Natural Gas Medium Speed Product
Transcription
Natural Gas Medium Speed Product
CATERPILLAR POWER PLANTS Natural Gas Medium Speed Product Contents • Overview • • • • Our Product Line Natural Gas Product Performance & Maintenance Natural Gas References Caterpillar, Inc. Making Progress Possible For More Than 85 Years • 2012 Revenue = US$65.875B 34% 32% 30% 27% 25% Company Headquarters Peoria, Illinois USA Established 1925 Construction Industies Resource Industries Power Systems Financial Products North America 33% Latin America EAME 15% Asia/Pacific • 110 Global Manufacturing facilities • 125,341 full time employees world-wide (end of • 2012) Independent Dealer network: 200 countries, 1200 outlets Caterpillar Motoren GmbH & Co KG Caterpillar Motoren Kiel, Germany Caterpillar Motoren Rostock Rostock, Germany Guangzhou MaK Diesel Engine, Ltd. Co. Guangzhou, China Overview • • • • • Caterpillar is a leading supplier of medium speed reciprocating engine power plants for both interconnected (parallel to grid) and captive power (island mode) applications. We offer both simple cycle and combined cycle operation and our plants can be configured to provide combined heat & power (“CHP”). Plant output capacities range from 2 to over 200 MWe. We offer a full range of power generation equipment and complete engineering, procurement & construction (“EPC”) capabilities. Our plants offer tremendous fuel flexibility including the use of traditional fossil fuels, renewables (e.g. straight vegetable oil and bio-diesel), natural gas and dual fuel capabilities. Capability Highlights We are a Full-Service Power Generation Supplier Fuel Flexibility Performance Guarantees • • • • Traditional fossil fuels and renewables (SVO, bio-diesel, etc.) Natural gas Dual Fuel / Fuel conversion Asset Flexibility • • • • Excellent heat rates over wide operating range Low de-rate at higher elevations and temperatures Excellent load response (meets Utility’s 10 minute ramp rate requirement) Closed loop cooling (does not consume process water or require waste water treatment / disposal. • • • Technical Performance (output, heat rate, emissions) Commercial Performance (delivery of the power plant on-time and on-budget Operating Performance (O&M costs, lube oil consumption, net plant heat rate) All guarantees backed-up by Caterpillar, Inc. (minimizing counterparty risk) Customer O&M Plans • • Design to meet client’s needs Can leverage the CAT Dealer network. Contents • Overview • Our Product Line • Natural Gas Product • Performance & Maintenance • Natural Gas References Electric Power Division Product Range World Leading Engine Program (4kW to 14.4 MWe) Medium Speed 1,020 - 14,400 kW High Speed 15 – 7,200 kW Dual Fuel AFO HFO 400 – 4,300 kW Diesel Gas 4 – 1,539 kW 5 50 100 kW 200 500 1 2 5 MW 10 15 20 Medium Speed Engine Families Contents • Overview • Our Product Line • Natural Gas Product • Performance & Maintenance • Natural Gas References Caterpillar G16CM34 • • • • • Genset Rating (kWe): 7,800 Cylinder Configuration: Vee 16 Bore x Stroke (mm): 340 x 420 Cylinder output (kW): 500 Speed (rpm): 750 (50 Hz) 720 (60 Hz) Assumptions: Elevation 0ft ASL; Temperature 77°F (ISO); Continuous Duty; 97% Generator Efficiency • • • • • • Mean piston speed (m/s): 10.5 Fuel Type: Natural Gas Methane No.: 70 • • Genset Heat Rate (Btu/kW.h.): Type: 4-stroke Aspiration: Turbo-charged & After-cooled BMEP (bar) 21.9 Approx. weight – engine (kg): 81,000 Caterpillar G20CM34 • • • • • Genset Rating (kWe): 7,800 Cylinder Configuration: Vee 20 Bore x Stroke (mm): 340 x 420 Cylinder output (kW): 500 Speed (rpm): 750 (50 Hz) 720 (60 Hz) Assumptions: Elevation 0ft ASL; Temperature 77°F (ISO); Continuous Duty; 97% Generator Efficiency • • • • • • • • Mean piston speed (m/s): 