The joint project with DCH is dedicated to
weld failures associated with corrosion; anticipated results could be used in the sBMS.
The area of specific interest is associated with welded structural members where corrosion
and/or degradation occurs as a function of dissimilar metal response. Alex Adelson,
president, chief executive officer, and vice chairman of Antaeus commented, "We feel
quite strongly that in assuming technical leadership in the `smart' bridge management
field we must prepare to meet all the technical challenges of the future. DCH Technology,
with its advanced light-driven hydrogen detection monitoring capabilities, fits our
vision. We look forward to a successful relationship which will benefit both
companies."
6/29/1999 Energy
Research Corp., to Change Name to Fuel Cell Energy, Inc - ERC/Business Wire
"Historically, Energy Research
Corporation has been a leader in the research and development of electrochemical
technologies, fuel cells and batteries," Jerry D. Leitman, President and CEO said.
"With the recent spin-off of our battery group, ERC is now totally dedicated to the
commercialization of fuel cells. While research constantly continues at the company, there
are no more technical hurdles to overcome, and our principal focus is now on the
manufacture and marketing of fuel cell products for clean and efficient generation of
energy, both electricity and heat. We believe the company name should more directly
communicate the product we sell, rather than our ongoing research efforts."
6/28/1999 Fuel
Cell Electrode to be Developed - Rhombic Corporation/Business Wire
Rhombic Corporation announces that the
company has accepted a second proposal from the University of Missouri to participate in a
joint research plan to develop doped diamond electrodes and undoped diamond film for the
hydrogen fuel cell market. The doped diamond electrodes will be non-corrosive with
the unique features of excellent thermal, chemical, and electrical conductive properties.
Electrodes developed using boron doped diamond film will add efficiency to hydrogen fuel
cells now being produced for automobiles, buses, and trucks.
6/28/1999 Willamette
River Drinking Water Treatment Study Yields Dramatic Results With Patented Oxygenized
Water Purification System - Everclear-Environmental/Business Wire
Because oxygen is a natural bactericide, the
result is inexpensively-treated clean water that does not require the use of chemicals
such as chlorine and its potentially cancer-causing byproduct--tri-halomethanes...
Untreated water flows into contact with the proprietary electro-catalytic cell plates;
electrical current to the plates alters oxygen molecules in the water, causing them to
release hydrogen atoms. As hydrogen atoms are "gassed off" and released, the
result is a higher concentration of oxygen molecules, which proves deadly to
disease-causing bacteria. Tests have successfully increased oxygen content to the
maximum amount water can carry, rising from about five parts per million to about 45 parts
per million. Independent laboratory tests of oxygenized water have shown that the higher
concentrations of oxygen kill pathogens such as salmonella, E.coli, staphylococcus, and
listeria upon contact. The concentrated oxygen is stable, meaning treated water will
remain bacteria-free for a long time.
6/28/1999 Methanex Corporation, Northwest Power Systems and Statoil - Co-Operation
Agreement for Stationary Methanol Fuel Cell Demonstration Project -
Methanex/PRNewswire
The companies have decided to co-operate on
two pilot projects. The mainfocus of the agreement is to demonstrate the viability of
methanol poweredfuel cell systems to safely deliver electricity and heat to homes. To
thisend, several residences in Bend, Oregon will be disconnected from theelectricity grid
during 1999 and these homes will be fitted with methanol fuelcell systems capable of
supplying both electricity and heat to the homes. Thesecond project involves the use of
Northwest Power Systems' methanol reformertechnology to supply pure hydrogen to a local
metals fabricator in Albany,Oregon.
6/22/1999 Catalytica and McDermott
Technology Expand Fuel Processor Development - Business Wire
Beginning last year, Catalytica Advanced
Technologies and McDermott Technology have been collaborating on projects to develop and
commercialize fuel processing technology for fuel cells, including the reforming of
gasoline for transportation applications and natural gas for stationary power
applications. In September 1998, the companies were awarded a contract by the California
Energy Commission to develop a gasoline desulfurizer used to prepare gasoline for
conversion to hydrogen for fuel cell-powered vehicles. Since then, the scope and structure
of the collaboration have been broadened.
