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Hydrogen Visionary 
Dr. Robert Zweig, 77

"Promoting hydrogen and policies that would reduce the impact of air pollution on his patients was Bob's life's passion. His patients were all of us. He fought so hard to educate the public, policy makers, and anyone else who would listen on the benefits of moving to a hydrogen energy economy, from the halls of Congress and the Offices of the President and Vice President of the United States to the schoolhouses. All without remuneration. We are indebted to his tenacity."   
          --  James Provenzano, Executive V.P. Clean Air Now

pro_video_camera_flash_tally_sm_wht.gif (2139 bytes)A Memorial Tribute to
Dr. Robert Zweig

The dedication of the Zweig Educational Center
at Sunline Transit Agency

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OBITUARIES:  Dr. Robert Zweig, 77
            Advocate for Cleaner Air and Alternative Fuels

Los Angeles Times    February 25, 2002
By DENNIS McLELLAN, TIMES STAFF WRITER

    Dr. Robert Zweig, a Riverside family physician who witnessed the effects pollution was having on his patients and spent 35 years campaigning for cleaner air and promoting the use of alternative fuels, has died. He was 77.
    Zweig, co-founder of the environmental group LogoBGIF.gif (142 bytes) Clean Air Now, died Feb. 15 of complications of leukemia at Parkview Community Hospital Medical Center in Riverside, where he was a founder and board member.
    Zweig, who once drank from the exhaust pipe of a hydrogen-powered pickup truck to demonstrate that clean water is a byproduct of the clean-burning fuel, never lost his passion as a clean-air champion. "Bob personified a clean-air hero," said Barry Wallerstein, executive officer of the LogoBGIF.gif (142 bytes) South Coast Air Quality Management District. "He was an innovative thinker, helping to lead the region to an alternative fuel future."
    "He was a visionary advocate for hydrogen in transportation," said James Lents, director of environmental policy at the College of Engineering-Center for Environmental Research and Technology at UC Riverside.
    But Zweig wasn't just a visionary who talked about it, said Lents, who first met Zweig in the late '80s when Lents was executive officer of the South Coast AQMD.
    "He was very active in the process of helping to find funding and to get agencies like the South Coast Air Quality Management District, LogoBGIF.gif (142 bytes) SunLine Transit Agency in the desert and the university here to take a serious look at hydrogen and do some experimenting with it."
    "He inspired people," said Virginia Field, who chairs the board of Clean Air Now. "He was respected by the air resources people and all the regulatory agencies because he was willing to work within the system rather than from outside. Lots of activists don't."
    Zweig's concern with air pollution grew out of his family practice, where he saw many patients with respiratory problems.
    "Children were sent to me by other doctors," he told the Riverside Press-Enterprise in 1998. "I had to recommend that some patients leave the area.... You could see [smog] coming over the pass and spreading into Riverside. It was a brown soupy fog."
    Declaring war on pollution, Zweig helped start the grass-roots organization Clean Air Now in 1969, and later the Clean Air Institute, one of the first antipollution research groups.
    Under Zweig's leadership, both organizations promoted hydrogen as an alternative, cleaner-burning fuel.
    In the mid-'70s, Zweig arranged to bring one of the country's first hydrogen-powered buses to Riverside. To demonstrate the technology, he drove the bus up and down California and won research funding from the state Department of Transportation.
    In the '80s, he donated several thousand dollars to help buy a hydrogen-powered pickup, which he gave to UC Riverside's College of Engineering-Center for Environmental Research and Technology.
    "Only 20% of the energy from an internal combustion engine finds its way to the drive wheels, leaving 80% of the energy to go to waste," he told the Press-Enterprise last year. But with a fuel cell based on hydrogen, he said, the figures are reversed, with 80% of the energy going to the drive wheels.
    "It reduces the energy need," he said. "And we can make hydrogen [fuel] in the United States."
    Numerous awards recognizing his clean-air efforts came to Zweig in his later years.
    In 2001, he received the Jules Verne Award for lifetime contribution to hydrogen energy development at the 13th World Hydrogen Energy Conference in Beijing.
    A Philadelphia native, Zweig served in the Navy from 1943 to 1946. He received his medical degree from Thomas Jefferson Medical College in Pennsylvania in 1952. A year later, Zweig and his family moved to California where he began a family practice residency at Riverside General Hospital.
    Since 1972, when he began investigating alternative fuels, Zweig set a clean-air example.
    "At that time propane was probably the cleanest, so we converted a car to propane and tried to convince other people to do the same," said Dolores, his wife of 55 years.
    But by 1974, Zweig became convinced hydrogen was the way to go.
    "From then on, he just plugged hydrogen whenever he could," his wife said. "Some people laughed at him at the time, but he never stopped."
    Zweig continued to drive by example: Among his vehicles were a hydrogen-powered pickup and a hybrid electric- and gas-powered Honda Insight.
    He demonstrated the Honda to students at two high schools in Riverside one day late last month, his final appearance on behalf of Clear Air Now.
    The experience left him exhausted, his wife said.
    "He just was just so convinced that the world has to have cleaner air, and he wanted to cut off our dependency on oil from the Middle East, and he wanted the children to grow up healthier," she said. "To that end, he just gave all of his extra energy."
    In addition to his wife, Zweig is survived by two daughters, Tracy Pinnella of Santa Barbara and Wendy Micklus of Washington; three sons, Robert of Orange, Peter of Occidental and David of Colorado; five grandchildren; and a sister, Eleanor Scot of Long Beach.