10.5 Fuel Type: Natural Gas Methane No.: 70 Genset Heat Rate (Btu/kW.h.): Type: 4-stroke Aspiration: Turbo-charged BMEP (bar) 21.9 Approx. weight – engine (kg): 81,000 Timeline 2013 2014 2015 2016 2017 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 G20CM34 Pilot Phase Full Production Common Applications Peaking / Intermediate Baseload: Single or multi-engine plants can be strategically located to feed into the distribution system (i.e. grid support). Scalable, modular design allows for efficient future plant expansion. Wind Load-following: Extremely flexible dispatch control and fast load response. Use of renewable fuels provides a “green” complement to installed wind capacity. Industrial CHP: Total plant efficiencies can exceed 90%. Easily integrated into existing infrastructure. Tremendous reliability has made CPGS a popular choice amongst mining, textile, cement and many other industrial segments. Combined Cycle: Traditional heat recovery steam generator (HRSG) and steam turbines or organic rankine cycle (ORG) can be used to improve plant efficiency. Ancillary Services Regulation: Our power plants can: – respond rapidly to requests for up and down movements – Track minute to minute fluctuations in system load and correct for unintended changes in generator output – Ramp load up from 0% to 100% and back down in less than 5 minutes – Restart in less than 30 minutes Spinning Reserve: Once synchronized to the grid, plants can increase output almost immediately in response to major generation or transmission outages Non-Spinning Reserve: With CPGS’ standard starting air system, our plants can go from 0% to 100% in less than 8 minutes. Replacement Reserve: Generator sets can run for as little as a few minutes to as many hours as needed to restore spinning and non-spinning reserves to their precontingency status. Ancillary Services Voltage/Frequency Support: CPGS’ power plants can be used to maintain transmission system voltage and frequency within required ranges. Black Start : Can be started without support from the grid Island Mode: Sufficient real and reactive capability/control to energize parts of the transmission system allowing for the start of other generation units. Contents • Overview • Our Product Line • Natural Gas Product • Performance & Maintenance • Natural Gas References Lower & Higher Heat Rates G16CM34 G20CM34 Unit Heat Rate LHV BTU/kW‐hr 7,291 7,275 with 5% tolerance Unit Heat Rate HHV BTU/kW‐hr 8,020 8,003 with 5% tolerance Net Plant Heat Rate LHV BTU/kW‐hr 7,516 7,500 with 5% tolerance Net Plant Heat Rate HHV BTU/kW‐hr 8,268 8,250 with 5% tolerance Unit Heat Rate LHV BTU/kW‐hr 7,675 7,658 with no tolerance Unit Heat Rate HHV BTU/kW‐hr 8,442 8,424 with no tolerance Net Plant Heat Rate LHV BTU/kW‐hr 7,912 7,895 with no tolerance Net Plant Heat Rate HHV BTU/kW‐hr 8,703 8,685 with no tolerance Unit Heat Rate LHV kJ/kWh 7,692 7,676 with 5% tolerance Unit Heat Rate HHV kJ/kWh 8,462 8,443 with 5% tolerance Net Plant Heat Rate LHV kJ/kWh 7,930 7,913 with 5% tolerance Net Plant Heat Rate HHV kJ/kWh 8,723 8,705 with 5% tolerance Unit Heat Rate LHV kJ/kWh 8,097 8,080 with no tolerance Unit Heat Rate HHV kJ/kWh 8,907 8,888 with no tolerance Net Plant Heat Rate LHV kJ/kWh 8,348 8,330 with no tolerance Net Plant Heat Rate HHV kJ/kWh 9,182 9,163 with no tolerance Environmental Compliance • Caterpillar Power Plants: – Are designed with state of the art emissions controls devices (SCR, Oxidation Catalyst, Air Filters, Silencers) – Require minimized footprints to comply with environment standards – Meet environmental regulations and guidelines from governmental and financial agencies Emissions Emission controls G16CM34 G20CM34 (Americas) Uncontrolled Emission NOx g/kW‐hr 1.21 1.21 CO g/kW‐hr 2.5 2.5 