January 13, 2014 to April 30, 2014
Thursday & Fridays 9:00AM – 12:00PM (no classes during the regular breaks/holidays, plus 2 weeks self-study for the course project; final exam in May)
Location: UVM campus & throughout Vermont for field trips/hands on experience
Details/Course Website: 4 Credit through ENSC, NR & TRC (3 & 2 credits only through ENSC) http://go.uvm.edu/7y1rr
CERTIFICATE OF ACHIEVEMENT: awarded for successfully completing the 4 credits.
DETAILS: Experts in following areas will provide hands-on instruction in a wide range of topics including:
- LIQUID BIOFUELS (seed-based biodiesel; bioethanol; conversion of waste oil to biodiesel; and advanced biofuels including algae-biofuel & microbial biofuel)
- SOLID BIOFUELS (wood & grass energy, pelletization)
- BIOGAS & BIO-ELECTRICITY (the farm-based energy)
- BIOHEAT, BIOMASS CONVERSION TECHNOLOGIES FOR BIOFUEL, BIOFUELS/ENERGY RELATED ENVIRONMENTAL, ECONOMICS, & SOCIAL ISSUES
- OTHER wide-range of Biofuels related science & technology topics, background & literature
Topics & Experts: http://go.uvm.edu/eg1bx.
This course is designed to provide hands-on experience in all possible Bio-Renewable Energy areas to prepare participants from diverse backgrounds for jobs in the BioEnergy / Biofuels industry, or higher education in the field, or related entrepreneurial endeavors in bioenergy / biofuels areas.
CONTACTS: For syllabus related questions contact the Lead Instructor, Anju Dahiya, at email@example.com To register, email http://learn.uvm.edu/contact/ ) or call 800-639-3210. To make a phone or in-person appointment with a Continuing Education Advisor to discuss your options, call 802-656-2085.
INSTRUCTORS: UVM FACULTY MEMBERS and EXPERTS from VT-based Biomass/biofuels businesses (see a list on the course website).
All welcome: Degree and non-degree seeking students, budding entrepreneurs, teachers (interested in developing curriculum or projects at school or college levels), farmers, and others.
MEANS OF INSTRUCTION
- ON CAMPUS CLASSES: BY UVM FACULTY MEMBERS and EXPERTS from VT-based biofuels businesses
- HANDS-ON FIELD WORK & SERVICE LEARNING PROJECTS involving tours to Farms/Biofuel facilities & related projects. Check out past SL projects at: http://go.uvm.edu/xa20i
- TALKS by guest-speakers/experts from businesses
- BIOFUELS EQUIPMENT DEMONSTRATIONS by professionals
- ONLINE CLASSES: supplementary classes/information including video clips and discussions
Three course listings to register from:
MEET FORMER STUDENTS: http://go.uvm.edu/2xgs8
11 Nov 2013
Alerts Keep all times are cleaned at by the electrode of the ph meter if you are not utilizing it to ensure its reliability. Can you tell buy essay online australia us about Straightening Hair? Be sloppy touse although a ph test set does not need preservation or calibration, but usually takes moment. Do state: Include fats with some vitamins and minerals towards the ingredients you presently consume. Guidelines Provide Particulars. Tell us all you learn below.
Learn how to overcome your duties of composition writing with one of these recommendations: 1st.
You can find 3 standard solutions: ph 4, ph 7, and pH 10. Select a meter where the electrode is not permanently linked, if you’re going to utilize the ph meter in quite a few places. It’s not reliable if it gives commonly different benefits one minute apart. Yes No Careers inside the Military to join the Armed forces For aiding, cheers! The pH (quick for “strength of hydrogen”) degree is established by multiplying the exponent for that awareness of hydrogen ions in option (0.1 corresponding to 10 towards the energy of -1, 0.01 equal to 10 for the energy of -2) by -1. You may get by with Hydrion paper or possibly litmus for assessment ph in a class science lab or home school location. If you should be ph-screening foods with no oil or little, or foods where oil separated out or can be added later, you will get by with normal glass- tipped electrodes.
