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Professor Biswas Wins 2006
Stockholm Water Prize
Stockholm,
Sweden -- Professor Asit K. Biswas, a tireless water
proponent who constantly challenges the “status quo“ and who
helped foster a critical re-think among United Nations
agencies, national governments, professional associations
and others about how to improve delivery of water and
sanitation services and management of our water resources,
was today named the 2006 Stockholm Water Prize Laureate.
Professor Biswas is an
Indian-born Canadian citizen and president of the Mexico
City-based Third World Centre for Water Management. In its
Citation, the Nominating Committee wrote:
Professor Biswas is awarded the
Stockholm Water Prize for his outstanding and multi-faceted
contributions to global water resource issues, including
research, education and awareness, water management, human
and international relations in both developed and developing
countries. While many highly-qualified experts in aquatic
disciplines distinguish themselves as academicians, others
as practitioners, others as government advisors, and others
as writers and lecturers, Professor Biswas with his wide
knowledge is highly recognized in all of these areas and,
most importantly, has over a broad front applied his skills
internationally, thereby adding new dimensions to the wise
use and management of the global water resources.
The Stockholm Water Prize is a
global award founded in 1990 and presented annually to an
individual, organization or institution for outstanding
water-related activities. The activities can be within
fields like education and awareness-raising, human and
international relations, research, water management and
water-related aid. The Stockholm Water Prize Laureate
receives USD 150,000 along with a glass sculpture, which
will be presented during the 2006 World Water Week in
Stockholm, August 20-26. HM King Carl XVI Gustaf of Sweden
is the Patron of the Stockholm Water Prize.
A Strong Supporter of
International Collaboration
While many water experts have
through the years contributed highly effective methodologies
to the rational use and management of water resources,
Professor Asit K. Biswas – as a science-driven water
advocate – fostered a new “socio-economic and political
climate“ which enabled the effective translation of
scientific (both natural and social) and technical advances
into meaningful measures. Four of his many achievements
exemplify his role as a global facilitator of international
platforms where organizations and individuals can take
concrete action on water:
As the main scientific advisor to
the Secretary-General of the United Nations Water Conference
in Mar del Plata, Argentina, in 1977, Professor Biswas
helped to formulate and promote the International Water
Supply and Sanitation Decade. After approval of this
initiative by the UN General Assembly, Professor Biswas
advised international and national institutions on how the
Decade could be implemented. By all accounts, the Decade
significantly improved the lives of millions of people in
the developing world.
During it, big strides were made
in finding affordable technologies and participatory
approaches to help serve those without access to improved
water and sanitation services. The Decade also demonstrated
conclusively that "business as usual" would never bring
improvements quickly enough to cope with the backlog and
provide access to growing populations. While conventional
wisdom holds that water problems are similar in the
developed and developing worlds, and that the same solutions
apply, Professor Biswas has always argued otherwise.
Professor Biswas, together with
the former UN Undersecretary-General, Dr. Peter Hansen,
reviewed the work of all the UN agencies for the Mar del
Plata Conference and advised on how the impact of their
water-related activities could be maximized. The resulting
so-called “Biswas-Hansen“ recommendations influenced the way
the UN system has worked with water thereafter.
Professor Biswas chaired the
Middle East Water Commission from 1993 to 1997, with the
support of the Sasakawa Peace Foundation. He managed to
involve high-level personalities from most countries in the
region to review and assess the water problems in the region
face to face. The actual treaties on water issues between
several countries were based on many of the recommendations
of this Commission. In water circles today, many experts
counter the argument that water may be a source of conflict
in the future with the empirical evidence that it, in fact,
promotes collaboration of the kind which Professor Biswas
encouraged.
Concerned with the fact that
potential water leaders of the next generation are not being
heard at major international forums, he initiated a 3-year
program with the support of the Nippon Foundation, to select
and mentor potential water leaders from all over the world
who were below 40 years. The remarkable success of this
program is demonstrated by the fact that all the eight
potential leaders he mentored now hold very senior
positions.
A Man of Many Roles
Many of his additional activities
have also resulted in outstanding contributions to solve
international and regional water problems. In his
multi-faceted roles as a scientist and educator, he has
acted as an advisor and confidant to policymakers in water
and environmental management in 17 countries, to six heads
of the United Nations agencies and to other
intergovernmental and international organizations. The Third
World Centre for Water Management, a “think tank“ initially
set up by Professor Biswas to give independent and
authoritative policy and knowledge support to developing
countries, also regularly advises many industrialized
countries.
Professor Biswas founded the
International Journal of Water Resources Development and
continued as Editor-in-Chief for the past 21 years. He has
been involved in the writing of 64 books, among them Water
as a Focus for Regional Development, Integrated Water
Resources Management in South and Southeast Asia and Water
Institutions: Policies, Performance and Prospects.
Under his leadership, additional
books on burning issues are presently in preparation,
including Water Management in Mega-cities, Impacts of Large
Dams and Poverty Alleviation and Water as a Human Right. He
also published over 600 scientific and technical articles
(mostly on interdisciplinary topics). Impressively, his work
has been translated into 31 languages.
For more information, visit
www.siwi.org
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Renewable Energy : UL Certifies
Capstone MicroTurbines
CHATSWORTH,
CA -- Capstone Turbine, the world's leading manufacturer of
microturbine energy systems, announced today that its 30-
and 65-kilowatt renewable energy systems are the first
generators to be classified by Underwriters Laboratories to
the UL2200 standards for Stationary Engine Generators, under
the new category of Engine Generators Fueled by Biogas or
Raw Natural Gas.