Total VOCs (as NMNEHC) g/kW‐hr 0.44 0.44 Formaldehyde g/kW‐hr 0.194 0.194 CO2 g/kW‐hr 325 325 SCRs + Catalysts Oxidizers SCRs + Catalysts Oxidizers Controlled Emission NOx g/kW‐hr 0.1 0.1 CO g/kW‐hr 0.25 0.25 Total VOCs g/kW‐hr 0.22 0.22 Formaldehyde g/kW‐hr 0.194 0.194 CO2 g/kW‐hr 325 325 Emissions (EAME & AP) G16CM34 G20CM34 TA Luft TA Luft NOx mg/Nm3 500 500 CO mg/Nm3 1000 1000 PM10 mg/Nm3 19 19 THC mg/Nm3 2500 2500 1/2 TA Luft 1/2 TA Luft NOx mg/Nm3 250 250 CO mg/Nm3 1400 1400 PM10 mg/Nm3 19 19 THC mg/Nm3 2800 2800 GCM 34 Maintenance Schedule+ • • • • • 1,500 hrs – Spark plugs replacement 3,000 hrs – Replace non‐return check valve 4,500 – Replace combustion sensor 15,000 hrs – Cylinder head inspection/overhaul – Replace SOGAV valve 24,000 hrs – Turbocharger overhaul • • • • • + Complete maintenance schedule available upon request 30,000 hrs – Cylinder head overhaul – Replace crankshaft bearings – Replace ignition coils 45,000 hrs – Recondition cylinder pack – Lube oil pump overhaul 48,000 hrs – Replace turbocharger cartridge 60,000 hrs – Replace air cooler – Replace cam shaft bearings 90,000 hrs – Replace piston crowns Customized Long-term Service Agreements On‐site Tech. Support On‐the‐job Training Annual costs – Normal parts Regular fluid analysis Maintenance Staff Annual cost – Unscheduled parts Tools & Diagnostic Equipment Lube oil, chemicals & fluids Operations & Admin. staff Operations & Maintenance Agreements Maintenance & Repair Agreements Maintenance Service Agreements Technical Service Agreements Contents • • • • Overview Our Product Line Natural Gas Product Performance & Maintenance • Natural Gas References Basin Creek Power Plant - Butte, Montana Basin Creek – Butte, Montana, USA Dispatch Energy Contract with Utility • 51.8 MWe Peaking Power Plant • 9 x G16CM34 @ 5.75 MWe each • Natural Gas • Caterpillar Components: – Project Engineering – Project Management – Commissioning – Construction – Operations & Maintenance CityGeneva of Geneva - Geneva, Illinois, Illinois USA City of – Geneva, Municipal Utility • 29MWe plant • Reduced the city’s energy costs • 5 x G16CM34 @ 5.9 MWe each • Caterpillar provided: – Caterpillar manufactured switchgear & controls – Engineering – Commissioning and Start-Up support – Maintenance & Repair Contrac Bramming Fjernvaerme - Denmark District Heating Station • Municipal utility for Bramming, Denmark • Producing power & district heating • 1 x G16CM34 @ 5.9 MWe • Natural Gas • Caterpillar engineering services provide a comprehensive heat recovery system Overall CHP efficiency exceeding 92% Estonia - Wihuri Customer: Estonia Application: Combined Heat & Power Fuel: Natural Gas Engine: 1 x G16CM34 Additional Power References Purchaser Station Saeby Silmet Group Sillamae Seafresh Type Mode of Operation Fuel Year of Delivery G 16 CM 34 Cogen Gas 2001 1 G 16 CM 34 Cogen Gas 2003 1 G 16 CM 34 Cogen Gas 2003 2 G 16 CM 34 Emergency Gas 2004 Country No. Denmark 2 Estonia Russia Cyl. Heavy Eng. Manuf.Comp. Khodro Factory Shah Cement Power LTD Shah Cement Bangladesh 2 G 16 CM 34 Base Load Gas 2004 CGT SPA Bardonecchia Italy 1 G 16 CM 34 Cogen Gas 2004 CGT SPA Bardonecchia extension Italy 1 G 16 CM 34 Cogen Gas 2005 Juglas Jauda Riga Latvia 2 G 16 CM 34 Base Load Gas 2005 Lucky Cement Limited Karachi Pakistan 5 G 16 CM 34 Base Load Gas 2005 India 2 G 16 CM 34 Base load Gas 2006 Gujarat Flurochemicals Ltd. CGT SPA Legnano Italy 1 G 16 CM 34 Cogen Gas 2006 R.A.K. Ceramics Station: Ras Al Khaimah gas phase I United Arab Emirates 2 G 16 CM 34 Cogen Gas 2006 CGT SPA Prato Nevoso Italy 1 G 16 CM 34 Cogen Gas 2007 Hellenic Gas Transmission System Operator S.A. Revithoussa Greek 2 G 16 CM 34 Base Load Gas 2008 CGT SPA Surgital Italy 1 G 16 CM 34 Base Load Gas 2009 CGT SPA Seregno Italy 1 