Jun 17, 2016  Bridgewater, NJ

Henkel employee ambassadors spread the message of sustainability

Henkel employees teach Sustainability lesson to local eighth graders

On June 6, employees from Henkel Corporation spent the day at Hillsborough Middle School to teach over 500 eighth graders about sustainability.

During their 40-minute science classes, the students learned how the rising global population, coupled with longer life expectancy and increased consumption of natural resources, impact sustainability. Demonstrations and hands-on experiments highlighted how adhesives formulated by Henkel scientists can provide positive sustainability benefits in applications such as solar window films, double-walled cups and food packaging.

“Having Henkel’s employees present to our students was a great opportunity for the children to learn about ‘real world’ examples,” said Lisa Harwell, an eighth grade science teacher at the school. “The students listen to teachers all year long, but when they hear the messages from business people, it really helps them to make a connection. Not only was it great for them to hear from scientists but, also, hearing from employees in other roles, such as the Law Group, Safety and Corporate Communications, helps them understand how important science is in a variety of different roles.”

Henkel is committed to leadership in sustainability and has set a company goal to create more value with a reduced environment footprint. Employees play a key role in inspiring others to make their own contributions to sustainability. As part of the company’s global outreach effort to teach students how to use resources responsibly, more than 6,200 Henkel employees have taught sustainability lessons to over 63,000 students in 43 countries.

Henkel Development Scientist Alice Cheung demonstrates how an adhesive formulated by Henkel provides insulating and recyclability properties in a double-wall cup.

Henkel Product Development Scientist Yayun Liu sets up an experiment to demonstrate the ultraviolet and heat-blocking properties of solar films.