This presentation will provide an introduction to greenhouse gas assessments of different low carbon transportation fuels. This includes a primer on life cycle emissions modeling of fuel/vehicle combinations including vehicles powered by biofuels of different blend levels, electricity, and gasoline. Finally, the presentation will address life cycle emissions considerations for sustainable aviation fuels.

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STEM

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Pollinators

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Decarbonizing with CHP: From Natural Gas to zero carbon fuels

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Wastewater treatment is one of the major carriers of the water-energy-food nexus. Many Water Resource Recovery Facilities are setting ambitious sustainability goals related to energy efficiency, energy and carbon neutrality, greenhouse gas reductions, and net zero emissions. To achieve these goals, Water Resource Recovery Facilities will need to explore opportunities outside their fence lines. This presentation will cover the basics of the strategies that Water Resource Recovery Facilities can implement across the Water-Energy-Food nexus to support greenhouse gas reductions goals.

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Opportunity to learn from our years of experience collaborating with public housing institutions helping them improve their units. Implementing our recommendations has increased residents’ comfort level while making the units more energy efficient, achieving carbon reduction.

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The U.S. industrial sector is one of the largest energy consuming sectors in the U.S. while also being a significant contributor to energy-related emissions. According to the U.S. Energy Information Administration, in 2020, the industrial sector accounted for 33% of the U.S.’ primary energy use and 30% of the energy-related CO2 emissions. The industrial sector is viewed as a “difficult-to-decarbonize” sector posing many challenges to decarbonizing. Attend this webinar and learn from UIC-ERC research engineers about the challenges impacting the industrial sector, the potential strategies to overcome these barriers, the funding opportunities to implement clean energy projects, and the technical assistance offerings for the industrial sector through U.S. Department of Energy programs managed by the University of Illinois Chicago.

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The University of Illinois Chicago is working with Argonne National Laboratory, National Renewable Energy Laboratory, the University of Ilinois Urbana Champaign, and Stantec on the Department of Energy funded project: Pollinator Habitat Aligned with Solar Energy. The project team is researching the impacts of colocating pollinator vegetation at solar facilities as it relates to the performance of the solar panels, the operations impacts for managing the vegetation, and the ecosystem services the pollinator vegetation can offer. In this presentation the team will provide updates on research activities, tools being developed, and share findings from the preliminary analysis that has been conducted.

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Energy and transportation lands continue to provide unique opportunities for wildlife habitat, especially for pollinators. The ERC supports pollinator habitat through a variety of programs including voluntary conservation agreements, a suite of monitoring and tracking tools, technical task forces and webinars, and research projects. This webinar will highlight a few of the recent developments and accomplishments across the Rights-of-Way as Habitat Working Group.

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A guide describing the benefits of energy efficiency for K-12 schools in the mid-west. This webinar will cover the steps for implementation and expected investment and funding opportunities for energy efficiency improvement measures and strategies.

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The Energy Resources Center hosts the STEM Scholars after school program and internship for high school students interested in science, technology, engineering, and math (STEM), as well as energy efficiency, and environmental justice. Learn how students collaborate with staff on projects focused on sustainable landscapes, energy efficiency, and environmental justice at the ERC.

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The benefits of providing energy efficient measures that have high installation rate and easy to install to underserved communities via kits. The importance of offering quality products to reduce maintenance and deliver them to participants in a cost-effective manner in order to reach wider audiences. Aid participants with the tools and literacy to maximize both the energy conservation and utility savings.

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Decarbonizing our energy sector is one of the most pressing issues of the day. However, this task is not as simple as expanding PV cells or wind turbines. In addition to no/low carbon resources, the grid also needs reliable, resilient, and available resources to provide firm power. Further, the current debate surrounding energy decarbonization often overlooks the very real issues on thermal energy production. This lecture will discuss how Combined Heat and Power technologies can help enable a greater renewable generation deployment while providing no/low carbon electric and thermal energy.

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The Energy Resources Center has two programs which offer no cost energy assessments for industrial clients in the Chicagoland area and the State of Illinois: The Industrial Assessment Center sponsored by the US Department of Energy and the Source Reduction Assistance Program sponsored by the Environmental Protection Agency. These programs work hand in hand to identify savings opportunities for electricity, natural gas, water, and sewer costs while also providing information on any available incentives from local utilities to help reduce costs. The assessments are performed by teams of UIC engineering interns who get the opportunity to learn the trade and get real field experience before graduating.