History of the Clean Air Now Solar Hydrogen Project
at Xerox, El Segundo

Many of the elements of this project are now employed in producing hydrogen for the public hydrogen fueling station at Sunline Transit Agency.  See the PHOTO TOUR of the November 2000 meeting of the Department of Energy's Hydrogen Technical Advisory Panel at Sunline Transit.

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SOLAR HYDROGEN VEHICLE PROJECT

The Clean Air Now Solar Hydrogen Vehicle Project demonstrates a practical application of renewably produced hydrogen. The demonstration features a solar energy hydrogen generating system, fueling station, and a fleet of hydrogen powered utility vehicles.

The project is funded by the White House Technology Reinvestment Project (contracted through the U.S. Department of Energy), Clean Air Now, the South Coast Air Quality Management District and the rest of the project team.

Clean Air Now (CAN) oversees, directs and manages the project. Other team members include Xerox Corporation, The Electrolyser Corporation, Praxair Incorporated, Solar Engineering Applications Corporation, Kaiser Engineering, Energy Technology Engineering Center/Rockwell/DOE, City of West Hollywood, W Hoagland & Associates, Incorporated, Touchstone Technology, U.C. Riverside College of Engineering - Center for Environmental Research & Technology, and Matrix Construction and Engineering, Incorporated.

The hydrogen powered fleet is operated by Xerox Corporation, El Segundo and the City of West Hollywood. Xerox Corporation's El Segundo facility is the host site for the solar hydrogen generating system and dispensing station.

The objective of the project is to demonstrate the practical use of solar generated hydrogen for vehicle fuel and to foster the development and growth of California's solar hydrogen infrastructure. Derived from solar energy, hydrogen does not emit noxious fumes nor ozone-depleting gases and can be used to power vehicles, run factories, heat water, and cool homes and office buildings.

The project makes use of state-of-the-art and -industry technologies which are currently ready for deployment. The technologies include photovoltaics, hydrogen production through water electrolysis, and a hydrogen combustion engine retrofit kit to convert conventional, gasoline powered vehicles.

