950 resultados para Illinois. Office of Solid Waste and Renewable Resources
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"Final report (SW-16rg)--on work performed by Purdue University under solid waste research grant no. EC-00244 and by the University of Illinois under solid waste research grant no. EC-00245."
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Sponsored by Environmental Protection Agency, Region VIII.
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Sponsored by the Environmental Protection Agency, Region IX.
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"July 1, 1977, Washington, D.C."--T.p.
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Mode of access: Internet.
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Conference hosted by Office of Solid Waste, U.S. Environmental Protection Agency.
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Mode of access: Internet.
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March 1980.
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"Issued originally December 1980 ; revised May 1982 ; revised November 1987."
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Mode of access: Internet.
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Funding for this study was provided by a contract to the Illinois Dept. of Alcoholism and Substance Abuse from the U.S. Center for Substance Abuse Treatment as part of the State Systems Development Program (CSAT contract 270-92-0018).
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Introduction: The major findings and suggested framework for action put forth by the U.S. Surgeon General form the basis for Illinois' plan. Augmenting this foundation is the collective wisdom of citizens, stakeholders and policy makers. The result is a comprehensive vision that can be embraced by all involved in the process. The plan articulates goals, priorities and strategies to improve the oral health of all Illinoisans. Its five policy goals reflect specific priorities and its recommended strategies and action steps suggest how to address each of them. The plan concludes with a call for the establishment of a select committee to monitor and provide guidance in the implementation of the plan.
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Mode of access: Internet.
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Dwindling oil reserves and growing concerns over CO2 emissions and associated climate change are driving the utilisation of renewable feedstocks as alternative, sustainable fuel sources. While rising oil prices are improving the commercial feasibility of biodiesel production, many current processes still employ homogeneous acid and/or base catalysts to transform plant or algae oil into the fatty acid methyl ester (FAME) components of biodiesel. Fuel purification requires energy intensive aqueous quench and neutralization steps, thus the rational design of new high activity catalysts is required to deliver biodiesel as a major player in the 21st century sustainable energy portfolio. Advances in the development of heterogeneous catalysts for biodiesel synthesis require catalysts with pore architectures designed to improve the accessibility of bulky viscous reactants typical of plant oils. Here we discuss how improvements to active site accessibility and catalyst activity in transesterification or esterification reactions can be achieved either by designing hierarchical pore networks or by pore expansion and use of interconnected pore architectures.
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The increase in renewable energy generators introduced into the electricity grid is putting pressure on its stability and management as predictions of renewable energy sources cannot be accurate or fully controlled. This, with the additional pressure of fluctuations in demand, presents a problem more complex than the current methods of controlling electricity distribution were designed for. A global approximate and distributed optimisation method for power allocation that accommodates uncertainties and volatility is suggested and analysed. It is based on a probabilistic method known as message passing [1], which has deep links to statistical physics methodology. This principled method of optimisation is based on local calculations and inherently accommodates uncertainties; it is of modest computational complexity and provides good approximate solutions.We consider uncertainty and fluctuations drawn from a Gaussian distribution and incorporate them into the message-passing algorithm. We see the effect that increasing uncertainty has on the transmission cost and how the placement of volatile nodes within a grid, such as renewable generators or consumers, effects it.