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alternate fuels US 1995_2004 | |
CA LNG trucks available with 400 and 450 hp ratings California LNG Plant in Boron startup Nov 11, 2008 El Toro Orders 15 LNG Trucks with ISX G Engine Financial support San Pedro Bay Ports' Clean Trucks |
LNG incentives are available to offset LNG truck costs LNG tax credit US$28,800 for Heavy Duty Trucks Approved Large Non-Port Order for 20 T800 LNG Trucks Peterbilt 3 Factory-Installed LNG Configurations Wal-Mart LNG trucks in Apple Valley, CA In part funding from Mojave Desert Air Quality Management |
LNG incentives are
available to offset LNG truck costs| & Turbo Systems, Inc | |
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LNG Fuel for Heavy-Duty Vehicles |
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Stationary Diesel Gen-Sets |
Clean bus technology LNG Bus conversions |
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Mack LNG Trucks |
CAP Japan heavy-duty truck engine Dual-Fuel CAP now = Clean Air Power Inc. |
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IMPCO HONDA Emissions |
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Deere
Engined Trucks![]() ![]() |
Deere
Engined Busses![]() ![]() |
LNG Vehicle tank |
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A new report, Waste Management's LNG Truck Fleet: Final Results, is available in the Alternative Fuels Data Center. Written by Paul Norton (formerly of CTTS), Kevin Chandler of Battelle, and Nigel Clark of West Virginia University, it is a companion to Waste Management's LNG Truck Fleet: Start-Up Experience. Waste Management, Inc., based in Houston, Tex., is the largest waste management service in North America. DOE sponsored a research project to collect and analyze data on the performance and operation costs of five of Waste Management's liquefied natural gas (LNG) trucks in commercial service in Washington, Penn., for comparison with data on the performance of three diesel trucks operating on similar routes. The objective of the project was to provide transportation professionals with quantitative, unbiased information on the cost, maintenance, operational, and emissions characteristics of LNG. Results indicated that both the LNG and diesel fleets did the work Waste Management expected, and that drivers and refuse workers found no difference in power between the LNG and the diesel trucks. However, refuse workers prefer the LNG trucks because they have no diesel odor. Overall, the LNG trucks cost more to operate than the diesel trucks. Emissions for the LNG trucks were generally lower than for the diesel trucks. |
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Clean Air Partners (CAP)
Has delivered 33 Caterpillar C12 engines equipped
with
CAP's patented DualFuel technology to Sysco Food Services of Los
Angeles
Inc., a subsidiary of Sysco Corp. Sysco LA has embarked upon an
ambitious
clean fuels program for its Southern California truck fleet. In
2001,
Sysco LA and Clean Air Partners began to replace Sysco LA 's fleet
of heavy-duty
diesel trucks with units powered by LNG. By 2008, the company
hopes
to have its entire LA -based fleet converted to Clean Air Partners
Dual-Fuel
LNG system, effectively reducing the truck's emissions by over 46
percent.
Through this program, CAP's technology, will also Sysco LA's petroleum
fuel consumption by nearly a million gallons per year, the company
said.
The dual-fuel engines use 85 percent natural gas with 15 percent diesel
used for pilot injection. About 1500 heavy-duty truck engines
that
have been retrofitted with CAP dual-Fuel systems and products are
currently
deployed in the US, Mexico and various European countries. CAP's
sub-components
are used in low emission vehicles produced by automotive and truck
manufacturers.