Schematic of the Clean Air Now Solar Hydrogen Vehicle Project


"This team is generating and demonstrating hydrogen fueling technology for hydrogen powered automobile fleets, using advanced technology such as photovoltaics, hydrogen production through water electrolysis, and hydrogen combustion engine retrofitting for conventional gasoline-powered vehicles. As a major fleet owner, the DoD stands to benefit directly from the results of this project. The project will also include comprehensive, ongoing educational and promotional activities. The results will be expandable to major corporate sites."
--
Defense Advanced Research Project Agency (DARPA)


Fueling Station Construction

wpe4.jpg (9696 bytes)Supplemental system
(2,200 psi)
       11/11/94 to 2/08/94

High pressure system (5,000 psi)   
7/15/95 to 9/30/95

Hydrogen generating system
7/15/95 to 9/30/95

Fleet operation began  10/31/95

News Articles From the National Hydrogen Association
    by James J. Provenzano, Executive Vice President, Clean Air Now

CAN’s Solar Hydrogen Vehicle Facility is Up

Lessons Learned from Clean Air Now’s Hydrogen Permitting Process


What is so unique about the Solar Hydrogen Vehicle Project?

The Solar Hydrogen Vehicle Project is the largest application of stand-alone" photovoltaics for hydrogen production in the country and, with the exception of large automobile manufacturers and energy companies, it is the largest in the world. This project paves the-way to nationwide use of solar hydrogen powered vehicles and establishes the first in a series of large "stand-alone" renewable hydrogen fueling stations stretching across Los Angeles.

Are these technologies new?

No. The electrolysis of water was attempted as early as 1800 by two British scientists and hundreds of electrolysis plants produce hydrogen every day for a variety of industrial applications. The first photovoltaics were designed in the 1950s by Bell Laboratories, in New Jersey, and were further developed for use by the space industry in the 1960s. Using solar energy to power an electrolysis plant for clean, renewable hydrogen production is a resourceful and relatively new combination of these two proven technologies.

What technologies 'are being employed for the Solar Hydrogen Vehicle Project?

The Solar Hydrogen Vehicle Project will use a unique photovoltaic system with Fresnel lenses which track the sun, capture and condense sunlight, and convert it into a pollution-free source of electricity. In a process called electrolysis, the electricity will separate water (H20) into its two component parts, hydrogen and oxygen. Solar hydrogen produced from this process will be stored at an on-site fueling station and used to power a fleet of utility vehicles to be operated by Xerox Corporation and the City of West Hollywood. The fleet has been retrofitted to run on pure hydrogen and borrows U.S. Navy submarine C.VI. (Constant Volume Injection) technology for the vehicles' fuel injection system.

What technological breakthroughs were made in developing this project?

None, and that is the beauty of the Solar Hydrogen Vehicle Project. This project uses existing, readily available technology to show that zero-emission hydrogen powered vehicles and "the corner hydrogen fueling station" are not simply possibilities for the future, but that they are doable right now.

How do emissions from the project's hydrogen powered vehicles compare to those of petroleum fueled and electric vehicles?

Exhaust from the hydrogen powered vehicles is, essentially, pure water vapor. Because hydrogen and air (which is mainly oxygen and nitrogen) are compressed under high temperatures in the vehicle's internal combustion engine, water forms along with trace amounts of oxides of nitrogen. The pollutants produced from vehicles using petroleum-based fuels - hydrocarbons, carbon dioxide, carbon monoxide and other toxic chemicals - are nonexistent, since there is no carbon in hydrogen fuel. The project intends to show that vehicles using hydrogen generate less pollution than electric vehicles, currently the only recognized Zero Emission Vehicle. This is because electric vehicles draw their power from generating plants which contribute their own pollution, which is currently not factored into the emissions equation.

Do the internal combustion engines, converted to use hydrogen, run like regular combustion engines?

Driving one of the hydrogen powered trucks in this fleet would be indistinguishable from driving a truck fueled with gasoline. If the driver were to look under the hood, however, he or she would notice some interesting engineering differences. The fuel injection system and the electronic control system - or "brains" of the fuel system - are uniquely designed to handle the low energy density characterics of hydrogen gas. No catalytic converter or emission controls are necessary due to the inherently clean burning nature of hydrogen.


