
Gas valve vent – N54
Gas turbine lube oil vent, outlet – N1
Load coupling outlet flange connection
Foundation hardware

 (ii) Gas Turbine Drains

Diesel engine fuel tank drain – N20
Drain, miscellaneous oil from sump tank – N5
Overflow, miscellaneous oil from sump tank – N6
Lube oil tank drain – N4
Lube oil cooler, water head drain (2 off) – N12
Lube oil cooler, shell drain (2 off) – N13
Turbine compartment base drain (3 off) – N7
Inlet plenum drain – N37
Exhaust plenum drain – N10

 (iii) Fire Protection

Fill connections on CO2 bottles

 (iv) Ventilation

Inlet and outlet grilles on unit enclosure
Electrical/Instrumentation

 (i) Turbine Skid

Junction box terminals
Motor terminal boxes
Earthing bosses

 (ii) Turbine Control Panel

Power supply terminals
Field terminals
Earthing bar
 SCOPE OF SUPPLY

This tender covers the design, manufacture, shop testing (where appropriate) and delivery F.O.B. STORAGE as detailed below:

Option 1 – Gas Turbine Equipment

One (1) Frame PG6561, Model B single shaft heavy duty industrial type gas turbine unit suitably packaged for outdoor operation and complete with the following “on-base” equipment and systems:

 a)  Diesel engine starting device, inclusive of driving clutch, torque converter and electro-hydraulic rotor turning device.

 b)  Standard combustion system, suitable for natural gas to KEL specification GEI 41040F and with steam injection for NOx emissions control to 25 ppmvd @ 15% 02.

 c)  On-base self-contained lubricating oil system designed to meet the requirements of the gas turbine, load gearbox and generator with dual 100% filters and dual oil/water coolers.  The main pump will be a positive displacement gear type driven from the accessory gearbox.  Separate auxiliary and emergency AC and DC motor driven pumps will also be provided.  Piping will be stainless steel downstream of filters.

 d)  Shaft driven main hydraulic oil pump.

 e)  Shaft driven cooling water pump.

 f)  CO2 fire protection system for the gas turbine accessory, turbine and load gearbox compartments and comprising nozzles, heat detectors, piping, wiring and 100% storage bottles to be located in a rack immediately adjacent to the gas turbine.

 g)  Acoustic enclosure for gas turbine, to meet 85 dB(A) at 1 metre, and complete with set of walkways and access stairs to KEL standard format.

 h)  Compartment heating and pressurized ventilation system.

 i)  Velocity type vibration detectors.

 j)  Gas detection system.

 k)  On/off line compressor washing systems.

 l)  Exhaust frame blowers.

 m)  Load coupling.

One (1) Gas turbine control panel (Speedtronic MkV)

One (1) Set of foundation bolts, sole plates and hardware for equipment offered.

Option 2 – Gas Turbine Equipment

One (1) Frame PG6561, Model B single shaft heavy duty industrial type gas turbine unit, suitably packaged for outdoor operation and complete with the following “on-base” equipment and systems.

 a)  Diesel engine starting device, inclusive of driving clutch, torque converter and electro-hydraulic rotor turning device.

 b)  Standard combustion system, suitable for natural gas to KEL specification GEI 41040F and with steam injection for NOx emissions control to 25 ppmvd @ 15% 02.

 c)  On-base self-contained lubricating oil system designed to meet the requirements of the gas turbine, load gearbox and generator with dual 100% filters and dual oil/water coolers.  The main pump will be a positive displacement gear type driven from the accessory gearbox.  Separate auxiliary and emergency AC and DC motor driven pumps will also be provided.  Piping will be stainless steel downstream of filters.

 d)  Shaft driven main hydraulic oil pump.

 e)  Shaft driven cooling water pump.

 f)  CO2 fire protection system for the gas turbine accessory, turbine and load gearbox compartments and comprising nozzles, heat detectors, piping, wiring and 100% storage bottles to be located in a rack immediately adjacent to the gas turbine.

 g)  Acoustic enclosure for gas turbine, to meet 85 dB(A) at 1 metre, and complete with set of walkways and access stairs to KEL standard format.

 h)  Compartment heating and pressurized ventilation system.

 i)  Velocity type vibration detectors.

 j)  Gas detection system.

 k)  On/off line compressor washing systems.

 l)  Exhaust frame blowers.

 m)  Load coupling.

One (1) Gas turbine control panel (Speedtronic MkV).

One (1) Set of foundation bolts, sole plates and hardware for equipment offered

Diesel Generators
Steam Turbine Generators
Gas Turbine Generators
Power Generation Equipment Listing Form

Cork board for Workers Compensation Board - This site is a link to the Workers Compensation cork board not part of or approved by the Ontario WSIB Workplace Safety Insurance Board of Ontario WSIB

Worker Compensation, no part of Workplace Safety Insurance Board WSIB  - This is a cork board for WSIB worker compensation, no part of or paid for WSIB Workplace Safety Insurance Board Ontario Canada

Province of Ontario Business Advisory Watch - This is a Ontario business advisory for clients and associate businesses with finical interest in the Province of Ontario or that are planing on investing in future business within Ontario

Workers Compensation Insurance information board - Cork Board for Workers Compensation Insurance no affiliation with the Workplace Safety Insurance Board of Ontario (WSIB)

Workers Compensation WSIB Cork Board - Workers Compensation information cork board isn't financed by WSIB Workplace Safety Insurance Board of Ontario