NEWS: ZS2 Technologies expands R&D team with new research associate
Growing team to speed development sustainable made-in-Canada building materials
January 25 - Calgary, AB - ZS2 Technologies is announcing the expansion of its research and development team with a new research associate.
Dr. Pier-Luc Champagne is an award-winning material chemist who has been recognized internationally for his innovations and mentorship. He currently holds a highly competitive Japan Society for the Promotion of Science Postdoctoral Fellowship at the University of Tokyo in the research team of Takuzo Aida, a world renowned material chemist.
“We are rapidly breaking new ground in the material science surrounding how we use cement in the building industry, and we’re excited about bringing Pier-Luc’s vast experience and commitment to research surrounding sustainable building materials to our team,” says Dr. Doug Brown, ZS2 Technologies’ Chief Technology Officer. “With the expansion of our R&D team, we will be able to increase our development of made-in-Canada building solutions derived from our proprietary magnesium oxy-sulfate cement formulations.”
Grown up in rural Quebec, Champagne quickly developed an interest in contributing to the achievement of a more sustainable society. After obtaining his B.Sc. in Chemistry from Bishop’s University, he gained valuable industrial management experience in the beauty, steel and chemical recycling industries. He subsequently obtained his Ph.D. in Materials Chemistry from the University of Calgary where he developed biodegradable energy storage alternatives. He currently works on engineering novel water purification membranes and self-healing polymers.
About ZS2 Technologies
ZS2 Technologies is innovating today, for a better planet tomorrow. Their mission is to research and accelerate the development and adoption of construction technologies which are stronger, safer and healthier for people and our planet. They’re developing advanced building technologies including proprietary fire-rated, non-toxic, low-carbon building materials, and prefabricated panels which provide cost certainty, accelerated construction timelines, and lower building operating costs.