QUESTIONS & ANSWERS ABOUT HYDROGEN

What is solar hydrogen?

Hydrogen, the lightest and most common element, is found in all organic matter and water. It is a powerful energy carrier which can be used for fuel. To obtain hydrogen, energy must be used to separate it from other elements (e.g., oxygen and carbon) with which it's naturally bonded. Using energy from the sun converted to renewable electricity, the hydrogen and oxygen molecules of water can be separated with an electric current in a pollution-free process called electrolysis, yielding pure solar hydrogen. Solar hydrogen is a cradle-to-grave, zero emission fuel which can be stored, transported via pipeline, and converted back to electricity.

Are there other ways to produce hydrogen?

Yes. Hydrogen can also be produced by separating the hydrogen and carbon molecules of fossil fuels, like natural gas and coal. However, using fossil fuels to obtain hydrogen is both polluting (the process releases the greenhouse gas carbon dioxide and carbon monoxide) and limited, since fossil fuels are a finite resource. The best way to obtain hydrogen is from unlimited resources called renewable energies - including those technologies which generate electricity and heat from the sun, wind, water, the earth's core (geothermal) and organic matter (biomass) - because the process is pollution -free and inexhaustible.

Why use hydrogen fuel?

With hydrogen fuel, less is more. Gasoline used in today's vehicles is polluting and so wasteful that a mere 2 of every 15 gallons (approx.) put in the tank actually moves the vehicle - the rest is lost as friction and heat. When hydrogen is used, it is not only cleaner (there are no carbon or sulfur oxide emissions), it is much more efficient - 2-1/2 times more efficient. Hydrogen can also be transported via pipeline over long distances, costing less than transmitting high-voltage electricity and eliminating the environmental dangers associated with petroleum transport. When hydrogen is used as a fuel, water is the by-product of combustion, completing the fuel cycle loop - water to hydrogen to water. As long as there is sunlight and water, a limitless, clean supply of solar hydrogen fuel is available to sustain our way of life without negatively impacting our environment and health, or relying on a limited energy resource.

What else makes hydrogen fuel so attractive?

Hydrogen is so versatile it can be:

  • blended with fossils fuels like gasoline, natural gas, ethanol and methanol to effectively improve performance and significantly reduce Pollution;
  • used by itself in a slightly modified internal combustion engine, emitting pure water vapor and trace, controllable amounts of nitrous oxides;
  • used in a virtually pollution-free hybrid electric vehicle;
  • used in a totally pollution-free, highly efficient fuel cell (a device which converts hydrogen gas directly into low voltage, direct current electricity) to power electric vehicles;
  • used to provide energy for pollution-free power plants and manufacturing facilities.

Production and use of solar hydrogen fuel would mean our nation would be energy self sufficient. We would not need to rely on importing a dwindling supply of oil - a highly politicized, unstable and costly endeavor - for most of our nation's energy needs.

How much will hydrogen fuel cost?

Using fuel cells, hydrogen will cost less than fossil fuels once the infrastructure is in place and large scale production makes hydrogen as readily available to consumers as gasoline. Projected costs for mass produced hydrogen fuel could be as little as 3.8 to 4.5 cents per mile or 50 to 70 cents per gallon of gasoline equivalent.

How does hydrogen compare with other transportation energy alternatives?

Of all the transportation energy alternatives available, only one, because of its inherent characterics and flexibility, holds within it a cost-effective and viable long term solution. That alternative is hydrogen. With an energy "economy" or system based on renewably generated hydrogen, the alternative fuel technologies and infrastructure developed and built today, with today's dollars, need not be scrapped and replaced later with tomorrow's inflated dollars. Instead, evolving hydrogen technologies and infrastructure are a solid foundation for the lasting and genuinely non-polluting energy economy essential for tomorrow.

Does the U.S. have competition in the development of hydrogen fuel?