6/22/1999 PTC ... Merger Effective ... Ocean Power Launches - Ocean
Power/PRNewswire
Ocean Power plans to focus its primary
efforts on penetrating the enormous, worldwide market for potable water and reliable
power... Although the goal is to become the largest manufacturer and user of
hydrogen fuel cell systems, the Company will enter the market using conventional power
sources.
6/21/1999 Toups Technology Introduces New Emission-Free 'Waste To
Energy' Process - Toups/PRNewswire
The non-burning system transforms about 40%
of the waste intocarbon black, which can be used for a variety of purposes. The rest
becomes a clean-burning gas that contains mostly hydrogen and methane. The gas, given the
lab name Phoenix 777, demonstrates exhaust and combustion properties superior to natural
gas. Phoenix 777 combustion emits less than half of the carbon dioxide emissions of
natural gas and virtually no carbon monoxide or hydrocarbons.
6/21/1999 BPA Constructs House of the Future - Bonneville Power
Administration/PRNewswire
As a bonus visitors to the home show will
see a proton exchange membrane (PEM) fuel cell system in action. BPA will take this
opportunity to demonstrate this new technology that converts hydrogen-rich fuels like
natural gas, methane and propane into electricity, heat and water.
6/19/2000 ´Fuel Cell Innovation Park´
Now Operating at the Treptow Heating Station - Bewag
(Germany)
This recently opened Berlin fuel cell
project is a stationary system equipped with a proton-conducting membrane, the so-called
PEM technology that generates electricity and heat at the same time. With the capability
to produce 250 kilowatt of electric power and 230 kilowatt of usable heat, this plant is
the first of its kind in Europe. ...The plant is the result of a project Bewag initiated
in 1998 jointly with the Hamburg utility Hamburgische Electricitäts-Werke AG, the French
electric utility Electricité de France, and German utility companies PreussenElektra
Aktiengesellschaft and VEAG Vereinigte Energiewerke Aktiengesellschaft. ...The system has
been developed by the Canadian company Ballard, a worldwide leader
in this field. In Europe, the technology is produced and marketed by ALSTOM Energietechnik
GmbH with whom Bewag signed a contract for construction and delivery of the fuel cell in
July 1998. The energy the plant uses to produce the required hydrogen is natural gas.
map
6/16/1999 Fuel Cell
Agreement Reached Between ECO And H Power - H Power/IWire
The agreement allows Energy Co-Opportunity's
electric cooperative members the right to acquire exclusive territories in which to sell,
distribute, lease, finance and service H Power stationary fuel cells.
6/15/1999 Pratt & Whitney Begins Development of A New Upper-Stage
Rocket Engine - P&W/PRNewswire
Pratt & Whitney (P&W) announced
today the development of a new advanced high-performance liquid- hydrogen-fueled rocket
engine. Designated the RL50, the engine is being developed as an upper-stage power plant
for both domestic and international launch vehicles. ...P&W's RL50 engine, the first
new liquid upper-stage engine development effort conducted in the United States since the
early 1960's and the first major rocket engine development fully funded by a private
engine company, is expected to be available in 2003.
6/12/1999 Chicago Develops
Commercial Hydrogen Bus Fleet by Venki Raman - Oil
& Gas Journal
The CTA's demonstration fleet of three PEM fuel-cell
buses operate on hydrogen gas stored at 3,600 psi in roof-mounted lightweight composite
tanks. The station has facilities for receiving, storing, processing, and transferring
hydrogen. The fuel transfer to the bus is via a fully automated dispenser. The fueling is
performed by CTA personnel, with training in the safe handling of hydrogen. The station
can fuel three buses within a 2-hr period. This requires a maximum delivery capacity of
80,000 standard cu ft/hr (scfh) to achieve a settled storage pressure of 3,600 psi at
ambient conditions ranging from 0 to 100[degrees] F. Each bus consumes about 15,000-20,000
scfd of hydrogen. For this location, it proved to be most economical to deliver liquid
hydrogen, and to use cryogenic liquid pumps to achieve the high storage pressure needed.