G 16 CM 34 Base Load Gas 2009 Gas Compression References • Our CM34 Gensets are also used in the many gas compressions stations worldwide to enable the transportation of natural gas through pipelines • The next slides will show a list of some of these facilities Gas Compression References Owner/Project Lead End‐User Compressor Station Name Country Qty Engine Model Delivery Year COD 2011 Boardwalk Pipeline Gulf South Pipeline Hall Summit Station USA 1 G16CM34 2011 Inergy Midstream CNYOG CNYOG M1‐S USA 1 G12CM34 2011 Inergy Midstream CNYOG CNYOG M1‐S USA 1 G16CM34 2011 Energy Transfer ETC Tiger Pipeline, LLC Bienville Station USA 5 G16CM34 2010 2011 Energy Transfer ETC Tiger Pipeline, LLC Chatham Station USA 4 G16CM34 2010 2010 Williams Williams‐Mobile Bay Williams Station 85 USA 1 G16CM34 2010 2011 Enterprise Products Acadian Gas LLC Enterprise Mansfield Station USA 6 G16CM34 2010 2011 Enterprise Products Acadian Gas LLC Enterprise Cheneyville Station USA 3 G16CM34 2010 2011 PAA Nat. Gas Storage Pine Prairie Energy Center LLC Pine Prairie Energy Center Exp USA 2 G16CM34 2009 2010 PAA Nat. Gas Storage SG Resources Mississippi LLC Southern Pines Energy Center USA 2 G16CM34 2009 2010 Kinder Morgan Kinder Morgan Energy Partners Herscher 201 USA 1 G16CM34 2009 2010 Kinder Morgan Midcontinent Express Pipeline LLC MEP 4 USA 4 G12CM34 2009 2010 Energy Transfer Fayetteville Express Pipeline LLC Russell Station USA 7 G16CM34 2009 2010 Energy Transfer ETC Tiger Pipeline, LLC Cannisnia Station USA 3 G16CM34 2009 2011 Kinder Morgan Midcontinent Express Pipeline LLC MEP 2 USA 4 G16CM34 2009 2010 Kinder Morgan Rockies Express Pipeline LLC REX CS914 Chandlersville USA 1 G16CM34 2008 2010 Vankorneft CJSC Vankorneft Rosneft Station 1 Russia 6 G16CM34 2008 Kinder Morgan Midcontinent Express Pipeline LLC MEP 1 USA 2 G12CM34 2008 2009 Kinder Morgan Midcontinent Express Pipeline LLC MEP 1 USA 4 G16CM34 2008 2009 Gas Compression References Owner/Project Lead End‐User Compressor Station Name Country Qty Engine Model Delivery Year COD Kinder Morgan Rockies Express Pipeline LLC REX CS907 Bertrand USA 3 G16CM34 2008 2009 Kinder Morgan Rockies Express Pipeline LLC REX CS907 Bertrand USA 2 G12CM34 2008 2009 Kinder Morgan Rockies Express Pipeline LLC REX CS911 Blue Mound USA 3 G16CM34 2008 2009 Kinder Morgan Rockies Express Pipeline LLC REX CS911 Blue Mound USA 2 G12CM34 2008 2009 Kinder Morgan Midcontinent Express Pipeline LLC MEP 3 USA 4 G16CM34 2008 2009 Energy Transfer Energy Transfer Partners LP ET1 ‐ Cleburne USA 2 G16CM34 2007 2007 PAA Nat. Gas Storage SG Resources Mississippi LLC Southern Pines Energy Center USA 4 G16CM34 2007 2008 Energy Transfer Energy Transfer Partners LP ET1 ‐ Reed USA 2 G16CM34 2007 2008 Kinder Morgan Rockies Express Pipeline LLC REX CS914 Chandlersville USA 2 G12CM34 2007 2010 Energy Transfer Energy Transfer Partners LP ET1 ‐ Stryker USA 2 G16CM34 2007 2007 Energy Transfer Energy Transfer Partners LP Grimes Station USA 3 G12CM34 2007 2009 Vankorneft CJSC Vankorneft Rosneft Station 2 Russia 6 G16CM34 2007 Kinder Morgan Kinder Morgan Texas Pipeline LLC Markham 581 USA 1 G16CM34 2007 2009 Kinder Morgan Rockies Express Pipeline LLC REX CS904 Arlington USA 3 G16CM34 2007 2009 PAA Nat. Gas Storage Pine Prairie Energy Center LLC Pine Prairie Energy Center USA 4 G16CM34 2006 2008 AGL Resources Inc. Jeffersson Island Storage & Hub Jefferson Island USA 1 G16CM34 2004 2005 Kinder Morgan Rockies Express Pipeline LLC REX CS907 Bertrand USA 3 G16CM34 2008 2009 Kinder Morgan Rockies Express Pipeline LLC REX CS907 Bertrand USA 2 G12CM34 2008 2009 Kinder Morgan Rockies Express Pipeline LLC REX CS911 Blue Mound USA 3 G16CM34 2008 2009 Kinder Morgan Rockies Express Pipeline LLC REX CS911 Blue Mound USA 2 G12CM34 2008 2009 End