Not only does the U.S. have competition, unlike the U.S., our competitors are taking the immediate pursuit of developing a hydrogen economy very seriously. Using technological research from the U.S. and in some instances employing U.S. researchers themselves, countries such as Japan, Germany and Canada have already taken major steps to finance and aggressively advance the global use of hydrogen and establish their place as world leaders in this arena.

Will hydrogen replace all fossil fuels someday?

It is a fact - fossil fuels are a finite resource and their role in our economy will decline as supplies become more scarce. Waiting for a energy crisis is not an acceptable course of action. Renewable, clean hydrogen offers an ideal alternative. If hydrogen technologies and infrastructure development receive the same favorable treatment which the petroleum industry enjoys, through tax breaks and government sponsored fuel cell research, hydrogen would be well on its way to broad public acceptance and use.


HYDROGEN FAsT FAcTs

  • Hydrogen is the lightest and most abundant element in the universe. It is found in all organic matter and water.
  • Hydrogen can be used in its liquid or gaseous form for fuel.
  • Hydrogen fuel can be renewably made by separating the components of water (H20) with electricity. This process is called electrolysis.
  • When it burns, hydrogen releases energy as heat and produces pure water vapor as a by-product.
  • Like all fuels, when hydrogen is handled and used properly, it is safe. In many ways, hydrogen is considered safer than gasoline: it is nontoxic, noncarcinogenic and, if "spilled", it does not pool on the ground or cling to clothes - it dissipates quickly into the air.
  • Unlike carbon-based fuels like oil and coal, which are polluting, in limited supply and are a relatively inefficient energy source, renewably generated hydrogen fuel is clean, efficient, and inexhaustible.
  • Since no carbon is involved, using hydrogen fuel eliminates carbon monoxide, carbon dioxide and does not contribute to greenhouse warming.
  • Hydrogen is so versatile that it can be mixed with natural gas into hybrid fuels called "Hythane" and "Hytest". This blend improves the potency and significantly lowers the emissions of a vehicle using natural gas.
  • Like gasoline and natural gas, and unlike electricity, hydrogen fuel can be transported via pipeline and stored.
  • Hydrogen is used in the space program to propel spacecraft and to serve the needs of the crew on board. Hydrogen fuel cells generate electricity to power life support systems and computers and create pure water, as a by product, for crew members to drink.
  • It takes less than a gallon of water to get the same range from hydrogen fuel that cars currently get from a gallon of gasoline.
  • Using fuel cells for maximum energy efficiency, hydrogen fuel, if mass produced, would be as cost-effective to use as gasoline.

SOLAR HYDROGEN VEHICLE PROJECT
TEAM PROFILE

CLEAN AIR NOW

Clean Air Now (CAN) is a Southern California-based non-profit 501(C) 3 corporation which is instrumental in bringing about local and.national clean air policies. Founded in 1969 in Riverside County, CAN's mission is to take immediate, direct action to develop and implement renewable energy projects and guide the transition to a solar hydrogen economy. CAN oversees, directs and manages the Clean Air Now Solar Hydrogen Vehicle Project.

U.S. DEPARTMENT OF ENERGY

The U.S. Department of Energy (DOE) plays a fundamental role in   the Solar Hydrogen Vehicle Project through its administration of funds from the White House Technology Reinvestment Project (TRP), an entirely merit-based program and a cornerstone of President Clinton's Defense Reinvestment and Conversion Initiative.   The DOE offers additional support to the Solar Hydrogen Vehicle Project as a project advisor.

SOUTH COAST AIR QUALITY MANAGEMENT DISTRICT

With monies provided as part of Assembly Bill 2766, the South Coast Air Quality Management District (SCAQMD) Governing Board is empowered to administer funds collected from Motor Vehicle Registration fees to worthy projects which reduce vehicle air pollution (mobile sources). The Solar Hydrogen Vehicle Project was selected as a recipient of funds from this Discretionary Program. The SCAQMD also acts in an advisory capacity, availing its technical and scientific staff to the project for consultation.

