The California Los Padres Section of the American Chemical Society Annual Holiday Winery Tour and Tasting
will be held on
Saturday, December 1, 2012, 11:00 AM
at Talley Vineyards
3031 Lopez Drive
Arroyo Grande, CA 93420 (map)
A tour of the facility will begin promptly at 11 am. The tour will last about 1 hour and will be followed by the wine tasting. A social hour featuring a variety of international cheeses and homemade soups will follow the wine tasting.
The cost for the event will be $20 per person.
Led by Guest Services Coordinator Andy McDaniel and a member of the Talley Vineyards winemaking team, the tour and tasting is a fun and informative way to experience our wine country. The extended tour takes you through our vineyard, winery, and barrel room with a focus on the aspects that make Talley Vineyards wines unique. Tastings of wines during and after the tour will focus on our signature chardonnays and pinot noirs and will include current releases and barrel samples of future releases.
Talley Vineyards is a family owned and operated winery that specializes in estate grown chardonnay and pinot noir ideally suited for the climate and soils of the Arroyo Grande and Edna Valleys. The Talley’s farming history in the area dates to 1948 when Oliver Talley began growing vegetables in the Arroyo Grande Valley. Guided by this legacy and a commitment to long term sustainability, Talley Vineyards focuses on attention to detail in all aspects of farming and winemaking operations. The goal is to produce distinctive wines of consistently high quality that best express the unique character of each of the Talley family’s six vineyard sites in the two valleys.
Use the form below to make your reservation. For more information use “contact us” above.
Please make your reservations by Tuesday, November 27, 2012.
Registration is now closed. Please use the contact link above to inquire about this event.
The California Los Padres Section of the American Chemical Society Fall Luncheon Meeting will be held at
Noon, Saturday, October 20, 2012
at Café Stella
3302 McCaw Ave, Santa Barbara, CA (map)
A lunch buffet will be served including garden salad, quiche Lorraine or three cheese ravioli, and chocolate cake.
The luncheon is in honor of 50-year ACS members Peter Ford and Donald Graves, and 60-year ACS member Eugene Burns.
The Featured Speaker will be the 50 year honoree Peter C. Ford
Professor, Department of Chemistry and Biochemistry, UCSB.
Speaking on: New adventures in biomass conversion to chemicals and fuels.
Efficient methodologies for converting renewable biomass solids to liquid fuels have the potential to reduce dependence on imported petroleum while easing the atmospheric carbon dioxide burden. This presentation will discuss the challenges faced when switching chemical and fuel feedstocks from fossil fuels to biomass and other renewables. These will be illustrated in terms of a new catalytic process being developed at UCSB that quantitatively converts wood and cellulosic solids to liquid and gaseous products in a single stage reactor. Lastly, I will describe the very new NSF Center for the Sustainable Use of Renewable Feedstocks (CenSURF) that has just been approved and that will be headquartered at UCSB.
Professor Ford joined the University of California, Santa Barbara chemistry faculty in 1967 after earning his Ph.D. with Ken Wiberg at Yale and serving as a postdoctoral fellow with Henry Taube at Stanford. He has also been a Visiting Fellow at the Australian National U., Guest Professor at the U. Copenhagen, an Alexander von Humboldt US Senior Scientist at U. Regensburg and U. Muenster, and Guest Investigator at the US National Cancer Institute. He is a Fellow of the AAAS. Honors include the 2008 Award in Photochemistry of the Inter-American Photochemical Society and the 2013 ACS Award for Distinguished Service to the Advancement of Inorganic Chemistry. At UCSB, Professor Ford has served as Research Advisor for 61 Ph.D. graduates and numerous B.S., M.S. and postdoctoral students. His current research is focused on applications of photochemistry for NO and CO delivery to physiological targets, fundamental mechanisms of small molecule bioregulators, and catalytic conversions of biomass to chemicals and fuels. He is the Director of the new NSF Center for the Sustainable Use of Renewable Feedstocks (CenSURF) that is headquartered at UCSB.
Registration for this event is now closed. Please use the contact link above to inquire about this event, or call (805) 364-2860.
From fossils to “fill ‘er up”, the California Oil Museum tells the story of the black bonanza that created wealth, work, and prosperity for generations of Californians. Operated by the City of Santa Paula Community Services Department, the Museum highlights the inner workings of the state’s black gold industry through interactive displays, videos, working models, games, photographs, restored gas station memorabilia, and an authentic turn-of-the-century cable-tool drilling rig. Visitors can exercise their wits and luck as California wildcatters, see how the Indians used natural oil seeps, watch a miniature drilling rig bore into the earth, and explore the memorable brands of gas bought by early California car drivers. The Lundgren and Bennett Collections of gas station memorabilia are one of the largest displays of vintage gas pumps in California. In addition to the permanent petroleum exhibits, the Museum presents new exhibits of science, transportation, history, and art throughout the year.
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Author of Career Opportunities in Clinical Drug Research
Finding New Drugs: The Path from Test Tube to the Pharmacy
Current industry statistics estimate that it takes fifteen years and nearly $1 billion to bring a new drug to market, but most consumers are unaware—and even skeptical—of the extensive efforts involved in finding and successfully developing these products. This presentation looks inside the black box, sharing an insider’s view of pharmaceutical research and development and answering several commonly asked questions: Where does a chemist get ideas for synthesizing an innovative drug? Why are animals still used in drug research? Why can’t scientists and clinicians work faster? And why can’t they do their job better and cheaper? In the course of describing the drug development activities, this presentation will highlight the range of chemistry sub-specialties employed in moving a drug from the lab bench to the pharmacy shelf.