CAP is Currently developing low emission electric power generation
products
for the distributed Generation market. CAP Japan heavy-duty truck engine Dual-Fuel Clean Air Partners announced that it has launched a strategic initiative to further penetrate global markets with its innovative emissions reduction solutions and services. As part of that effort, CAP is forming an alliance with Nippon Ecology Work System Corp. (ECOS) of Osaka, Japan. This new alliance will mark the introduction of the first heavy-duty truck engine in Japan equipped with Clean Air Partners' Dual-Fuel technology. Additionally, Clean Air Partners formed a joint venture to bring a new standard of low emission vehicles to the UK market. Clean Air Partners, San Diego, is now Clean Air Power Inc. as part of its updated strategy to position the company for growth in markets with the greatest need for "power." Based on market and customer research, Clean Air Power said it validated its strategy to parlay its market share in vehicle diesel engine conversions to the distributed power generation market. Dual-Fuel, Clean Air Power's most well known technology, enables diesel engines to operate on natural gas. Based on this core technology, Clean Air Power has developed MicroPilot for applications requiring very low emission at 99 percent gas substitution rate, and FuelSolution with an 80 percent substitute rate where economics rather than emissions standards are motivators to convert diesel engines. In addition, Clean Air Power offers an after treatment product line for power generation applications and mobile after treatment for vehicles, as well as subcomponents for automotive and truck manufacturers to build gasoline, natural gas and diesel vehicles. What is considered by some to be the world's most advanced alternative fuel depot, San Diego's Regional Transportation Center (RTC), has been opened. It is designed to efficiently accommodate the fueling requirements of both alternative fuel vehicles and conventional automobiles. The RTC Fuel Depot offers nine types of fuel biodiesel, LPG, ethanol, CNG and ultra low-sulfur diesel, along with the largest electrical charging station in San Diego. Three standard grades of gasoline are also available to fuel bi-fuel, flex-fuel and conventional automobiles. The fuels are dispensed from futuristic, 8-ft. tall "Eclipse" pumps, which are open 24 hours a day, 7 days a week. |
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Honda said its new GC190 and GCV190 engines meet
or exceed
all 2006 CARB and EPA emission requirements.
In order to meet increasing demand For
gaseous-fueled
power plants, Honda has developed two dry-gas V-twin engines of 620 and
670 cc displacement. When used in conjunction with the new
T202ANL-620/670
fuel system module developed in partnership with IMPCO Technologies
Inc.,
the new Honda GX620K1 and GX670 engines can operate on either propane
or
natural gas. The cylinder heads of the GX62OK1 and GX670 have been
redesigned
to meet the demands of gaseous fuel operation and a two-barrel mixer
specifically
designed for gaseous carburetion of the V-twins takes the place of a
traditional
carburetor. All engines are equipped with an oil-cooler adapter
on
the oil filter base, and offer an available factory-installed oil
cooler
to optimize oil temperatures. A fuel delivery unit from IMPCO that modulates the flow of fuel from the source to the engine consists of a regulator; two fuel lock-off valves, a T-joint assembly with main jets for natural gas and LPG; and a 40 in. inlet hose assembly. The T-joint allows the use of either propane or natural gas, depending on which outlet of the "T" is connected to the engine. Designed to operate at 36 rpm, the GX62OK1 develops 14.5 hp on natural gas, and 17.0 hp on propane. The GX670 develops 16.3 hp on natural gas and 19.4 hp on propane. As with their conventional Honda counterparts, the dry-gas engines utilize a 90o V-twin OHV format featuring an advanced combustion chamber design and superior intake and exhaust efficiency to maximize power and fuel economy. To reduce operation costs, Honda utilizes a unique breather design and three-piece oil ring that improves oil circulation efficiency for lower oil consumption. The engines are also designed to provide low
noise performance,
thanks to the use of cam and oil pump gears made of a lightweight,
durable
and heat-resistant resin designed to minimize gear-meshing noise.
