CHARME’s collaborative approach aims to foster sustainability in medical technologies, with a focus on the medical device and equipment supply chain that contributes significantly to greenhouse gas emissions.
Environment+Energy Leader Search Results
Origin Materials Hits Milestone with First Large-Scale Wood Residue Conversion
John Bissell, Co-Founder and Co-CEO of Origin Materials shared insights into the transition from utilizing corn starch-based production to embracing locally sourced wood residues. This shift not only showcases the company’s adaptability but also its dedication to sustainable practices.
UPenn Explores the Future of Grid Reliability
The United States electric grid is increasingly vulnerable, facing challenges from extreme weather events to aging infrastructure. Research from the University of Pennsylvania delves into these challenges, arguing that the solution lies not in the energy sources we rely on but in the governance structures
Mondi Group Enters the Canadian Market with Hinton Pulp Acquisition
Mondi intends to invest approximately $432 million, primarily in a new kraft paper machine with an annual production capacity of 200,000 tons.
Unwrapping the Truth Behind That Easter Chocolate
Global chocolate consumption will be nearly 2 pounds per person in 2024. This figure represents a global appetite for chocolate, from everyday consumption to seasonal peaks like Easter
Collaborative Initiative to Transform Egypt’s Recycling Landscape
Over three years, the alliance plans to collect 1,543,235 lbs. of beverage cartons through a blockchain-powered platform.
Biden’s Bold $6 Billion Plan for Industrial Green Shift
This funding will support 33 projects across 20 states to decarbonize energy-intensive industries, foster good-paying union jobs, revitalize industrial communities, and reinforce national manufacturing competitiveness.
Navigating the Shift: PFAS in the Global Textile Industry
Several companies are leading the charge against the use of PFAS in the textile industry.
Sustainability on Tap: The Charlotte Water-Beer Connection
A collaboration that has turned highly treated wastewater into high-quality beer.
The Electrochemical Charge Against PFAS Pollution
University of Rochester’s study introduces a scalable, cost-effective electrocatalysis method to combat PFAS pollution. The research develops nanocatalysts for the defluorination of PFAS, promising a significant leap in water treatment technology.