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The Energy Resources Center has two programs which offer no cost energy assessments for industrial clients in the Chicagoland area and the State of Illinois: The Industrial Assessment Center sponsored by the US Department of Energy and the Source Reduction Assistance Program sponsored by the Environmental Protection Agency. These programs work hand in hand to identify savings opportunities for electricity, natural gas, water, and sewer costs while also providing information on any available incentives from local utilities to help reduce costs. The assessments are performed by teams of UIC engineering interns who get the opportunity to learn the trade and get real field experience before graduating.

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In an effort to not only reduce operational expenses but to also be better environmental stewards to their communities, several Water Resource Recovery Facilities are pursuing the goal of being energy neutral. Internal resource recovery, external resource addition, and increased energy efficiency are the strategies chosen by the Facilities to meet their goal. This presentation will outline some case studies of successful projects and will discuss incentives and programs available to help Water Resource Recovery Facilities to become energy neutral.

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The Technical Advisory Committee is a subgroup of the Illinois Stakeholder Advisory Group tasked with development of the Illinois TRM. This technical lecture will discuss the process and importance of development of the Illinois deemed savings database and relate the ERC’s experience in developing and editing geothermal heatpumps, air source heatpumps, and combined heat and power workpapers to be published in the TRM.

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Combined Heat and Power is the most efficient method of creating useful energy from combustion. Unlike other generation technologies, there is not one singular CHP technology. Instead, the term Combined Heat and Power is more of a description of the product and not the method or technology by which the product is generated. Technologies such
as combustion turbines, reciprocating engines, microturbines, steam turbines, fuel cells, absorption chillers and heat recovery steam generators can all be used in a CHP configuration. Due to the application’s specificity the US Dept. of Energy created regional centers (Technical Assistance Partnerships) which provide technical and educational assistance to promote this efficient technology. This presentation will introduce CHP while providing an overview of the CHP TAPs.

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Students from marginalized communities have been historically underrepresented in science, technology, engineering, and math (STEM). STEM Scholars is an after school program designed to engage high school students with hands-on learning in STEM to encourage higher education enrollment and increased pursuit of STEM careers. Following the after school program, students are offered a summer internship where they will receive mentorship and have practical working experience in engineering, environmental justice, and energy efficiency.

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Insect populations around the world have experienced dramatic declines in the last several decades, including many species of pollinating insects that are critical to our food systems and economy. For the past 6 years, the ERC has spearheaded a variety of initiatives to promote pollinator habitat conservation on working landscapes, such as utility corridors, roadsides, and other under-utilized lands.

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The electrification of the automobile sector has been widely seen as the solution to transportation emissions. Researchers realize that technical problems remain including the possibility that this technology leads to a significant expansion of coal-fired electricity resources in global markets. On the other hand, liquid transportation fuels are improving from the higher adoption of biofuels which allows substitution of cleaner octane for aromatics. This presentation will focus on the need to move towards high-octane fuels that provide efficiency improvements and health benefits and ultimately a practical complement to sensible electrification efforts.

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Karen O’Brien
Sustainability Engineering Manager
Gevo Inc.

Guest Speaker Bio:

Karen has served as a process engineer with Gevo since 2016 and as the sustainability engineering manager since 2019. She has validated, built, and verified Life Cycle Models for global carbon markets and led the certification of production facilities and feedstock for both ISCC and RSB. She enabled the creation of a blockchain solution for Gevo’s sustainability supply chain that led to the formation of Verity Tracking, a joint venture with Blocksize Capital, the first of its kind to trace sustainability claims from the field to flight. Ms. O’Brien currently represents Gevo under the Advanced Biofuels Association in the Fuels Task Group working group under ICAO CORSIA. She holds a bachelor’s degree in Chemical and Biochemical Engineering with a Minor in Biomedical Engineering from Colorado School of Mines and is currently completing an MBA from the University of Colorado’s Leeds School of Business.

• Karen O'Brien on LinkedIn
• Gevo, Inc.