Research Symposium

BIO

Kate is a senior in the College of Arts and Sciences at Florida State University, majoring in Computer Science and Statistics, and is set to graduate in Spring 2026. She joined the National High Magnetic Field Laboratory (MagLab) as an MRI Energy Efficiency & Sustainability Intern, eager to gain hands-on experience in an interdisciplinary field she was passionate about exploring. Since joining in Fall 2025, Kate has worked on projects aimed at promoting a circular economy and monitoring power consumption at the MagLab. She is enthusiastic about developing a deeper understanding of how technology and data can drive sustainability efforts, while building a strong foundation in research and learning new skills along the way.

Promoting a Circular Economy Through Shared Use of Underutilized Scientific Equipment and Energy Data Collection

Abstract

The National High Magnetic Laboratory (NHMFL), known for its powerful magnets, houses thousands of equipment. With such a large facility, there is a high environmental footprint, and while the NHMFL maintains a strong commitment to sustainability, additional steps can be taken to promote this further. By introducing circular economy principles, the NHMFL has the opportunity to build on its existing efforts by extending the life cycle of equipment and making more efficient use of its resources. This project aims to (1) promote circular‑economy practices through a website tracking scientific instrument reuse at NHMFL. (2) Construct and wire 3D power logger boxes that will allow for data collection of the Bruker Console equipment.

Through aim 1, a mockup site is being created to facilitate equipment sharing across the NHMFL. We aim to minimize redundant acquisitions and promote a circular economy by gathering information on available equipment via survey. The developed website will serve as a point for the NHMFL WAG team to further implement.

Power loggers were installed on designated laboratory instruments as part of Aim 2. Power consumption was continuously recorded over a given period while the equipment operated under different conditions. The data will show variation and allow identification of patterns in energy usage.

Development of such portals in a separate environment can be transferred to any department that wishes to adopt this. Also, data from baseline, idle, and active periods will help accurately estimate operational cost savings.

Keywords: Sustainability, Circular Economy, Power Consumption