Facebook Twitter Linkedin

  • Home
  • News Center
    • Latest News
    • Events
  • Publications
  • Education
    • Education Home
    • Calculation Examples
    • Online Historical Database of Civil Infrastructure
  • Networking
  • Jobs
  • Software
  • Maps
  • Advertising Services
  • Home
  • News Center
  • Latest News
  • News on Research / Academia
  • Bricks turned into energy storing devices

Bricks turned into energy storing devices

Written by  TheCivilEngineer.org
Published in News on Research / Academia
Bricks turned into supercapacitors capable of storing  electricity Bricks turned into supercapacitors capable of storing electricity Julio M. D'Arcy
02
September

Red bricks are one of the strongest building materials that have been widely used in construction for more than 6,000 years. The term brick initially referred to the block that consisted of dry clay.

Currently, bricks are mainly utilized in walls and are usually joined together using mortar. Fired bricks are highly resistant to weather conditions. Moreover, they tend to absorb heat transferred during the day and release it during the night, a fact that is beneficial for preserving temperature conditions in a building.

Nevertheless, according to a new study, published in Nature Communications, red bricks can also be used to store energy and act like batteries. 

In particular, chemist researchers from Washington University in St. Louis, have created a technique that makes bricks capable of storing power and using it to power devices. The bricks can be connected to solar panels and store renewable energy.

Bricks have a porous structure that enables the storing process. Those pores are filled with an acid vapor which acts as a dissolved for the iron oxide (or rust) from which bricks are composed. A gas is transferred through the cavities of bricks which are filled with a sulfur-based material that reacts with iron. As a result, a conductive plastic, polymer PEDOT, surrounds the bricks' porous. “In this work, we have developed a coating of the conducting polymer PEDOT, which is comprised of nanofibers that penetrate the inner porous network of a brick; a polymer coating remains trapped in a brick and serves as an ion sponge that stores and conducts electricity,” Julio M. D'Arcy, co-author of the study and an ​Assistant Professor of Chemistry at the Washington University in St. Louis, stated.

According to the scientific team, the proposed method could generate substantial amounts of renewable energy. Researchers estimated that 50 capacitor bricks would take 13 minutes to charge and could provide enough energy to power the emergency lighting of a building for at least 50 minutes.

Among other advantages, D’Arcy mentioned that the brick capacitors can be recharged multiple times within short time periods without any deficiencies.

Researchers emphasize the fact that iron oxide, a waste material has been turned into a useful product that can be utilized in the process of generating renewable energy. "Inert materials hold the potential to be transformative in chemical manufacturing," the team suggested.

The team's future goals are to increase the capacity of the energy storage by, at least, 10 times and decrease the cost and time of producing the polymer-coated bricks.

Sources: Wustl.edu, TheConversation

 

More in this category: « The impact of bicycles on the velocity of motor vehicles Study quantifies human infrastructure on oceans for the first time »
Read 7487 times Last modified on Wednesday, 02 September 2020 14:04
  • Social sharing:
  • Add to Facebook
  • Add to Delicious
  • Digg this
  • Add to StumbleUpon
  • Add to Technorati
  • Add to Reddit
  • Add to MySpace
  • Like this? Tweet it to your followers!
Tagged under
  • bricks
  • building material
  • construction industry
  • Walls
  • Mortar
  • energy storage
  • renewable energy
  • capacitors
  • PEDOT
  • Chemistry
  • Iron oxide
  • nanofibers
  • Solar cells
  • Porous
  • electricity

Latest from TheCivilEngineer.org

  • Major flood defense project in UK completed
  • Partial building collapse in North Vancouver, Canada
  • Removing left turns to increase safety and reduce congestion on roads
  • Using biometric data to make urban infrastructure safer
  • Iceberg wall collapsed in Titanic Museum

Related items

  • Control building energy demand to preserve the electrical power resources
  • UK plans to use old coal mines to heat houses
  • Financial feasibility of wooden structures in Finland
  • New AI technique to predict the stress-strain response of materials
  • The "living building" in Georgia Tech University
back to top
Place your ad here - Reach throusands of Proffesionals!

Search News

Filter By Category

More News On

China Climate Change Earthquake Environmental Engineer Infrastructure Landslide Newsletter Structural engineer UK USA

Facebook Twitter Youtube Linkedin

Our Resources

Contribute

Services

Advertising Kit 2022

Contact Us

Copyright © 2002-2022 Elxis s.a.
Powered by ARGO-E LLC. All rights reserved.
Disclaimer - Copyrights & Permissions - Cookies

TheCivilEngineer.org uses third party cookies to improve our website and your experience when using it.

To find out more about the cookies we use and how to delete them visit our Cookies page. Learn more

I understand
Latest News