Liquid hydrogen is transported to Chicago in cryogenic 15,000-gal liquid tanker trailers
from a plant located about 300 miles away. The hydrogen is stored on site in a double
walled vacuum insulated tank with a liquid capacity of 9,000 gal. The cryogenic pump moves
liquid hydrogen from the storage tank pressure of about 150 psi through a vaporizer to
refuel the buses with gaseous hydrogen at 3,600 psi. This pump requires less energy than
needed to compress gaseous hydrogen to the same pressure. With high pressure gas-buffer
storage, it is possible to initiate bus fueling immediately while the cryogenic compressor
is still cooling down, preparing to pump hydrogen to the bus. ...Safety was given the
highest priority in both the design and operation of the fuel station. The three primary
hazards which were addressed in the design were fire, over pressurization of the storage
tanks on the bus, and movement of the bus while refueling.
6/11/1999 Petro-Canada, Ballard and
Methanex Announce New Association - Ballard
Flanked by Federal Natural Resources
Minister Ralph Goodale and British Columbia Environment, Lands, and Parks Minister Cathy
McGregor, Petro-Canada CEO Jim Stanford, Ballard Chairman and CEO Firoz Rasul and Methanex
CEO Pierre Choquette announced the signing of a Memorandum of Understanding under which
the three companies would work together to prepare for the establishment of a commercially
viable fuel distribution network to meet the expected market demand for fuel cell
vehicles. Petro-Canada, Ballard and Methanex will collaborate in laying the groundwork for a pilot project
involving the supply and distribution of appropriate fuel, starting with methanol to
facilitate the introduction of fuel cell vehicles.
6/10/1999 NECAR
4 Honored as the Best Future-Oriented Vehicle Concept - DaimlerChrysler/PRNewswire
DaimlerChrysler's latest test automobile to be powered by
the fuel cell, NECAR 4 (New Electric Car), was chosen today in Hamburg by the "1999
International Engine of the Year Awards" as the best engine concept for the future.
"By selecting NECAR 4 as the best engine concept by a convincing margin over its
competitors, the jury has demonstrated considerable trust in the fuel cell activities of
DaimlerChrysler," declared Graham Johnson, the editor ofthe specialist journal
"Engine Technology International", which organizes the awards. "This result
shows that fuel cell technology will be the automotive propulsion system of the
future."
6/8/1999 Construction Begins on Plug Power's New Home - Capitol
District Business Review (Albany, New York)
Plug Power LLC of Latham, a developer of fuel cells,
broke ground for a new 50,000- square-foot facility on Albany-Shaker Road.
6/6/1999 Ford Debuts Fuel
Cell-Powered P2000 Sedan - Ford
The newest member
of Ford Motor Company's ultra energy-efficient P2000 family is a true zero-emission
vehicle, powered by advanced hydrogen fuel cells. "A direct hydrogen fuel cell offers
real promise as a zero-emission vehicle with competitive performance and driving
range," said Bill Powers, vice president - Research. "Fuel cells have several
advantages over batteries, which currently have range and durability limits. Hydrogen, on
the other hand, is a renewable resource. " The fuel cell P2000 is designed to achieve
the performance of today's Ford Taurus, which goes from 0 to 60 mph in 12 seconds. The
fuel cell stack and electric drivetrain are targeted to achieve the equivalent of 90
horsepower. Ford is researching the vehicle's fuel cells in partnership with Ballard Power
Systems of Canada, the fuel cell industry's technology leader, and DaimlerChrysler AG.
Researchers determined that the safety risks of hydrogen as a vehicle fuel compare
favorably with other vehicle fuels such as gasoline, propane and natural gas. Studies also
show that hydrogen can be cost-competitive with gasoline on a cost-per-mile-driven basis
if generated by small, factory-built steam reformer or electrolyzer appliances capable of
supporting up to 100 vehicles. These small appliances would avoid a large-scale capital
investment in the short run and offer flexibility in the size and location of refueling
stations.
6/6/1999 Ford Advances Its P2000
Research Program with Hybrid, Fuel Cell and SUV Advances - Ford
The fuel cell P2000 car is designed to achieve the
performance of today's Ford Taurus, which goes from 0 to 60 mph in 12 seconds. The fuel
cell stack, powered by Proton Exchange Membrane (PEM) fuel cells made by Ballard Power
Systems, and electric drivetrain are targeted to achieve the equivalent of 90 horsepower.
