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Distance Learning Class

Cogeneration and District Solutions


It has been estimated that about 20 percent of U.S. electricity could be made with heat that is currently wasted by industry. Gain an overview of micro-cogeneration and district energy solutions for commercial and district applications. Learn about cogeneration system selection and sizing, preliminary feasibility study approaches, heat to power ratios, computer programs, economic and environmental issues, emerging technologies and regulations. Explore the economics of micro-cogeneration life cycle assessment, breakeven analysis, incentive programs, heat and electricity supply scenarios, and interconnecting with your local utility. Examine environmental impacts such as co-products, impact assessments and pollutant emissions.

Instructor(s):

Doug Williams is a registered mechanical engineer who specializes in anaerobic “oxygen-free” digestion, biogas energy utilization, energy conservation and farm machinery systems. He is owner and principal engineer of Williams Engineering Associates. He has served as a project manager and design consultant for several covered-lagoon-type digester projects throughout California including three organic dairies in Sonoma and Marin counties and three large dairies (1500 to 850 cows) in the San Joaquin Valley, which produce up to two MW of renewable electrical power. Williams served as a professor of Bioresource and Agricultural Engineering for 23 years at Cal Poly, San Luis Obispo where he originated and taught Energy for a Sustainable Society, an upper division course about all types of renewable energy including biomass, wind and solar.

When:

Enroll by October 13th and complete by November 11th. Passwords issued October 13th.

Format:

You will receive your password via email on the start date. If you do not receive your password on the start date, please visit the Online Learning Campus Support Center at www.extensiondlc.net/helpdesk. Open a new ticket, and select "Password Issues" from the Help Topics. Log on during the designated live online class sessions as published in the course description.

Technical requirements:

A stable Internet connection, a current version of a web browser, an email account. Ability to modify Microsoft Word 2007/2008 documents (including forms) and view MP4 and other video file formats. You also need to be able to view PDFs and Flash-based presentations, and have speakers/headphones for audio presentations. If you plan to access an online course using an iPad/iPod/iPhone, a variety of Flash web browsers are available in the App Store that enable viewing of Flash content with them.

Fee:

$650.00.

Special Discounts:

10% discount for organizations enrolling three or more people at the same time in the same course. All registrations must be submitted at the same time and fees paid with one check, credit card or purchase order.
10% discount for AEE, BIA, AICP

Credit:

1 quarter unit academic credit, X421.11

Required textbooks:

Small-Scale Cogeneration Handbook, 4th Ed by Kolanowski ISBN 978143987624. Buy this book from the UC Davis Bookstore.

Section:

142REN302

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Enrollment policies:

You must attend all course meetings in order to recieve a passing grade. Requests to withdraw with a refund (less a $30 processing fee) must be received seven days prior to the start date.

 

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Earn a Certificate

This course is part of these certificate programs:

Green Building and Renewable Energy Professional Concentration