Search: Air quality
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Submitted by sprowles on April 15, 2008 - 1:27pm.
Name of job: Coal Program Officer for Energy Foundation Description: Energy Foundation Overview:
Founded in 1991, the Energy Foundation is a grantmaking foundation whose mission is
to assist in a national and global transition to a sustainable energy future by
advancing energy efficiency and renewable energy. The Foundation's work is largely
focused on mitigating global climate change. Its geographic focus is on the United
States and China, the largest and fastest growing energy
markets in the world.
The Energy Foundation believes a sustainable energy future is one in which the
supply and use of energy help promote and maintain high living standards. Key
elements of such a future are: (1) more efficient energy use and a successful
transition from conventional to renewable energy; (2) maintenance of the earth's
ecological systems and the life-supporting services they provide; (3) provision of
energy at reasonable cost; and, (4) equitable distribution of energy services to
different members of the population, both internationally and within nations.
The following overarching strategic premise drives the Energy Foundation to focus
its grantmaking on public policy:
1. New technologies can grow the economy with far less pollution.
2. Policy shapes energy markets, determining which technologies are developed and
ultimately thrive.
3. Intelligent philanthropy can influence energy policy, thus leveraging billions
of dollars of investment in the energy sector and stimulating dramatic reductions
in global warming pollution.
The Foundation is headquartered in San Francisco and also has an office located in
Beijing, China. The Foundation has 44 staff members (23 in the San Francisco office)
and a 2007 budget of approximately $60 million. For more information about the
programs of the Energy Foundation please review the website:
www.ef.org
Coal Resistance Program Overview:
The Energy Foundation began funding work to resist construction of new coal-fired
power plants late in 2003. The objective has been to avoid a 60-year lock-in of
carbon emissions from the 120 new coal-fired power plants proposed in the U.S. This
work began in the Intermountain West states, expanded to the Upper Midwest and Texas
in 2005, and to Florida, the Carolinas and the Lower Plains states in 2007. Today
our grantees are resisting about 45 plants that are in active permitting, while
making the case that clean alternatives can meet customer demand at competitive
costs. Since 2003, our grantees have helped block more than 38 proposed coal power
plants, including recent dramatic wins in Kansas, Texas, and Florida.
Program Officer:
The Program Officer will be based in San Francisco and report to David Wooley, Vice
President for Domestic Policy Initiatives and Program Director for the Power
Utilities Program. The Program Officer will take charge of grantmaking to resist
new coal-fired power plants, managing a $7-10 million grant portfolio and budget.
He or she will also:
* help develop and refine program strategies and campaign tactics;
* conduct targeted research;
* solicit and review proposals;
* write dockets for board consideration;
* evaluate the impact of individual grants;
* maintain relationships with grantees, other funders, and other experts in the field;
* initiate strategy calls and meetings;
* engage directly in the field as needed; and
* help prepare compelling proposals and reports for the Energy Foundation's
funding partners.
The Program Officer may also help liaison with related efforts in China and Europe.
Professional Qualifications and Personal Attributes
The Program Officer should ideally embody the following professional qualifications
and personal attributes:
* A deep commitment to the mission and values of the Energy Foundation.
* A strong understanding of regulation of air pollution and electric utilities.
* Experience with sophisticated advocacy campaigns.
* Comfort with qualitative and quantitative policy analysis and assessment of
energy and pollution impacts.
* Incisive, independent, analytic mind.
* A track record of applying sound political and strategic judgment in complex
situations.
* Proven ability to initiate and manage projects.
* Experience creating collaboration among a network of organizations or companies.
* Outstanding written and verbal communications skills.
* Ability to work well in a team; enthusiastic personality; sense of humor.
* Willingness to travel.
Desirable attributes, but not required: (1) a background in project finance, (2)
professional experience and relationships in the Midwest or Southeast. Masters or
other advanced degree preferred.
Compensation and Benefits
The Energy Foundation offers an excellent benefits package and a salary that is
commensurate with experience.
Start Date: Immediate
How to Apply:
Interested candidates should e-mail a cover letter explaining how their skills and
background fit this position and a resume to Craig Appel, Director of Partner
Relations, The Energy Foundation, 1012 Torney Ave. #1, San Francisco, CA 94129.
FAX 415-561-6709 EMAIL: craig@ef.org Women and people of color are especially encouraged to apply. The Energy Foundation is an equal-opportunity employer.
Submitted by cmjones on February 23, 2007 - 2:25pm.
Name of Research Center: Center for Entrepreneurship in International Health and Development (CEIHD) Description: The mission of the Center is to promote and disseminate the use of entrepreneurial methods to improve the health of families in developing countries. CEIHD brings the expertise of business and public health professionals to focus on problems related to the unmet need for health services and products, and to create market conditions that facilitate the reduction of indoor air pollution.
Submitted by cmjones on February 28, 2007 - 1:24pm.
