The Student News Site of Colorado State University

The Rocky Mountain Collegian

The Student News Site of Colorado State University

The Rocky Mountain Collegian

The Student News Site of Colorado State University

The Rocky Mountain Collegian

Print Edition
Letter to the editor submissions
Have a strong opinion about something happening on campus or in Fort Collins? Want to respond to an article written on The Collegian? Write a Letter to the Editor by following the guidelines here.
Follow Us on Twitter
From the Rockies to the Races: Why College Students Are Joining the Celebrity-Packed  Kentucky Derby
From the Rockies to the Races: Why College Students Are Joining the Celebrity-Packed Kentucky Derby
April 24, 2024

The Kentucky Derby, often celebrated as “the most exciting two minutes in sports,” transcends mere horse racing to become a staple of American...

Chemistry professor researches batteries, runs own company

front facing profile of Dr Prieto
Amy Preito is an associate professor at CSU and the CEO and founder of Prieto Battery. Prieto got her Ph.D at University of California, Berkeley, and her research is oriented around renewable energy and the storage of it. (Photo courtesy of Amy Prieto)

For Colorado State University associate chemistry professor Amy Prieto, chemistry is more than just research – it’s taking ideas and bringing them to life. 

In addition to teaching, Prieto is the founder and CEO of Prieto Battery, a battery technology company.

Ad

Prieto’s research comes from two different angles: taking an idea that someone else has published and creating the device, or taking something that someone has created and published and improving on it. Sometimes, when research is published, not everything about what has been discovered is really understood.

“I love problems like (these),” Prieto said. “Sometimes, I look at literature papers and think, ‘If someone just made a really good sample, we could learn so much more from it.’”

The Prieto Lab at CSU studies renewable energy and energy storage through research and Prieto Battery, which is the key to dissolving the environmental disasters we see today. 

The Prieto Lab focuses on renewable energy and the storage of it. On the renewable energy side, members of the lab study semiconductors for solar cells in the form of nanoparticles. The reactants are injected into an organic surfactant, a substance that reduces surface tension that has been created through differences in polarity. The nanoparticles, being a thousand times smaller than the human hair, are then suspended in the solution and have the potential to be a semiconductor.

“(Dr. Prieto) is very enthusiastic and expressive,” said Rebecca Miller, a graduate student who works for Prieto. “Whenever someone comes to her with a question or idea, her face will light up, and she’ll either point you in a direction or find someone who can help you.”

Prieto is most famous for her invention of a 3-D battery architecture. According to Prieto, the main problems with lithium and sodium ion batteries is their structure, which either makes the battery have a short charge time and short lifetime, or a long lifetime and long charging time.

Prieto invented a battery architecture to make charging and battery lifetime more efficient by creating a porous structure through electroplating – the process of coating a metal, like lithium or sodium, in solution onto a surface through a reduction reaction – to maximize the surface area.

“I was thinking on how to make a really useful, cheap, and – ideally by some – environmentally friendly method,” Prieto said. “I gave my graduate students ridiculous lists (for this project), like what equipment they couldn’t use, and it came down to electroplating.”

Prieto’s work on 3-D batteries is on display in the Lemelson Center at the Smithsonian Institution, a section created by historians to document invention and innovation. Five inventors from Fort Collins were chosen to be in the exhibit in 2010, including Prieto.

Ad

With the study of gathering solar energy, the study of its storage comes into play. One way of storing energy is in hydrogen reactions, because the chemical bonds that occur between a metal and hydrogen have a high energy density. The Prieto Lab is studying an assortment of variables to understand the hydrogen reaction in this complex system. 

Working on these projects, Prieto and her graduate students find satisfaction in their research and the bigger picture it applies to, as well as finding satisfaction with working with their colleagues.

“When I came into grad school, they gave us some advice to be successful in graduate school,” said Jennifer Lee, a graduate student in Prieto’s lab. “Find an advisor that you like, find research that you enjoy doing, and find a group you can tolerate. If you have two of those, you’ll be successful. I needed to have all three, and (Dr. Prieto’s) group fit all three criteria. She’s the best boss I could have asked for.”

Collegian news reporter Julia Trowbridge can be reached at news@collegian.com or on Twitter @chapin_jules.

Leave a Comment
More to Discover

Comments (0)

When commenting on The Collegian’s website, please be respectful of others and their viewpoints. The Collegian reviews all comments and reserves the right to reject comments from the website. Comments including any of the following will not be accepted. 1. No language attacking a protected group, including slurs or other profane language directed at a person’s race, religion, gender, sexual orientation, social class, age, physical or mental disability, ethnicity or nationality. 2. No factually inaccurate information, including misleading statements or incorrect data. 3. No abusive language or harassment of Collegian writers, editors or other commenters. 4. No threatening language that includes but is not limited to language inciting violence against an individual or group of people. 5. No links.
All The Rocky Mountain Collegian Picks Reader Picks Sort: Newest

Your email address will not be published. Required fields are marked *