XEROX CORPORATION

A global company in the document processing market, Xerox Corporation's environmental leadership role is an integral part of the corporation's business and values. Recognizing that what is good for the environment is also good for business, Xerox has, among other measures, purchased 1OO alternative-fueled methanol vehicles for its Southern California facilities. Xerox Services Division, located in El Segundo, California, provides the host site for the hydrogen generating system and dispensing station, operates two of the hydrogen-powered utility vehicles in the fleet and supports the project's public awareness campaign.

THE ELECTROLYSER CORPORATION

Established in 1952, The Electrolyser Corporation (TEC), located in Buffalo, New York, and its Canadian-based parent company, The Electrolyser Corporation, Ltd., are recognized as world authorities on electrolytic hydrogen and hydrogen energy systems. TEC plays a key role in the Solar Hydrogen Vehicle Project as supplier of the Stuart Packaged Hydrogen Generator. Drawing power from the project's 48 kW photovoltaic (PV) array, TEC's generator will electrolyze water. TEC supplies a high pressure gas storage connection for the project, enhancing the capabilities of the hydrogen filling station.

PRAXAIR, INC.

The largest industrial gases producer in North and South America, Praxair, Inc. leads the way on the global front by fulfilling the gas and gas-related technological needs of a diverse group of industries. The company supplies liquid hydrogen and related technical assistance in several efforts nationwide to demonstrate the viability of hydrogen and hydrogen fuel mixes as alternatives to gasoline. Through their operation of Southern California's only liquid hydrogen plant, Praxair provides the storage, fueling, and supplementary hydrogen supply necessary for the project.

SOLAR ENGINEERING APPLICATIONS CORPORATION

Founded in 1988, Solar Engineering Applications Corporation (SEA  Corp.) has been developing a unique, concentrating photovoltaic system with support from Sandia National Laboratories, the U.S. Department of Energy, The National Renewable Energy Laboratory, and the California Energy Commission. SEA Corp. provides the Project with its patented POWERGRID [TM], a photovoltaic (PV) array with Fresnel lenses. The 48 kW system tracks the sun, captures and condenses its sunlight, and converts it into a pollution-free source of electricity to power the project's electrolyzer.

KAISER ENGINEERING

With a degree in aerospace engineering, founder of Kaiser Engineering, William J. Kaiser, brings twenty years experience to the Solar Hydrogen Vehicle Project. Combining an intimate knowledge of high performance engine design and years of experience in hydrogen engine development and testing, Kaiser Engineering retrofitted the engines of the Ford Ranger fleet, enabling the vehicles to run on pure hydrogen.

ENERGY TECHNOLOGY ENGINEERING CENTER

A U.S. Department of Energy facility operated by the Rocketdyne division of Rockwell International, the Energy Technology Engineering Center (ETEC) is an ideal coming together of government and private industry. ETEC's primary mission is applied engineering development of emerging technologies, including solar, geothermal, fossil fuels, fusion, fission energy and conservation. In preparation for California's t998 Zero Emission Vehicle (ZEV) Regulations, ETEC has taken a leadership role in moving hydrogen technology into the commercial marketplace. ETEC conducts the project's hydrogen generating system performance analysis, as well as safety analyses on the hydrogen electrolyzer, fueling station, and vehicle fleet.

TOUCHSTONE TECHNOLOGY

Founder of Touchstone Technology, Paul Scott is the Solar Hydrogen Vehicle Project's engineering consultant. As a Doctor of Science in aerospace engineering who has consulted in environmental engineering and energy conversion, Paul Scott brings years of experience and knowledge to the team. In 1974, he attended the first International Hydrogen Energy Conference. More recently, he has been involved in the development of photovoltaic water pumping systems founded by the World Bank, Shell International, and the U.S. Agency for International Development.