These
products are additionally Listed to UL1741, the standard for
Inverters, Converters, Controllers and Interconnection
System Equipment for Use With Distributed Energy Resources.
UL1741, which references IEEE 1547 and IEEE 1547.1, is being
accepted as the US national utility grid interconnection
standard. In 2001, Capstone MicroTurbine(R) systems were the
first non-photovoltaic generator to be listed to the UL1741
interconnection safety and operations standard.
"This
certification, President Bush's new initiative for
grid-interconnected renewable resources and our newly
released CR65 biogas-fueled energy system will be yet
another major step for us and for the nation's future of
clean, renewable energy," said Capstone Turbine Corporation
CEO John R. Tucker. "I believe this new certification will
encourage operators of landfills, oilfields and wastewater
treatment plants to reduce their flaring of these gases into
the atmosphere. Instead, those operators can now burn these
'waste' gases in renewable energy generating Capstone
MicroTurbines, the first flare-gas-fueled generators that
currently meet these UL standards."
The
new UL generator category underscores the importance of
ensuring public and environmental safety in the use of
biogas and raw natural gas renewable fuels that have
non-methane content.
"Nearly 15% of the Capstone MicroTurbines sold and shipped
worldwide are designated to use commonly flared landfill,
sewage, livestock and upstream petroleum gases as a fuel to
create renewable energy with extremely low pollutant
emissions. In addition, about 25% of our current backlog are
for these types of units, so we are seeing greatly increased
market interest in our renewable-fueled models," said
Tucker. "We've been a trailblazer in this field. This new UL
category will complement our products' existing
certifications, streamline site-specific grid
interconnection issues and further assure regional
regulators of our products' safety."
About
Capstone Turbine
Capstone Turbine Corporation is the world's leading producer
of low-emission microturbine systems, and was the first to
market commercially viable microturbine energy products.
Capstone Turbine has shipped more than 3,500 Capstone
MicroTurbine systems to customers worldwide. These
award-winning systems have logged more than 11 million
documented runtime operating hours.
Source:
www.microturbine.com
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Emerson Acquires Bristol Babcock
ST.
LOUIS, MO -- Emerson today announced it has acquired Bristol
Babcock from FKI plc of Loughborough, England, for $121
million. To be renamed Bristol, it becomes part of Emerson
Process Management and adds industry-leading measurement and
control products, technologies, and services for oil, gas,
power, water, and wastewater industries worldwide.
Headquartered in Watertown, Conn., Bristol Babcock has
annual revenue of approximately $80 million. Bristol Babcock
(www.bristolbabcock.com) products and technologies include
remote terminal units, flow computers, transmitters, and
distributed process controllers. It has manufacturing
facilities and offices in the United States, United Kingdom,
and Canada with additional offices in Mexico, the Middle
East, Australia, and China.
"Bristol will extend the Emerson product portfolio and
leadership in flow measurement products and services,
enabling us to offer an even broader range of value,
performance, and reliability to our customers," said John
Berra, president, Emerson Process Management. "In addition,
the Bristol Babcock management team demonstrates excellent
leadership, innovation, dedication to quality, and strong
company performance...qualities that fit well with Emerson."
The
acquisition complements the Emerson business unit's
established measurement brands that include Rosemount(R),
Micro Motion(R), Daniel(R), and Mobrey(R).
"This
is excellent news for our company and our customers," said
Jack Kelly, president of Bristol Babcock. "Emerson Process
Management's market leadership in the process industry
worldwide will allow us to provide a broader range of
solutions, enable us to grow our business faster, and
contribute to the success of other Emerson businesses as
well."
About
Emerson Process Management
Emerson Process Management, a business of Emerson, is a
leader in helping business automate their production,
processing and distribution in the chemical, oil and gas,
refining, pulp and paper, power, food and beverage,
pharmaceutical and other industries. The company combines
superior products and technology with
industry-specific-engineering, consulting, project
management and maintenance services.
Source:
www.emersonprocess.com
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| Help Forum :
Hot Messages from the Help Forum
People post their requests
for help and offer their suggestions to others in our open
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Mr. Spencer wants to know if
he should use zeolite:
I will be setting up a WTP in
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We need to get to 0.015 and
2.5 respectively. Other metals may become significant in the
coming years and was wondering if a Zeolite fill may help
for ammonia and work better than GAC. What are the
differences?
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Thanks,
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Yukon Zinc Corporation
jas@5mm2.com
Mr. Kumar needs help with foaming:
I observe foaming in a batch
reactor when working with mono-bacterial strain in peptone
enriched medium. But it's not often. With same operating
variables (air flow, temp, etc), excess foaming is observed
at some times only while in exponential phase.
How does it happens? When to
add antifoaming agent? Whether to sterilize it
separately? Please mention some simple antifoaming
agents to resolve this issue .
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Thanks and regards,
Senthil Kumar
Central Leather Research Institute
senthil2k1in@yahoo.co.in
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| Featured Plant
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Fair : Water/Wastewater
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::
Professor Biswas Wins 2006
Stockholm Water Prize
::
Renewable Energy : UL Certifies
Capstone MicroTurbines
::
Emerson Acquires Bristol Babcock
::
Strategic Marketing
: Targeted to Your
Audience
:: The News Center : More headlines
:: The Water and Wastewater Blog
:: Help Forum
::
Water and Wastewater Plant
Directory : Featured Plant
:: The Job Fair
:: Top Picks at Amazon.com
:: Ask Tom! Column!
:: 104,000+ visitors in February!
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Aeration System Demonstrates High Oxygen Transfer
The ratio of oxygen
transfer in process water compared to the oxygen
transfer in clean water, also known as the Alpha
factor, is a critical consideration when designing
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