Read the full case study in the Climate Resilience Toolkit.
Joshua Smith serves as Restoration Program Manager for the non-profit Watershed Research and Training Center. The Center is based in the once-booming timber town of Hayfork, California, and Smith coordinates many wildland stewardship efforts across the Klamath region. One of the biggest challenges he faces in his work is preventing the spread of invasive plants. “It’s one of the top ways we can protect the health of our forests and rivers,” says Smith.
In light of climate change, Smith recognizes that controlling invasive species is more important than ever. As conditions shift and seed-carrying wildlife move along corridors that link key habitat areas, aggressive invasive plants may become established in new areas first—keeping native plants from gaining footholds in newly suitable locations. Smith promotes addressing the existing threat of invasive species as an immediate no-regrets action people can take to support the resiliency of wildland ecosystems.
Read the full story in the U.S. Climate Resilience Toolkit.
Read the full story in Food Manufacturing.
A Texas bakery was seeking a solution to its cleaning problem. It previously was utilizing the traditional cleaning method of pressure washing and manual hand-washing. But those methods proved laborious and time-consuming, and produced too many negative side effects, including secondary wastewater. The bakery decided to implement a dry ice cleaning system into its plant, and the new system dramatically reduced the amount of people and time required to clean the equipment by hand. The bakery was able to recoup 24-30 hours per person, which can now be allocated to other cleaning and maintenance projects.
June 6, 2017, 10am CDT
Register at https://www.chemicalfootprint.org/news/event/the-power-of-chemical-footprinting
Explore the value of calculating the chemical footprint for your company by hearing how one company took this on for the first time, from the Pure Strategies’ report, The Power of Chemical Footprinting.
Radio Flyer identified this is an improvement opportunity after taking the Chemical Footprint Project survey last year and the idea of measuring chemicals of concern resonated with the company’s approach and provided a common and easily understood metric to track progress in chemicals management.
Radio Flyer will share their experience and, along with their research partner, Pure Strategies, will provide tips and insight on how to get the most value and progress from this effort and the Chemical Footprint Project, to drive toward safer materials.
See also the Pure Strategies report on Radio Flyer’s transition to greater chemical transparency and safer products and supply chains. Free registration is required for download.
ISTC Case Study: Sustainability Certification Sustainable Green Printing Partnership (SGP): GFX International
GFX Printing, located in Grayslake, IL, produces large format graphics printed on a variety of media. GFX earned initial SGP certification in 2010 and was re-certified in 2012 and 2014. Since attaining their certification, GFX has reduced waste to landfill by setting reduction goals and evaluating waste streams for further reduction and recycling. They also reduced emissions of volatile organic compounds (VOC), hazardous air pollutants (HAP), and carbon dioxide. From 2008-2013, they reduced their landfill waste by 42%, hazardous waste by 32.7%, VOC emissions by 35%, and HAP emissions by 100%.
Save 50% Energy by Replacing Linear Fluorescent Lamps with LED Lamps
Lighting is a crucial component of the manufacturing process. It impacts worker productivity, product quality, and facility appearance. Lighting also comprises a significant portion of a facility’s energy costs and is frequently overlooked by maintenance and purchasing personnel. Old lamps are often replaces with new identical lamps without consideration being given to energy efficiency or cost. Today, LED (light emitting diode) technology is changing that practice. Burgeoning LED products offer a variety of energy-efficient alternatives for industrial applications. ISTC has identified a simple, quick-fix solution to a very common scenario of upgrading linear fluorescent lighting.