Small Projects (>$10K)

These projects received less than $10,000 from TGIF.

Bike to Work Day Regional Sponsorship - 2010

Project Description

Fund regional sponsorship for Bike to Work Day 2010.

Project Links

Project Application

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BioCleanse Waste Cooking Oil Purification and Pretreatment System

Project Description

The Biofuels Technology Club (BTC) is part of the College of Chemistry, and has a mission to help UC Berkeley achieve a zero-waste campus. By producing biodiesel from waste cooking oil generated by the campus dining halls, the club has a goal of eventually powering campus fleet vehicles with low-carbon, renewable fuel. While BTC is pursuing a high output production facility, initial treatment steps are required to purify the oil coming from the dining hall fryers so that the impurities do not interfere with the chemical conversion processes at our production...

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Healing Through Gardening

Project Description

Located at Lothlorien, one of the 17 Berkeley Student Cooperative houses, this project aims to foster healing connections between students and the land through a series of educational workshops and a habitat restoration project. This will be a collaborative project, involving the stakeholders (housemates) through every step of the process, emphasizing participatory design and knowledge sharing. The series of educational workshops will involve hands-on restoration, plant identification, medicinal plant uses, and creative archiving. Lothlorien houses 55 berkeley...

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Oak Woodland Restoration Project

Project Description

The Oak Woodland Restoration Project at UC Berkeley’s Hastings Natural History Reservation aims to restore rare, threatened blue oak (Quercus douglasii) woodland habitat impacted by the October 2024 ...

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Incorporation of Waste Streams into Algal Bioethanol for Sustainable Energy on Campus

Project Description

For the past decade, the Biofuels Technology Club has been collecting waste cooking oil from campus dining halls to convert it into biodiesel. This process has significant pitfalls such as waste glycerol production and variable diesel quality. This project aims to solve these issues by using algal biomass as a secondary source for both biodiesel and bioethanol. The waste glycerol serves as nutrient-rich feedstock for the algae boosting intracellular lipid content that can be converted into diesel. The leftover algal biomass after lipid extraction can be further...