Department: Energy and Resources Group, Adjunct Professor Research Interests: Ashok Gadgil has active research in energy use and airflows in buildings. He also has long and active research in analysis, research, development and implementation of technologies for improved energy-efficiency and environmental performance in the developing countries, in a range of sectors. Achievements: Ashok Gadgil received an award from San Jose’s (CA) Tech Museum of Innovation, which honors people who use technology to help humanity, for developing a water purification system that kills bacteria with ultraviolet light. The system, called UV Waterworks and marketed by WaterHealth International, Inc., is used daily by about 300,000 people in Mexico, the Philippines, and several other countries. Several systems will soon be installed in his native India. Money is currently being raised to install the system in tsunami-stricken regions of Sri Lanka and India. His invention appeared in Forbes Magazine in 2003. Ashok Gadgil is also developing a cheap and effective way to provide safe drinking water to 60 million Bangladeshis who live under the specter of arsenic poisoning. His idea is to create arsenic filters from coal ash, the fine gray powder that piles up at the bottom of furnaces at all coal-fired power stations, waiting to be discarded. Although still in the investigational stage, Gadgil’s technique would involve coating the ash with a compound that attracts arsenic, filling teabag-sized pouches with the powder, and distributing the filters throughout the countryside, one per family per day. Water drawn from any one of the millions of contaminated wells that dot Bangladesh could then be poured through the filter and safely consumed. Gadgil has numerous publications spanning the areas of drinking water efficiency and indoor air quality.
Submitted by cmjones on May 2, 2007 - 12:56pm.
Summary: A literature review of environmental inidicator collection at the city level combined with best practice data collection approaches is urgently needed to improve the way cities manage their resources. USI teams in transportation, urban design and water/santiation can provide guidance More Information: As the old engineering addage goes, you can't manage what you don't measure. Urban sustainability efforts have been constrained by the ability of cities to cost-effectively monitor the quality of urban environments, in particular in relation to energy, water quality, sanitation, and air pollution. When this information is collected, differences in methods does not allow for comparison between cities for benchmarking. The United Nations and the World Bank have embarked on ambitious efforts to create networks of cities to collect sustainability information. Unfortunately, progress to coordinate the collection of environmental indicators has been hindered by cost, and lack of unified approach. Description of organization: The Berkeley Institute of the Environment (BIE), established in 2005, brings together and helps enhance the diverse campus programs and research units with foci in the environment in new and innovative ways.
Submitted by admin on June 21, 2007 - 12:32pm.
Research Interests: Dr. Balmes' laboratory, the Human Exposure Laboratory (HEL), has been studying the respiratory health effects of various air pollutants for the past 15 years. Recently, the HEL has been focusing on the airway inflammatory effects of ozone and fine particles.
Submitted by admin on June 22, 2007 - 11:07am.
Department: Public Health, Adjunct Professor Research Interests: Dr. Nicas has two primary research interests. First, he develops mathematical models to estimate exposure intensity to airborne chemical toxicants. Such models consider the pollutant emission rate and the dispersion pattern in air. Dr. Nicas uses two approaches - a traditional method based on deterministic differential equations and a probabilistic method involving Markov chain techniques. Second, he develops probability models for infection by airborne pathogens (e.g., M. tuberculosis, Y. pestis, C. immitis), with an immediate application to the risk-based selection of personal respiratory protection.
Submitted by admin on June 22, 2007 - 10:23am.
Title of News: Collaborative Energy: New partnerships make UC Berkeley a hotspot for renewables research Summary: Leave no trace. This principle, familiar to outdoors enthusiasts, exhorts us to minimize our impact on the natural environment. In the near future, technology may enable us to extend this concept to the process of meeting global energy needs. Rising fuel costs, increasing atmospheric carbon dioxide levels, air quality issues, and even national security concerns over dependence on foreign oil have generated both political will and scientific advances in this area. Thanks to a number of recently formed collaborative groups, UC Berkeley researchers are poised to make unique, high-impact contributions to that challenging but achievable goal.
Submitted by cmjones on October 26, 2006 - 3:12pm.
Description: Study of air pollutants in indoor environments such as private residences, offices, schools, and commercial and public buildings. Overview of the factors that govern indoor pollutant concentrations. Building ventilation principles and practice. Detailed exploration of characteristics and control of several pollutant classes, such as radon and its decay products, volatile organic compounds, and combustion byproducts. Elements of a control strategy
Submitted by cmjones on March 14, 2007 - 1:23pm.
Course Title: Environmental Law and Policy Description: This introductory course is
designed to explore fundamental legal and policy issues in environmental law.
By focusing on constitutional issues and a limited number of federal
statutes--principally the the Administrative Procedure Act, the Clean Air
Act; the Clean Water Act; CERCLA (the Superfund law),; the National
Environmental Policy Act; and the Endangered Species Act--the course exposes
students to the principal approaches to environmental law (litigation,
command and control regulation, market incentives, and providing
information), as well as to the challenges of setting environmental policy
goals and choosing policy targets. The course is designed both for students
who intend to pursue environmental studies further and for those who simply
want to gain a basic understanding of this key area of public policy.
Submitted by cmjones on October 26, 2006 - 3:13pm.
Course Title: Environmental Engineering Description: Quantitative overview of the properties of environmental contaminants and the transport and transformation processes that govern their concentrations in air and water. Fundamental topics include environmental chemical equilibria and kinetics, reactor models, and elementary transport phenomena. Selected applications to issues in water quality engineering, air quality engineering, and hazardous waste management.
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