We are collaborating with Rice University in Houston to develop lithium-ion battery recycling processes that will reduce the need for mining and manufacturing new raw materials and alleviate related economic, environmental, and ethical concerns.

We are collaborating with Texas-based Southwest Research Institute to examine the gases and particulates Li-ion batteries emit when they fail to develop mitigation methodologies, protect first responders, and inform regulatory strategies.

The Electrochemical Safety Research Institute launched a collaborative research effort with University of Houston Assistant Professor Xiaonan Shan to develop new materials and methods for producing hydrogen.

The Electrochemical Safety Research Institute leader will chair a subcommittee on standards for batteries containing alkaline and other non-acid electrolytes.

In 1894 the Industrial Revolution had produced technologies transforming daily life but also posing serious risks to life and property when left untested. Sound familiar?

To help the public make informed environmental health decisions, CIRI recently introduced a data visualization tool that analyzes and visualizes chemical and particle pollution from 3D printers that effect the air we breathe.

Amy Gilbert shares how she helps students learn about fire safety and fire investigations the National Science Teaching Association's peer-reviewed practitioner journal.