6/8/1999 GenCorp
Aerojet Reusable Rocket Engine Preburners Excel in Tests - Aerojet
GenCorp Aerojet last week successfully tested fuel- and
oxidizer-rich preburners as the first step in the development of a highly reusable rocket
engine for future U.S. Air Force applications. The key feature of Aerojet's preburners is
that they generate both fuel-rich (gaseous hydrogen) and oxidizer-rich (gaseous oxygen)
turbine drive fluids to power the engine's turbopumps. Dividing the work between two
turbines significantly reduces the turbine inlet temperature. And using the entire
propellant flow as the turbine drive fluid provides cooler drive gases that substantially
reduce wear and tear on the turbines, which is vital for reusable engines.
6/7/1999 Government of Canada
Invests in Stuart Energy System's Personal Fuel Cell Appliance Program
Toronto, Canada -- Stuart Energy announces an
investment of $2.5 million by Technology Earlt Action Measures/Climate Change Action Fund
(TEAM/CCAF) and Natural Resources Canada in its Personal Fuel Appliance Program.
...Current research and development commitments for the Personal Fuel Appliance project
total $4 million. "We appreciate the investment by the Climate Change Action
Fund and Natural Resources Canada in this exciting project," said Andrew Stuart,
President and acting CEO of Stuart Energy Systems Inc. "The Phase One Project
will both further the development of the Personal Fuel Appliance and allow the major
automotive companies to evaluate the Stuart products...."
5/27/1999 BPA to Install High-Tech Fuel Cell Generators in Northwest Homes -
PRNewswire
The Bonneville Power Administration today announced it
has signed a contract to purchase 110 fuel cells from Northwest Power Systems (NPS) of
Bend. If testing of the new technology is successful, the region will lead a
high-tech revolution in the electric power industry. ...The power units are 85-percent
efficient when waste heat is recovered for space and water heating. Conventional
generators are less than 35 percent efficient in the use of fuel. The cost of producing
the beta units is about $30,000 each, but Guggenheim expects that the price will drop to
under $10,000 per unit when they become commercially available in the year 2002.
5/26/1999 Nova BUS Displays Two
High-Tech Vehicles at UITP Congress - Business Wire
Nova BUS is proud to exhibit two high technology buses
during the International Union of Public Transport's (UITP) 53rd Congress which is held in
Toronto from May 23rd to the 28th, 1999. The two vehicles will be on display outside the
Metro Toronto Convention Center. These high-tech buses are an experimental electric fuel
cell bus, using liquid methanol to generate electricity, and a Nova LNG bus, powered by
liquid natural gas. ...In conceiving this first commercially viable, liquid-fuelled, fuel
cell powered bus, Nova BUS and its partners, Georgetown University, Lockheed Martin
Control Systems, Booz Allen & Hamilton and International Fuel Cells, were looking to
develop a vehicle powered exclusively by electricity. This 40-foot electric bus, mounted
on a Nova BUS RTS wide front door model, uses a 100 kW phosphoric acid fuel cell as the
primary energy source, traction batteries provide surge power and a means to recover
braking energy by regeneration. ...The bus is very quiet and has a range in excess of 560
km between refuelling. ...Lockheed Martin Control Systems developed the electric drive
train while International Fuel Cells supplies the phosphoric acid fuel cells. Booz Allen
& Hamilton is the system integrator and developer of the vehicle system controller.
5/18/1999 H Power
launches the E(pacTM) 250, a New
Residental Backup Power System - Canadian Newswire
The E(pacTM) 500 provides an independent source of
electricity that most hydrocarbon-based heating systems can use during an electrical power
failure. It can also supply energy to run, one at a time, appliances such as
refrigerators, freezers, TVs, lights, or sump pumps. The new E(pacTM) 250 was developed
especially to facilitate expansion into the European market, where heating systems
function mainly with hot water circulation. ...In addition to hydrogen, the residential
fuel cell systems can operate with other fuels, including natural gas, propane, or
methanol.