Quiet operation is further optimized with irregular pitch fan blade and
a plastic resin fan cover, Honda said. |
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United Parcel Service (OPS) has introduced what it calls the package delivery industry's first alternative fuel Class 8 tractors. In December 2002, UPS tractor-trailers fueled by liquefied natural gas (LNG) began traveling daily between Ontario, California and Las Vegas, Nevada. The 470-mile round-trip route is part of the Interstate Clean Transportation Corridor (see related story, below). The 10 LNG trucks are part of the company's "laboratory on wheels" strategy-a framework for testing new technologies to reduce emissions. UPS is working with various engine manufacturers to test emission-reducing technologies. As a minimum standard to qualify for UPS testing, all technologies must first be recognized by the Society of Automotive Engineers. "With the introduction of LNG tractors, we now operate alternative fuel vehicles in every part of our fl.eet," said Ron Kirby, corporate automotive engineering manager for UPS. The company also operates the nation's largest private fleet of CNG vehicles. UPS is testing one hybrid-electric delivery truck in Huntsville, Alabama, and it uses 13 all-electric Chrysler EPIC delivery vans in Los Angeles. More than 800 propane-powered UPS trucks are in use, mostly in Canada and some in Mexico City. The company is reviewing fuel cell technology project plans. Rolling on the ICTC Created in 1 996 with support from Clean Cities, the Interstate Clean Transportation Corridor (ICTC) is the product of many successful public-private partnerships to promote alternative fuels and AFVs in interstate transport. Following state and interstate highways, the ICTC currently connects San Diego with Sacramento. Another leg runs northeast from Ontario, California to Las Vegas. Plans are to ultimately complete a triangular route with its points at Los Angeles, Sacramento, and'Salt Lake City. The ICTC is directed by the southern California office of Gladstein & Associates. To date, the firm has helped to secure $19.2 million to deploy vehicles and fueling stations on the corridor. More than 500 natural gas and LPG vehicles, mostly heavy trucks, have been funded by these efforts, according to Gladstein. More than 20 natural gas fueling stations have either been established or are under development between Barstow, California and Winnemucca, Nevada. Four new LNG stations are expected in the coming year. LNG tractors cost $35,000-$40,000 more than comparable diesel-fueled models, according to Kirby. But early data suggest that LNG use has been successful in addressing @ll major concerns including the cost of maintenance and overall operation, as well as power and emissions. The LNG engines were designed with Dual-FuelTM technology, developed by Clean Air Partners. The system allows the engine to operate on a small amount of diesel fuel while using LNG as the primary fuel source. The system eliminates the need for spark plugs. Maintenance costs are further reduced because the oil is changed less often. LNG yields slightly more than half the fuel economy of diesel, and costs slightly less than half per gallon, the company reports. As a result, fuel costs are reduced by a small percentage. LNG is sufficiently dense in energy to fuel large trucks traveling long distances between refueling. Each of the 10 LNG tractors operated by UPS between Ontario and Las Vegas hauls two 28-foot trailers. Fitted with auxiliary tanks that boost fuel capacity by about 50 percent, they can go 600 miles before refueling. The company's Ontario, California fueling station also
supplies LNG
and CNG for municipal fleets, transit agencies, waste haulers, and
various
company vehicles. The stations are operated by FleetStar, a
division
of Applied LNG Technologies USA. |
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Cummins Westport Inc. announced two significant engine
orders in
California.
57 low-emissions natural gas engines have been purchased by Omnitrans,
San Bernardino's transit agency. Forty-five 8.3 L C Gas Plus
engines
will be installed in 40 ft. transit buses manufactured by New Flyer of
America, Crookston, Minn. The first 22 buses will be delivered in
the fall of 2003. A further 23 buses will be delivered in the
fall
of 2004 and another order of 12 B Gas Plus engines will be installed in
32-1/2ft. buses manufactured by Thomas Dennis Co. LLC, High Point,
N.C.,
with delivery by June.
The city of Ontario, Calif., has ordered 24
low-emissions
Cummins Westport
natural gas engines for refuse trucks. Nine 280 hp C Gas Plus
engines
will be installed in Autocar Xpeditor chassis which were delivered
before
the end of the year. An additional 15 will be delivered in
2003.
The 24 refuse trucks will complement eight low-emission C Gas Plus
engines
in service with the city since May this year. The Cummins
distributor
that assisted with both orders is Cummins Cal Pacific of Los
Angeles. |
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Sn Diego, Calif - June 3, 2002
Clean Air Partners (CAP), a leader in the development and commercialization of high-tech solutions to reduce engine emissions, and the City of Los Angeles (L.A.) have just made history by creating the largest fleet of Liquefied Natural Gas (LNG) municipal refuse trucks in the U.S. Last year, L.A. put Clean Air
Partners' Dual-Fuel
technology to the test when it ordered 10 trucks powered by CAP's
proprietary
and patented Dual-Fuel systems. One year later, with the original 10
trucks
still in operation, L.A. decided to expand the size of its
alternative fuel fleet by ordering an additional 120 trucks with CAP
Dual-Fuel
technology engines installed in them. The resulting 130 unit fleet will
be the largest LNG powered municipal refuse truck fleet in the U.S.