19 Sep 2013
Energy Output: Power (for farm machinery)
Services: Oilseed and Grain Grower, Oil milling, Fuel Processing, Feed Supply
Owner: John Williamson
Location: Shaftsbury, Vermont; Bennington County
On the forefront of oilseed crop growing in a northeastern climate, State Line Biofuels is Vermont’s first on-farm facility making biodiesel made from oilseed crops grown on-site and from neighboring farms.
The Williamson family has owned State Line Farm in southwest Vermont alongside the border of New York since 1936. For many years, State Line was run as a traditional dairy farm, but falling milk prices caused them to sell the herd and look towards diversifying the farm’s operations.
John and his family currently produce maple syrup, honey, sorghum syrup and hay for sale in local markets. Since 2004, State Line Farm has also experimented with sunflower, canola, mustard, and flax varieties in an effort to fuel their farm with biodiesel.
19 Sep 2013
Co-products: High-protein sunflower meal as feed ingredient
Energy Output: Power (for farm machinery) and heat (for farmhouse)
Services: Oilseed Grower, Oil milling, Feed Supply
Owner: Larry Scott and Peggy Hewes
Location: Newbury, Vermont
Larry Scott and Peggy Hewes operate Ekolott Farm—a diversified farm raising emus, Herefords, and hogs, and growing feed and energy crops such as shell corn, sunflowers, and soybeans on 200 acres of Connecticut River valley land. Ekolott produces biodiesel to fuel a portion of their tractor work, all of their own heat and an increasing amount of the feed ingredients for their animals, including grains and sunflower seed meal.
Ekolott is a three-generation dairy farm that moved to Vermont from Massachusetts in 1980. The farm consistently achieved Vermont milk quality awards with their 220 registered Holsteins, until the cows were sold in 2004.
Diversification of the farm had already begun in 1994 when the Scott family began raising emus (they are currently the largest and one of the oldest emu farms in Vermont, under the name Riverside Emus). With barns and pasture freed up after the dairy herd was sold, the Scott-Hewes took on raising Herefords and hogs and have been developing a local customer base for their beef, pork, and emu through on-farm and farmers’ market sales.
19 Sep 2013
Feedstock: Sunflowers, canola, switchgrass
Fuel: Biodiesel and grass pellets
Energy Output: Power (for farm machinery) and heat
Services: Oilseed and Grain Grower, Oil milling, Biomass Pelletizing, Fuel Processing, Feed Supply
Owner: Roger and Claire Rainville
Location: Alburgh, Vermont; Grand Isle County
Having sold his dairy herd several years ago and thinking he was heading into semi-retirement, Roger Rainville began experimenting with farm-scale biodiesel production on his family farm in northern Vermont, which literally hugs the Canadian border.
The University of Vermont (UVM) now leases a number of acres from the Rainvilles as Borderview Farm has become one of the best-known applied research facilities in Vermont. Roger, along with Dr. Heather Darby, a UVM Extension agronomist, and her team have helped transform the former dairy farm, conducting leading research in the Northeast on oilseed crops, perennial grasses, hops, small grains and other crops suitable for small-scale and value-added farming.
17 Sep 2013
Co-products: High-protein sunflower meal as feed ingredient
Energy Output: Power (for farm machinery)
Services: Oilseed Grower, Oil milling, Fuel Processing, Feed Supply
Owner: Nick and Taylor Meyer
Location: Hardwick, Vermont
The Meyer family has owned and operated their dairy on a 327-acre farm in Hardwick, Vermont since 1978. In 2003, when the younger Meyer boys took over the farm where they grew up, they transitioned to organic production. Today, Nick and Taylor produce some of the highest quality milk in the state of Vermont, winning numerous awards and gaining notoriety for their sustainable and innovative approach.
That approach has included efforts to reduce overhead costs by making the farm as self-sufficient as possible. A Bergy Wind Turbine was erected in 2007 to provide some of the farm’s electricity and Andrew began making biodiesel from waste vegetable oil in 2008. All the tractors on the farm run on B50 (50% biodiesel & 50% petrodiesel) for the summer and the furnace runs on B15 for the winter months.
“I want to produce everything the farm needs, without buying out (off the farm)” Nick Meyer explains. North Hardwick Dairy (NHD) uses 4,000 gallons of diesel each year (2,000 gallons of diesel for off- road equipment and 2,000 gallons in their furnace).