CITY OF WEST HOLLYWOOD

With a commitment to improving air quality, the City of West Hollywood is an active participant in numerous projects designed to reduce air pollution. That commitment extends to an allocation of funds, through the city's operating budget, for the purchase of alternative fuel vehicles and the development of alternative fuel infrastructure. The city is exploring the development of its own hydrogen fueling stations and operates a hydrogen powered fleet vehicle retrofitted and purchased from the Solar Hydrogen Vehicle Project.

U.C. RIVERSIDE

Located on the University of California Riverside campus, the Bourns College of Engineering Center for Environmental Research and Technology (CE-CERT) takes a proactive approach to solving the air pollution dilemma by conducting research in all areas related to air pollution and instructing the next generation of electrical, mechanical, and chemical engineers. Developers of a solar-hydrogen production facility and hydrogen-combusting pickup truck, CE-CERT provides the project with internal combustion engine retrofit consultation and vehicle emission and performance testing for the fleet.

HALL & VERNAZZA, CERTIFIED PUBLIC ACCOUNTANTS

Vernon Hall, a partner of Hall & Vernazza Certified Public Accountants, brings a wealth of experience in financial management and accounting to the Solar Hydrogen Vehicle Project, serving as Treasurer of the Board of Directors and handling the project's ongoing financial matters. A long time supporter of clean air mandates and a proponent of hydrogen energy development, he has served as both past president of the American Lung Association's Inland County chapter and former treasurer of the Clean Fuel Institute.

MATRIX ENGINEERS & CONTRACTORS, INC.

Matrix Engineers & Contractors, Inc., is an ultra-high purity mechanical systems contractor specializing in storage, handling, fabrication, and installation of components for specialty gases and liquids. With expertise in licensed general contracting and engineering, Matrix combines its multiple talents and capabilities for this project, providing highly skilled personnel to assist with engineering, code compliance, site construction and equipment installation for the project.

W. HOAGLAND & ASSOCIATES, INC.

William Hoagland, president of W Hoagland & Associates, Inc., has more than 17 years experience in managing renewable energy programs. Program manager at the National Renewable Energy Laboratory for 16 years, he managed programs in solar materials, alcohol fuels, biofuels, and hydrogen. A graduate of the U.S. Military Academy at West Point and recipient of an M.S. Degree in Chemical Engineering from M.I.T, William Hoagland serves as project management-consultant.


CLEAN AIR Now BOARD OF DIRECTORS

Robert M. Zweig, M.D., Chairman

Paul Staples, President / Executive Director

James J. Provenzano, Executive Vice President & Secretary / Managing Director

Vernon Hall, Treasurer / Chief Financial Officer

Ron Pecoff, Special Research

W. Woodland Hastings

Yu-Yue Widrig

BOARD OF ADVISORS

Mark Abramowitz

Tim Little

Charles Bensinger

Dave Michaelfelder

Don Blose

Joan Ogden, Ph.D.

Fred Edeskuty, Ph.D.

Glenn Rambach

Virginia Field

Bryan Tari

Kevin Hendrick

William Wybourn

William Hoagland

Andrew Zalay

Geoffrey Holland

GENERAL COUNSEL

Kevin McSpadden, Esq.

PUBLIC OUTREACH DIRECTOR

A. Jacqueline Hanan


ROBERT M. ZWEIG, M.D., CHAIRMAN, BOARD OF DIRECTORS

Robert M. Zweig, M.D., currently chairs Clean Air Now's Board of Directors, bringing his vast knowledge of and experience in hydrogen technologies and development to the non-profit company's Solar Hydrogen Vehicle Project.

As a practicing physician in family medicine for nearly 30 years, Dr. Zweig personally witnessed the negative health impacts air pollution had on his patients. It was out of his deep concern for their well-being that he sought clean fuel alternatives and began research of hydrogen fuel. Convinced of the significant and beneficial role hydrogen could play in altering the course of deteriorating air quality, Dr. Zweig made a personal commitment to aggressively pursue its development.