Based on the new order, CAP will
deliver 120
Caterpillar C10 on-highway truck engines equipped with its patented
Dual-Fuel
technology, through Caterpillar dealers Power Systems Associates (PSA)
and Rush Peterbilt of Pico Rivera. CAP Sales Manager, Mark Hunsberger said, "We're excited to be launching this expansion, which is the result of a partnership that developed over the last three years with several City of Los Angeles departments. L.A.'s original 10 trucks currently rely on mobile fueling. However, plans are underway for a permanent LNG station to be located in the city's San Fernando Valley area. Clean Air Partners is no stranger to
large alternative
fuel fleets Clean Air Partners was founded in 1991 to
develop technologies
that would allow diesel engines to operate with the low
emissions
benefits of natural gas while retaining the power, efficiency,
longevity,
and cost effectiveness of compression ignition engines. CAP offers
time-proven
products, which are based on its patented proprietary technologies.
About
1,300 heavy-duty truck engines that have been retrofitted with CAP
Dual-Fuel
systems and products are currently deployed in the U.S., Mexico and
various
European countries. CAP's sub-components are used in low emission
vehicles
produced by some of the world's largest automotive and truck
manufacturers. |
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Steve Blankinship, Associate Editor Power
Engineering
April, 2002
A package that converts diesel truck engines to dual fuel power units that run primarily on natural gas may have dramatic potential for the stationary gen-set market as well. Clean Air Partners, Inc. (CAP) has already retrofitted 1,500 heavy-duty trucks with the system, which converts diesel engines to run on a blend of diesel and compressed or liquid natural gas, thereby producing substantially less nitrous oxide and particulates than engines burning diesel alone and without sacrificing diesel-like performance. Using only a small amount of diesel fuel as an ignition starter, the modified diesel engines produce equivalent horsepower and torque, while burning mostly natural gas. The company is also currently developing
propane as an
alternate second fuel source. The cost to convert a typical standby gen-set to make it meet 2 gram NOx/HP-hr levels is about $100/kW. A conventional Caterpillar 3412 600 kW standby gen-set can be converted to dual fuel use for about $100/kW. "The process offers distinct advantages when
applied to
stationary distributed generation installations," says Daniel Kabel,
CAP?s
CEO. "While the CAP system is based on the principle of its patented
pilot
diesel injection, it does not require ultra-high injection pressure,
which
translates into fewer maintenance requirements and higher overall
operating
efficiency." Most current emissions requirements limit a
reciprocating
gen-set to 2 gram/HP-hr of NOx. CAP is presently arranging beta test sites to
demonstrate
the performance of its dual-fuel solutions for DG. |
| Converting
LNG fuel 18-wheeled trucks California
seaports http://www.bnl.gov/est/bnllng.htm DOE/BNL
is participating in an international
collaboration
based in California, CALSTART, that is conducting a feasibility
study
of converting to LNG fuel the 18-wheeled trucks that transport products
to and from California seaports. This project aims to introduce
LNG
to the market while also addressing local residents' concerns over
particulate
emissions from diesel-powered trucks.
Seaports are major economic engines in the communities/regions in which they are located and that they serve. The potential impact of incorporating LNG as a transportation fuel in port-related trucking activities continues to grow as United States ports increase the amount of goods imported and exported. Currently, the Port of Los Angeles generates more than one million truck trips annually, and it is predicted that there will be a doubling of cargo by 2020. From this study a report will be produced that will detail economic and environmental costs and benefits of LNG, siting of infrastructure installations, fuel pricing, non-direct economic benefits (such as public relations value), and barriers to LNG use. These elements are critical to the planning and decision-making process of the port authorities, regional planning groups, and transportation companies regarding the viability of LNG as a transportation fuel. Future work planned involving the ports include siting of the small-scale liquefier developed under this DOE/BNL program and possibly support demonstration projects at the ports. |
Carburetion & Turbo Systems, Inc. carbturbo.htm ALTERNATE FUEL SPECIALISTS Some of their Conversions HERE Alternate Fuel Specialists - over 30 years LNG, CNG LPG Kits & Service All major brands of carburetors, tanks and turbos in stock Mr. Eric Leivestad Mr. Phil Leivestad |
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