27 Aug 2013
The University of Vermont Extension Northwest Crops and Soils team held their annual Field Day on Thursday, August 1, 2013 from 10:00am to 3:30pm at Borderview Research Farm in Alburgh, Vermont.
Dr. Heather Darby led more than 200 attendees on a tour of research stations at the farm. The theme of this year’s field day was “Strategic Farming – Gearing Up for Weather Extremes.” Tour stops included brief overviews from researchers and technicians focused on cover crops, irrigation systems, sunflowers for cooking oil and biodiesel, wheat varieties, aerial seeding, hops variety trials and demonstration of a mechanized hops harvester, and demonstration of an oilseed press.
Vermont Bioenergy Initiative was in attendance with the Bioenergy Now! videos along with copies of the report, Vermont On-Farm Oilseed Enterprises: Production Capacity and Breakeven Economics written by Netaka White, formerly of VSJF and now of Full Sun Company, and Chris Callahan with UVM Extension.
More than 20 attendees, many of them farmers, attended the demonstration of the two oilseed presses at Borderview Farm by Hannah Hardwood of UVM Extension and Roger Rainville, owner along with his wife, Claire, of Borderview Farm.
10 Jul 2013
As an alternative to biodiesel, Green Mountain Spark (GMS) with the support of the University of Vermont (UVM) Chemistry Department is optimizing a chemical conversion process for the decarboxylation of vegetable oils to generate a new green diesel fuel. The chemical structure of the hydrocarbon fuel products formed from the decarboxylation process is very similar to compounds present in conventional petrodiesel, allowing easy adoption of this fuel (green diesel) into existing infrastructure. Compared to biodiesel, this fuel will have improved fuel storage and transportation properties as well as superior cold weather characteristics.
A small revolution is happening in Grand Isle County, a declaration of fuel independence: In 2012, ten farmers and landowners tried their hand at growing sunflowers to have the oil made into biodiesel to fuel farm equipment or heat their homes.
Many farmers want to diversify their operation, control and lower fuel costs, and become more self-sufficient. Additionally, locally-grown renewable energy will support the agriculture economy. In Grand Isle County, growing their own biodiesel can save farmers more than $2.00 per gallon, according to a new study released by the Vermont Sustainable Jobs Fund (See the report, Vermont On-Farm Oilseed Enterprises: Production Capacity and Breakeven Economics). Emerging feedstocks and new technology takes know-how, and the Vermont Bioenergy Initiative (VBI) at Vermont Sustainable Jobs Fund is taking steps to overcome barriers to energy self-sufficiency on the farm.
With funding from the U.S. Department of Energy, Borderview Farm staff and UVM Extension researchers guided the planting, tending, and harvesting of more than 60 acres of sunflowers in the 2012 growing season for the Grand Isle Farm Fresh Fuels Project. Each farmer planted two to ten acres of sunflowers, growing more than 30 tons of sunflower seeds. The seeds will be pressed into 3,000 gallons of renewable, low-emission biodiesel and 26 tons of oilseed meal to feed livestock or use as pellet fuel.
For the UVM researchers, coordinating the project, overcoming some of the logistical challenges, and shepherding a successful crop of sunflowers into the storage bin at Roger Rainville’s farm was all part of the job. The lessons learned this year in Grand Isle County also contribute to a growing body of knowledge that is helping farmers in other regions put more acres under oilseed production and save money on their fuel bills.
08 Jul 2013
The Vermont Bioenergy Initiative (VBI) is working to replace a portion of the fossil fuel energy consumed in-state with homegrown alternatives from oilseed crops, perennial grasses and algae. Our grant making and technical assistance are aimed at addressing the most critical issues of our time — peak oil, energy price volatility, and climate change – using an innovative ‘local production for local use’ market development model.
The Vermont Bioenergy Initiative supports the expansion of the supply of and demand for locally produced and commodity-level biofuels in Vermont in order to reduce the state’s dependency on petroleum. By providing grant funding and technical assistance to new businesses, VBI promotes entrepreneurial activity in the emerging biofuels sector that will eventually create livable wage jobs. Further, stimulating farm-based biofuels and bioenergy production enhances farm viability and thereby local food security. In addition to grant-making and technical assistance, VBI helps to educate the public about the benefits of sustainably- and locally-produced bioenergy feedstocks and fuels.