Ethan Carter serves as the Director of Sustainability at Darling Ingredients, where he plays a pivotal role in advancing the company’s commitment to environmental stewardship and sustainable practices. With a robust background in environmental management and sustainability, Ethan leads global initiatives that focus on transforming...
Ethan Carter serves as the Director of Sustainability at Darling Ingredients, where he plays a pivotal role in advancing the company’s commitment to environmental stewardship and sustainable practices. With a robust background in environmental management and sustainability, Ethan leads global initiatives that focus on transforming animal byproducts into value-added products, including renewable feed, food, and fuel. His expertise in chemical engineering and air permitting enables him to navigate complex regulatory landscapes while ensuring compliance with environmental standards.
One of Ethan's key projects involves the development of a comprehensive greenhouse gas inventory, which not only quantifies the company’s emissions but also identifies opportunities for reduction and efficiency improvements. By leveraging innovative management and information systems, he has successfully implemented strategies that mitigate organizational risk and enhance sustainability performance across multiple operations. His ability to lead cross-functional teams has been instrumental in fostering a culture of environmental awareness and accountability within the organization.
In addition to his technical skills, Ethan is a dynamic public speaker and trainer, frequently sharing insights on sustainability best practices at industry conferences and workshops. His passion for sustainability and commitment to continuous improvement drives him to explore new avenues for innovation, ensuring that Darling Ingredients remains at the forefront of the sustainable materials movement. Through his leadership, the company not only meets regulatory compliance but also sets ambitious goals that align with global sustainability trends, ultimately contributing to a more circular economy.