In 1981, Dr. Zweig became President and Chairman of the Board of Hydrogenics, Inc., a non-profit company which promoted hydrogen production, distribution and end use. He participated in the City of Riverside's energy study, which recommended using a hydrogen fuel utility fleet. He has also served as Chairman of the Riverside Energy Commission's subcommittee on alternative fuel and as Chairman of the Board of the Clean Fuel Institute. A true pioneer of hydrogen fueled vehicles, in 1977 Dr. Zweig became the first individual in Southern California to privately undertake and fund the conversion of an internal combustion engine vehicle to run on hydrogen.

Currently, Dr. Zweig is Chairman of the International Association of Hydrogen Energy's Environmental Committee and serves on the Air Quality Committee of the American Lung Association of California. He has authored numerous scientific papers and lectures worldwide on the health benefits of moving to a hydrogen economy.

Dr. Zweig lives with his wife in Riverside, California and has five children.

PAUL STAPLES, EXECUTIVE DIRECTOR

Paul Staples, Executive Director and President of Clean Air Now, has been the visionary and driving force behind the Solar Hydrogen Vehicle Project. Mr. Staples played a major role in obtaining project funding and establishing the network of individuals and companies who are responsible for bringing this effort to fruition. He is in charge of the project's overall direction and is key strategist in formulating future project development.

Prior to joining Clean Air Now and developing the Solar Hydrogen Vehicle Project, Mr. Staples was an activist, fund-raiser and volunteer business developer at Citizens for a Better Environment, a non-profit environmental research and legal action organization. His past experience in advertising and promotions and expertise in business development is an invaluable asset to Clean Air Now.

Mr. Staples studied pre-law and communications at Miami Dade Jr. College and was a student in the nation's first environmental science and engineering program at Santa Fe Jr. College in Gainesville, Florida.

Mr. Staples has, over the years, also contributed his numerous skills to environmental organizations such as the Alliance for Survival, the Big Mountain Legal Defense and Offense Committee for the Hopi and Navajo tribes, and the California League of Conservation Voters.

JAMES J. PROVENZANO,  MANAGING DIRECTOR

James Provenzano is Managing Director, Executive Vice President and Secretary of the Board of Directors of Clean Air Now. Mr. Provenzano was instrumental in bringing together the Solar Hydrogen Vehicle Project team. As Managing Director, he is the key liaison between the project's many partners and is responsible for overseeing day-to-day operations, Department of Energy reporting, keeping the project on time and within budget, and ensuring that all project objectives are met.

Prior to joining Clean Air Now's Solar Hydrogen Vehicle Project, Mr. Provenzano was Manager of Xerox Corporation's Environmental Programs at the company's El Segundo site. There, he managed the Asset Recovery and Conservation Programs Office for Xerox' 16 building, 4,700 employee facility, introducing and expanding several recycling and waste reduction programs. On behalf of Xerox Corporation, Mr. Provenzano was a founding board member of the South Bay Business Environmental Coalition, an organization comprised of government and major businesses in L.A. County's South Bay area and formed out of a common concern for environmental issues and resolutions which impact business and employment.

Mr. Provenzano received his bachelor of science degree in biology from Boston College. He continued to study biology at the University of California at Los Angeles, where he received his master's degree in cellular physiology. His strong belief in preserving the environment and bettering the quality of life for others has led him to contribute his skills and time to many environmental organizations, including Citizens for a Better Environment and the Sierra Club's California Population Committee, where he served as Committee Chair. He currently is a Board Member of the Population Education Committee, where his primary goal is educating the public and policy makers about the need to stabilize the world's human population.

Mr. Provenzano lives with his wife in the Santa Monica mountains, where they enjoy the pleasures of one of Los Angeles' most beautiful and natural environs.


James J. Provenzano, Executive Vice President

Clean Air Now
3438 Merrimac Rd.
Los Angeles, CA  90049

Phone: (310) 472-8633
Fax:     (310) 472-8643