5/13/99 [DCH Technology] WallStreetCorner.com to Cover the Emerging Hydrogen Industry
- DCH Technology/Business Wire
"In addition to our recent successes with our fuel
cells, a Fortune 100 manufacturer of power systems has plans to expand the use of hydrogen
sensors on new power transformers, and to retrofit transformers already in use on the
electrical grid. DCH sensors are now being configured for the monitoring of nuclear waste
containers. Hydrogen in the waste containers must be monitored to avoid storage
risk." Added Haberman, "We're developing small fuel cells for boats, motor
bikes, and rechargeable batteries for high demand consumer electronics. We are excited by
accelerated demand that is now occurring, and for the apparent acceptance of this new
technology."
5/13/1999 Nissan
Unveils Environmentally Friendly Fuel Cell Vehicle - Canadian Newswire
Nissan disclosed it has already begun driving tests and
hopes to have models ready for mass production and retail sale between 2003 and 2005. The
test vehicle unveiled today uses a fuel cell bought from Ballard Power Systems of Canada.
[The vehicle] is equipped with a methanol reformer and air compressor developed by Nissan
in partnership with other Japanese companies. Unlike prototypes produced by rival
automakers, Nissan's fuel-cell vehicle incorporates an electric traction motor and a
regenerative charging system. This allows the brakes to generate additional power that can
recharge the vehicle's lithium-ion batteries.
5/10/1999 Praxair
Expands Texas Gasification Plant -
Praxair/Business Wire
Praxair, Inc. today announced completion of a 20 percent
expansion of its Texas City, Texas gasification plant. The plant supplies carbon monoxide,
hydrogen and synthesis gas to nearby Sterling Chemicals Inc. acetic acid and oxo-alcohols
units and hydrogen to Praxair's Gulf Coast hydrogen pipeline network. ...The expanded
facility now produces 40 million cubic feet (1.2 million cubic meters) per day of
hydrogen, and 24 million cubic feet (720,000 cubic meters) per day of carbon monoxide, as
well as synthesis gas (a blend of hydrogen and carbon monoxide) and steam. ...the facility
uses a proprietary high-temperature process to partially oxidize natural gas into a syngas
mixture of hydrogen, carbon monoxide and carbon dioxide, which are ingredients used in the
chemical industry.
5/7/1999 Ballard
Says it's Powering Ahead Despite Loss - Reuters
Company officials said they are unaware of any
technological breakthroughs by rivals in the potentially lucrative industry, but are
monitoring a new pact between Delphi Automotive Systems Corp and
German automaker BMW .
5/7/1999 Ballard Power Systems
Reports 1999 First Quarter Results - Ballard Power/Business Wire
Although fuel cell cars dominated the news in the
quarter, interest in fuel cells for electric power generation continued to grow.
Distributed (decentralized) generation of electricity is gaining recognition as a clean
and efficient alternative for needed capacity additions, and as a source of reliable
electricity for powering sensitive or uninterruptable electronic, computer and medical
equipment. Reflecting this growing recognition in the United States, a White House
legislative proposal to deregulate the electric power industry included tax benefits for
distributed power installations. Ballard's fuel cell stationary power business will
provide a critical enabling product targeted at important parts of the emerging
distributed power generation market.
5/6/1999 DCH Technology Doubling
Its Hydrogen Sensor Manufacturing Capacity - DCH
Technology/Business Wire
The use of the Robust Hydrogen Sensor in several
different safety applications is driving this expansion. DCH has received an influx of
orders as a result of the successful installation and qualification of their Robust
Hydrogen Sensors, and environmental monitors for use in a nuclear reactor power-plant
upgrade in Russia. Additionally, there has been an overwhelming demand by automotive and
truck customers for gas sensors to be installed in alternatively fueled vehicles and
fueling stations.
5/3/1999 Praxair Announces Price
Increase - Praxair/Business Wire
"Demand for liquid hydrogen by our commercial
customers is near historical highs," said Ricardo Malfitano, president, Praxair North
American industrial gases. ...During the 1990s, Praxair has invested more than $1 billion
in the U.S. to build, upgrade and maintain its supply capabilities. As an example, Praxair
has nearly tripled its liquid hydrogen capacity since 1990 and today operates four liquid
hydrogen plants, located in East Chicago, Ind.; McIntosh, Ala.; Niagara Falls, N.Y.; and
Ontario, Calif.