Bioenergy : Biomass to Biofuels, Waste to Energy, and Universal Recycling Service Learning Projects
Here is year-wise list of Service learning projects undertaken by the students in
collaboration with respective community partners engaged in respective
areas. Some of the published project reports are described
below. For more information about these projects, contact the
Anju D. Krivov. She
gratefully acknowledges support from the
organizations and individuals listed under topics page that
made this course possible including the UVM
CUPS office for supporting service learning component.
[Click on the year or scroll down]
1. Biogas yield modeling for anaerobic digestion of Vermont food waste2. Pilot study for assesment of energy usage in the removal & recycling of organic waste
3. Heat energy food waste or invasive species biomass - from local (VT) to international (Haiti)4. Tracing the carbon foot print of McNeil waste, benefits of collecting and burning it versus landfilling
1. Restoration agriculture and ecology in Vermont: looking at as a part of ecosystem development and restoration
2. Life Cycle GHG Emissions from Advanced Biofuel Production
3. Efficiency and Economic Feasibility Study of Grass Biomass
4. The Future of Grass Energy
5. Biogas: Garbage to Gas
6. Charcoal Dust + Rotten Banana = Fuel
7. Repurposing Heat Energy from Compost Biomass through a Whole Systems Thinking Approach
8. Farmers Financial Benefits Associated with Utilizing Cow Manure Through Anaerobic Digestion
10. Growing oil seeds in eco-machines
2014 Bioenergy Projects 1. Biomass Gasification as a strategy for Rural Electrification in Developing Nations: Lessons From the Field
2. Use of Magnetite for Enhanced Harvesting of Wastewater Biogas Feedstock
3. Potential for Anaerobic Digestion in Meeting Vermont's Energy Needs
4. Anaerobic Digestion
5. Fungal Breakdown of Lignocellulosic Biomass
2013 Bioenergy Projects
(8 projects undertaken by 13 students)
1. Thermal Heating Fuel Switch - a feasibility study for a farm
2. Modeling methanogenesis in anaerobic digesters
3. Volatility in Crude Oil and Corn Prices
4. Exploration of the Jean Pain Method for Greenhouse Heating
5. Green Diesel Synthesis via Heterogeneous AOP Catalysis
6. Analysis of Food Waste Feedstocks for Biodigestion at a VT-based business
Advanced biofuel extraction ‚€“ a
7. Advanced biofuel extraction ‚€“ a feasibility study.
8. Vermont smart greenhouse
2012 Bioenergy Projects
(12 projects undertaken by 23 students):
1. Cost Analysis of Oilseed Crop Production For Biodiesel in collaboration with a VT-based farm in Alburgh
Two 2012 Biomass to Biofuels students undertook this project and did an analysis to see if a dairy farmer could realize an economic benefit from dedicating 20% of their acreage to growing an oil seed for bio fuel conversion: the dairy had an adequate land base, using acres that would have rotated in to corn or hay and raised an oil seed crop for one year. The analysis compared sunflowers, canola, and soybeans. The value of the by-product meal was analyzed as well for its value as a substitute for purchased grain. The results of the analysis were favorable to biofuel production. The effort was picked up by the 2013 Biomass to Biofuels course student to take the study to the next level. More info published in RSENER eNewsletter (scroll down to the bottom and look under "COURSE NEWS").
2. Monitoring Biogas Productivity from Source Separated Organics: A Service-Learning Project with a VT-based business.
3. Biodiesel Project: An Educational Experience Converting Waste Cooking Oil to Biodiesel to convert school fleet of diesel powered tractors to biodiesel
4. Cedar Creek Farm: Creating Heat cost-efficiently for running greenhouses ‚€“ a great benefit to the farmer
5. Feasibility Study: First Adopters; Speculation on the reasons why a developer in the United States might choose to invest in a biomass technique unfamiliar stateside but in use elsewhere in the world
6. Mobile Ethanol Distillery Unit: a feasibility study
7. Biomass Energy Resource Center- Wood Energy
8. Feasibility of Biofuels at Rock Point, Burlington, VT
9. Collaboration with Vermont Sustainable Heating Initiative
10. Production of Bio-Diesel For A Business in collaboration with a small scale biodiesel producer in Vermont
11. Biomass Energy Resource Center- Heating
12. Feasibility of Biogas production integrated with a Wastewater Treatment Facility
2011 Bioenergy Projects
(7 projects undertaken by 14 students):
1. Pellet Production Project by Chittenden Biofuels Corp.
The Biomass to Biofuels 2011 course student moves the work he started earlier and developed a buisness plan to produce local wood pellets in Vermont with VSHI & Biomass Energy Resource Center (BERC). At the same time VSHI was working on a related feasibility study with the Chittenden County Regional Planning Commission and BERC. He did a survey of what Vermonters wanted as a biomass Utility. Most wanted it locally owned, locally run, and to work with the state on low income heating and environmental issues. More info published in RSENER eNewsletter (scroll down to the bottom and look under "COURSE NEWS").
Two biomass to biofuels students undertook a study to compost as an energy source for diversified farms. At that time they were engaged in a grant application to study compost as an energy source for diversified farms, and as a part of the course project build a framework from which to pursuing the grant application was made possible. The proposal was funded. Two years later, they are working at UVM's Miller Research farm on Spear Street, currently in the pilot study phase, sponsored by UVM's Clean Energy Fund, looking at the heat and gas return from aerated static pile compost in closed cell containers. Their ultimate goal is to provide carbon negative greenhouse heat from existing farm feedstocks, but we're at least a year of testing and energy modeling away from constructing a full model. More info published in RSENER eNewsletter (scroll down to the bottom). Also check out their project presentationFour Biomass to Biofuels 2011 course studentss studied Retrofitting Trinity Campus for Woody Biomass.. They investigated the requirements of Trinity campus for an energy efficient system, where at the time there were two 6.3 MMBtu natural gas boilers to provide heat and hot water to a fraction of the campus. Based on the university‚€™s natural gas bill figures, it was determined that during the winter months, which require the most heat input, only utilized 20-40% of the capacity of a single boiler. If the system in place were to be expanded to supply all other buildings on the campus, the heat input requirements would be roughly 3-4MMBtu. A single boiler would still be sufficient enough to provide heat and hot water and would only be utilizing 50-70% of the maximum capacity. The boilers are only utilized to provide heat and hot water, not electricity production which is an important factor to consider when choosing a system because biomass burning for electricity production is not very efficient (15-25% efficient). The students concluded their study with a recommendation to not install a biomass boiler/gasification system on Trinity campus. Based on the fact that ROI was far too great for this to be economically feasible besides many other problems associated with installing a biomass system in an urban area as described in the report.. One of the students joined a Washinton DC-based firm as energy analyst . Another student developed a proposal for Clean Energy Fund.. Check out their study.
4 The Role of Biomass in Vermont‚€™s Energy Future: A position proposal for The Vermont Sierra Club
6 Biogas project in partnership with a VT-based business.
2010 Bioenergy Term papers:
In 2010 version of Biomass to Biofuels course, the term papers were mandatory that evolved into service learning projects afterwards. After all field trips were over the students were required to write the term papers based on their class and field experiences
New projects will be posted here as we go.
Last modified June 23 2016 11:25 AM